Through a combination of artificial intelligence, high-performance computing, and advanced analytics, the Agerpoint platform fuses together sensor data from terrestrial vehicles, mobile devices, drones, and satellites with other information and human observations to create a highly precise, quantifiable, and interactive digital record to enable better decision-making for clients across agrochemical and food and beverage R&D, forestry, production agriculture, government, and conservation organizations.

Carbon GeoCapture captures and sequesters carbon dioxide in unconventional rock formations, unlocking massive carbon sequestration potential at a scale greater (5-10+ gigatons per year) and a cost lower ($20-$40/ton) than previously imagined. To put this in perspective, China and the United States are the two largest carbon dioxide emitters across the globe, with their annual CO₂ emissions totaling over 10 gigatons and 5 gigatons, respectively. Sequestering carbon dioxide in unconventional rock formations has the capability to remove the annual amount of CO₂ emissions produced by both China and the United States.

CH-Bioforce has developed a breakthrough biomass fractionation technology, which enables the full utilization of biomass. Their technology allows the extraction of biomass constituents in an economically sound way and with extremely high quality. The technology produces high quality biopolymers: high-purity pulp, polymeric hemicellulose, and sulphur-free lignin. Each of these material streams has a wide range of possible applications, especially in terms of replacing fossil-based materials and less environmentally friendly bio-based products such as food-based starch or cotton. No other technology is able to fractionate all constituents of the biomass in one process. Almost any kind of biomass can be used as feedstock, both wood and non-wood such as straw.

CH-Bioforce offers a sustainable and completely bio-based alternative to oil- and food-based feedstock. Their technology enables the conversion of current waste material to valuable biopolymers that can be used in higher value applications, for example in the chemical, packaging, food, pharmaceutical, plastics, and textile industries.

Circulariti is the digital platform, for the circular economy. From visual ‘Environmental Profit and Loss’ (EP&L) dashboards for Stakeholders and Shareholders to product footprint insights for consumers, the ecosystem of real time data provides unprecedented intelligence and decision making capacity (‘SEE’).

From materials to products, from farm to factory and fibre to consumer. Tracking leading impact factors such as energy, waste, water, and working conditions - Circulariti creates 720 degree intelligence for environmental and social impact data throughout the value chain.

Using 4th Industrial revolutionary technologies, including AI to Blockchain and Satellite mapping to IOT, Circulariti is the only platform supporting the entire end-to-end product lifecycle experience.

Informed by ‘SEE’, our action stack consists of modules to profitably execute the data insights: MAKE (Design tools), CREATE (Production platform), USE (Front-end consumer traceability and transparency content) and REUSE (an app incentivising enticing second life options) delivers Brands and Retailers unrivalled capability to scale and commercialise the circular economy.

With operational savings of 16-24% and revenue enhancements of 30% conversion, 20% revenue per product and 25% LTV (LifetimeValue) for organisations deploying Circulariti - resulting in potential CAGR of +4.8% (McKinsey 2020), compared to -3.8% for those that opt for ‘business as usual’.

Conamix is a team of work-hardened battery experts turning sulfur cathodes from the out of reach holy-grail of lithium ion cathodes into a global product with the energy, power and cycle life demanded by the EV revolution. The company’s core technology enables the production of high energy batteries for EVs that are over 25% cheaper than current state of the art lithium ion technology and use zero cobalt and zero nickel. The company is led by CEO Charlie Hamilton and CTO Bart Riley who have previously launched multiple global products using new chemistry with Novomer, A123 and QuantumScape. The company operated in stealth mode from 2014 to 2021. Conamix has over 30 patent families enabling lithium sulfur tech at commercial performance levels based on initial work from Cornell, Stanford, University of Waterloo, Berkeley Lab and other global research institutions.

GREE fights climate change by scaling profitable and proven biogas solutions that transform agro-food industry waste into valuable resources for people and the planet.

In emerging countries, inadequate treatment of wastewater from food production is responsible for massive greenhouse gas emissions. In Indonesia, their initial market, the agro-food industry generates more water pollution than a population of 185 million. That water pollution, in its turn, emits about 50 million tonnes of CO2eq per year. That is the same as the emissions from 10 million cars.

GREE designs and provides compelling biogas-to-energy solutions for treating industrial wastewater and capturing greenhouse gases, while at the same time transforming these liabilities into assets: clean energy for rural communities, clean water, renewable heat, and organic fertilisers. Transferring established technology to the Global South, their solutions are highly scalable. They are ready to power sustainable local economies while generating both financial and social returns for their investors.

HPS develops and produces integrated systems for the storage and use of solar energy based on green hydrogen for single and two-family houses. The Berlin-based company stands for reliability, independence and sustainability in decentralized energy supply. picea, the first system worldwide developed by HPS, combines electricity storage, heating support and residential ventilation in one compact product. Based on its own efficient energy management, picea completely covers the electrical energy requirements of a single-family house. In addition, the waste heat generated is provided to the house as heating energy, thus reducing heating costs.

Hypervolt develops and builds smart EV charging technology. We believe charging should be smart, facilitate Net Zero, and be cost-effective for everyone. We also believe smart charging should be a tech industry, but the early market is dominated by catalogue electrical businesses with poor software, and user experience suffers.

Building on high growth in the UK, Hypervolt is now scaling globally (EU and US) via a disruptive franchise model, following our three core values: 1) Vertical integration across software and hardware for technology leadership: premium products, competitively priced, with leading UX; 2) Software expertise for a competitive edge: scalable recurring revenues, ultra-responsive apps, big data capabilities; 3) Obsession with customer intimacy and product-market fit where incumbents are failing: 100% Trustpilot rating, 100% on-day response, 88% retail conversion rate, 0% downtime.

Hypervolt is raising £1.5m to scale existing products, develop new ones, and grow its global team in this mass-market worth $390bn by 2025.

IPG is a British clean-tech company, reinventing fuel-based power for the renewable future, to de-risk the transition to alternative fuels and enable industries to end their reliance on diesel generators.

From the provision of temporary power in construction and mining to grid-independent power for EV charging, fuel-flexible, high-efficiency power generation offers a vital solution for addressing the challenges of decarbonising onsite power in the face of an uncertain and evolving renewable fuel landscape.

The IPG Flameless Generator is a 100 kW modular power solution, delivering pollutant-free power from any renewable fuel. High efficiencies deliver low-cost, low-carbon power on today’s fuels, whilst dynamic fuel flexibility enables the transition to the net-zero fuels of tomorrow, as they become available.

IPG is working with leading universities, government agencies and pioneering commercial companies to enable businesses to reduce emissions and improve air quality, without compromising business-as-usual.

MCPV is developing into a solar PV manufacturing company that is looking to capitalize on the opportunity to re-shore advanced technology solar PV manufacturing to Europe by building greenfield manufacturing facilities at attractive locations in Europe, implementing the fast-scaling HJT manufacturing platform to deliver the best price-quality PV cells and modules to customers globally, helping them address the steep utility-scale PV demand acceleration required to meet Climate Targets. MCPV is addressing the emerging need for ubiquitous, low-cost clean energy based on local value chains, leveraging the potential of solar technology to the benefit of communities globally. Delivering the first phase 15 GW HJT manufacturing capacity by 2028, designed for sustainable competitiveness, strong replicability, driving technology deployment and industrial excellence for most competitive LCOE.

Probiotic Holdings develops, manufactures and commercialises bio-based surfactants and probiotics for industrial, consumer and agricultural applications which are designed to replace toxic petrochemicals, resulting in clean and sustainable outcomes. All products are built upon its Mother Cultures(tm) technology platform. PH is one of few companies with its own proprietary fermentation process, a unique consortia-based manufacturing process. This scientifically-proven method combines multiple novel, non-GMO microbial strains in a proprietary sequence to form a biochemical chain. Their fermented derivatives are grown together to create stronger, more effective and more resilient living products. Each strain used occurs naturally and has been selected for a specific research-supported function. Most revenue has been generated from products used for the reduction of caustic or harmful chemicals in tanneries and textile mills, water remediation, weed reduction in crops, and green household products. Management's goal is to replace a billion kilos of petrochemicals with bio-based surfactants and probiotics.

Reduce Emissions, Increase Power, Save Money.
Immediate ESG Solution for Heavy Duty Diesel

Purify Fuel develops and manufactures a line of patented nanO2 Combustion Catalysts that optimize diesel, biodiesel and dual fuel engines to help operators in heavy duty diesel industries save money, increase power, and reduce emissions. Their nanO2 ESG Combustion Catalyst achieves a more complete combustion that chemically alters the timing of a compression combustion engine to use a larger percentage of the fuel to create power which reduces unburned fuel escaping in the exhaust as smoke. Testing has demonstrated a 6-10% improvement in fuel efficiency and 25-50% reductions of harmful emissions without any engine modifications. Purify Fuel nanO2 ESG catalysts reduces fuel consumption while eliminating nitrous oxide to lessen the Global Warming Potential by 7-15%. Successful testing across multiple sectors (marine, oil and gas, rail) has demonstrated that our product works to reduce greenhouse gases, eliminates harmful emissions while saving our customers money – an ESG home run.

Qualus is the cleantech leader in leather production, an industry with a global annual turnover of £50 billion (US $65 billion). Leather production is water, chemical and energy intensive, which in turn creates large volumes of effluent for treatment. An estimated 400 to 500 billion litres of water are required globally for leather production each year and tanners face market and regulatory pressure to reduce pollution. Qualus’ patented system enables tanners (leather manufacturers) to boost margins and lower their environmental footprint (20% less energy, 40% less water, 15% less chemicals, 30% less effluent in key production stages). The company has validated its technology with 20 tanneries in Europe and Latin America, has signed two 10-year contracts, and is generating recurring revenues.

In Q1 2021, Qualus closed a Seed financing round of £1m which will enable the company to execute its current contracts and establish reference customers in Asia, Europe, North America and South America. The company plans to raise a Series A round by the end of 2021 to accelerate the company’s commercialisation, aiming for its system to be the preferred and dominant method of leather production globally within 5 years.

Resilient Energi's mission is to help create a climate resilient world powered by Net Zero renewable energy that is affordable for all.

Together with its technology partner Proton Power they have developed a patented, waste to energy technology that uses biomass or mixed solid waste (MSW) to produce Net Zero renewable electricity, biodiesel fuel, biochar and graphene.

Resilient Energi uses a patented high temperature pyrolysis technology known as Cellulose to Hydrogen Power (CHyP) that produces an inexpensive hydrogen-rich gas stream on demand from biomass or mixed solid waste (MSW).

They have successfully tested more than 120 biomass feedstock types that work in the CHyP system, including energy crops, forest and agricultural waste biomass, and preprocessed mixed solid waste (MSW).

Resilient Energi is developing projects in the United States, Europe, Latin America, Africa and in small island nations in the Caribbean and Asia-Pacific regions.

Resilient Energi systems are profitable in the first year of operation.

SWATAB is a Swedish company founded in 2013. With focus on a sustainable society, they are proud to contribute to a cleaner world. The granted patent, ‘’System and method for washing items’’, is owned by the company. SWATAB develop and manufacture the filter system DIRO, a sustainable detergent free solution for laundry and cleaning.

An innovative company at the forefront of its industry, with DIRO, SWATAB offers not only the possibility to get clean clothes without the use of detergents, but also a very sustainable concept for cleaning companies to clean their equipment and do all surface, floor and carpet cleaning without the need for chemicals.

With a constant growing number of customers, they are looking at a positive future, where they, together with their customers and users, will have a positive impact on the environment.

‘’It’s 2021 now and we must all take responsibility for the only planet we have. If we don’t act now, we will have nothing to hand over to future generations’’
- Katarina Klöfverskjöld, main owner of SWATAB

Vertoro, founded in 2017, is a spin-off from a public-private consortium, including two Dutch Universities and Royal DSM. Vertoro converts residual biomass from existing operations (saw dust, coffee grounds, lignin) into a liquid platform product, Goldilocks®, which can readily be used as sustainable feedstock for existing fossil oil refineries and petrochemical plants. This will enable their fossil-world customers to produce carbon-neutral fuels, chemicals and materials, with existing legacy assets. Together, they will prevent a cumulative 1 billion tons in CO2 emissions by 2030.

Voltaware is a London-based startup using smart meter data to create game changing products that help utilities engage customers and generate new revenue streams.

Their automatic disaggregation algorithm accurately breaks down bills to the level of individual appliances, unlocking use cases such as energy efficiency, predictive maintenance, safety & security and elderly monitoring. Voltaware unlocks new revenues, differentiates from competition, reduces churn and informs business decisions. Their IRIS platform connects to smart meter data or to their own Voltaware sensors to cover any geography. They are currently working with top European utilities to drive customer engagement and loyalty.

Biomass Controls PBC is a Delaware Public Benefit Corporation founded in 2015 in Connecticut, USA as part of the Bill & Melinda Gates Foundation Re-Invented Toilet Challenge.

Biomass Controls PBC's mission is to offer transformative solutions in response to water and sanitation challenges around the world. They provide decentralized technologies to deliver improvements in health, the environment and quality of life while promoting gender equality. Their vision is to become a world leader in community scale non-sewered thermal refinery solutions that significantly impact quality of life and equality in served areas. Biomass Control PBC's 18 patents target protecting the environment and returning nutrients to the soil. Their Biogenic Refinery provides thermochemical treatment of high moisture materials such as manures, excreta, agriculture residues and food waste. They provide services for Design, Technology Adoption Support, and Impact Measurement.

Columbia Power Technologies, Inc. (C·Power) is a worldwide leader in wave energy systems. The Company make power at sea by harnessing the physical energy of ocean waves and converting it into usable electricity. Their patented power generation systems are scalable and can be sized and deployed in a wide range of applications, from powering oceanographic sensors to generating megawatt-scale electricity. C·Power are bringing a suite of products to market that deliver the qualities that their customers need: reliable, cost-effective energy generation and storage that reduces the cost of ownership of marine operations and the cost of energy for remote and grid applications.

CarbonCure manufactures a technology for concrete producers that introduces recycled CO2 into fresh concrete.

In a process known as CO2 mineralization, the CO2 is converted to a mineral and becomes permanently captured. This enables production efficiences as well as carbon footprint reductions.

The Center for Regenerative Design and Collaboration (CRDC) works with the world’s leading brands, academia and NGO’S’s to develop zero-waste products and circular business protocols which are regenerative in purpose and nature.

CRDC is a global corporation that uses Costa Rica as a platform to research and develop products that positively impact important global issues like plastic waste management and social infrastructure. As a result, CRDC has patented a disruptive technology that enriches all non-recyclable plastics into a synthetic, high-quality construction aggregate which has been commercialized as RESIN8.

RESIN8 processing facilities are currently being deployed worldwide with the intent of permanently resolving the world’s plastic contamination crisis. Through a profitable resource enrichment approach, CRDC sequesters mixed (and often contaminated) plastic waste into long term appreciating assets such as low income housing and community infrastructure. Our mission is to create an industrial revolution that provides measurable yields and supports the newest definitions of the Circular Economy, whilst solving one of humankind’s most daunting environmental challenges.

EleXsys Energy has developed the eleXsys® Energy Management System(eEMS), an advanced power electronics device, combined with a suite of software applications using Ai, enabling next generation two-way smart grids and solving the global barriers to renewable energy use.

This award-winning eEMS manages the stability and resilience of distributed solar and wind generation. It unlocks the full potential of electricity networks through the integration of distributed renewable energy and battery storage to ensure the most efficient, lowest-cost delivery of clean energy and grid stability services.

Incorporating an integrated solar, battery and eEMS, underutilised rooftops are transformed into revenue-generating, clean energy power stations. With grid-forming capability, eleXsys® can also be configured for economically viable off-grid applications replacing diesel-based microgrids.

eleXsys Energy trades as Planet Ark Power in Australia.

energyOS delivers software that lets utilities digitise their businesses.

The eOS platform allows utilities to engage their customers, integrate Distributed Energy Resources (DER) and behind-the-meter (BTM) technologies, and adapt to the changes to electricity demand and supply.

eOS was originally developed by Australia’s national science agency, the Commonwealth Scientific and Industrial Research Organisation. It responds to the unprecedented changes taking place in the electricity sector, and supports other utility investments such as billing and IT systems, smart meters / big data, cloud investments, analytics and other new technologies.

Enginuity has developed and built award-winning clean power and energy systems that are highly efficient and provide our users with long term sustainable, resilient, reliable power systems at affordable prices. In today’s world of uncertainty, Enginuity provides homeowners, businesses, and installations with assured power while cutting energy costs.

Enginuity has invented the next generation of engine and generator technology. Our proprietary engines are more fuel and thermally efficient than conventional technology, lighter weight, quiet, and multi-fuel capable. These power our “E” Series of micro Combined Heat and Power products for the residential and commercial market, fully compatible with solar/battery systems, as well as with emerging transactional energy management (TEM) systems.

We have established partnerships with the United States Department of Energy, Oak Ridge National Laboratory, the Environmental Protection Agency, and the United States Army. We are in licensing and manufacturing negotiations with multiple OEMs.

envelio is a spin-off from RWTH Aachen University and provides the Intelligent Grid Platform to distribution system operators enabling the next phase of the energy transition. Grid planning and grid operation processes are digitized and automated by envelio’s IGP. This automation enables a faster and more cost-efficient integration of renewable generation and charging points for electric vehicles into the energy system. The core of envelio’s technology are optimization and machine learning algorithms based on the five PhD theses of the founders. envelio was founded in 2017 and has 48 employees now. envelio’s customers include German and international grid operators like Westnetz, E.DIS (both E.ON group), Enel, Iberdrola and EDP.

First Light Fusion Ltd is a lean, focused and agile corporation researching energy generation by inertial confinement fusion. The company was spun out from the University of Oxford in June 2011 and is based near Oxford. First Light continues to work closely with the academic community, both in the UK and internationally. The company is well-funded by both institutional investors and private individuals.

Inertial confinement fusion for energy generation is a well-established research field and is being pursued in many laboratories worldwide, perhaps most notably in the US at the National Ignition Facility. First Light is exploring a number of alternative research directions that harness the same fundamental physics, with the prime focus being power generation. First Light’s work to-date has included theoretical analysis, detailed numerical simulation and experimental validation. This has allowed description of the accessible parameter space and has led to a clear vision of the pathway to fusion.

GoodHout has developed a disruptive new technology and circular solution through a patented coconut husk board process, producing a bio-based composite which can replace synthetic materials such as thermoset plastics, materials with toxic compounds such as MDF, and tropical hardwoods, while upcycling existing waste streams. The natural glue present in the coconut husk is activated during the production process which results in an extremely durable, 100% bio-based, toxic-free material with excellent properties.

The coconut husk board is highly durable, is moisture resistant and naturally flame retardant, and its natural-fibre look evokes the tropical origins of the material and exudes warmth.
The product can be used for many applications including design furniture, decorative wall paneling and luxury 3D objects. Furthermore, GoodHout is focused on impact by reducing CO2 by mitigating waste which is otherwise burnt, sourcing via Fairtrade principles, and setting up a children’s educational charity in the local coconut communities.

Lightyear are on a mission to make clean mobility accessible for everyone, everywhere. A Dutch company founded by former members of the 4 time winning team of the World Solar Challenge and with a focus on holistic design, Lightyear is pioneering technology to revolutionise mobility.

They are developing Lightyear One, the world’s first long range solar car, powered by the sun and made possible through efficient design. With every aspect optimised for aerodynamics, solar yield, and weight reduction, it is their first step in bringing about scalable clean mobility.

Independent from charging infrastructure through its exceptional range and solar roof, Lightyear One is about freeing mobility from the electricity grid. It is the first step on our journey towards a positive impact and towards driving a lightyear’s worth of clean kilometres by 2035.

Metron in an energy optimising factory working on a platform solution for Energy Management 4.0. The company consists of a team of experts in industrial processes and utilities for concrete energy optimisation projects at the machine/operator level. Metron’s mission is to build an Artificial Intelligence that will foster the use of distributed energy systems.

Insect pollinators provide a vital ecosystem service for crop pollination in wild plants, and over 75% of crops worldwide benefit from insect pollination through increased yields at harvest. The number of wild pollinators, especially bees, is steadily declining globally due to industrial agriculture, pathogens, loss of biodiversity, use of pesticides and climate change. This documented decline poses a significant risk to the production of many crops and threatens food security.

Olombria encourages flies to be more efficient pollinators, in scenarios where bees are no longer as viable. Flies are alreade adept pollinators, being the main pollinators in urban environments, and in total, accounting for over 30% of all pollination.

Olombria provides horticultural growers with information on pollinators and environmental conditions and uses chemical volatiles to manage pollinating fly species, thereby increasing crop productivity, and ensuring sustainable food harvests for the future. Olombria originated for the Royal College of Art’s entry to the 2017 Biodesign Challenge.

OrganoClick is a Swedish company developing and supplying green chemical and material technologies which replaces fossil plastics and toxic chemicals. Examples of products that are supplied by OrganoClick are biobased binders for nonwoven and technical textiles, replacing plastic binders in single-use products such as wipes and hygiene products. Other products include OrganoTex®, a textile water repellent technology replacing PFAS, the biocomposite material OrganoComp® used to replace hard plastics, and the wood treatment technology OrganoWood®, replacing traditional heavy metals in wood impregnation.

OrganoClick was founded in 2006 as a commercial spin-off company based on research performed at Stockholm University and the Swedish University of Agricultural Sciences within environmentally friendly fiber chemistry. OrganoClick has won a number of prizes, such as "Sweden's Most Promising Start -up" and "Sweden's Best Environmental Innovation", and is a WWF "Climate Solver" company. OrganoClick has its head office, production and R&D located in Stockholm

To avoid dangerous climate change we will need to rapidly reduce the amount of carbon dioxide we emit into the air. But that isn’t going to be enough.

In order to ensure that future generations benefit from a stable climate and healthy oceans, we will also need to restore the atmosphere by removing carbon dioxide from the air.
Origen develops technologies to enable economic CO2 removal at giga-tonne scale. It creates intellectual property in the form of patents and know-how, focusing on novel combinations of existing engineered processes. It then works with industrial partners to deploy the technology at scale, creating commercial solutions to:
• Reduce CO2 emissions from point sources, and
• Remove CO2 from the air

Origen’s technology is applicable across multiple industries including:
• Sugar, Lime, Steel (Reduction of industrial CO2 emissions)
• O&G, Sequestration (Removal of CO2 from the air)

OXTO Energy has developed a ground-breaking flywheel energy storage device that will deliver scalable storage at a truly competitive cost and address the substantial market need that exists for low-cost electricity storage.

A flywheel is considered a mechanical battery that stores kinetic energy in the form of a rotating mass. As electrical energy enters the system, it is converted into kinetic energy, stored within a vacuum and is converted back into electrical energy using a novel and efficient switching mechanism when required. This offers high round-trip efficiency and combines the best features of existing mechanical and chemical battery devices currently in use.

The energy storage market is growing rapidly and is forecast to be worth over $44 billion by 2024

The circular economy of plastics creates value.

Polystyvert has developed a new technology to recycle polystyrene in a closed loop (packaging, insulation, yoghurt pot, Bic pen, etc.). Polystyrene is the least recycled plastic, mainly because it is dirty and contaminated. Current mechanical technologies cannot process excessively contaminated products. The Polystyvert process is a breakthrough for decontamination and purification. The finished product is of high quality, including food standard (FDA approval), this allows a true circular economy of the polystyrene.

Polystyvert markets its technology through licenses. Customers are insulation companies, manufacturers of yoghurt pots, ballpoint pens, etc. They have 3 patents and their demonstration plant has been operational since June 2018. Polystyvert are starting a new large plant with a consortium of companies in Quebec in 2021. However, their main market is in Europe.

They are raising €2.5 million, having already gathered €1.5.

Raycatch is a leader in the AI for Solar Energy field. Their DeepSolarTM SaaS solution, is the first fully-automated AI diagnostics system for PV plants. It applies advanced algorithms to existing plant data in order to provide actionable insights. The system shows exactly where the problem is, how to solve it, and whether fixing it is a worthwhile investment. This enables plant owners and operators to optimize their portfolio energy yield, reduce operational costs and increase ROI leading the way to fully automated management of solar assets. The Raycatch team includes solar industry experts and serial software entrepreneurs and the company is successfully enhancing over 2.5GW in solar assets worldwide.

SteriSpace is innovative, utilizing comprehensive air sterilization technology to provide clean air, free from biological and many chemical contaminants. The technology has been proven to destroy greater than 99.9999% of all allergens and airborne biological pathogens, setting a new standard for indoor air quality.

The SteriSpace technology was developed through collaborative research at the State University of New York at Buffalo, Buffalo, NY, with product development and testing conducted in collaboration with the U.S. Department of Defense (DOD).

The SteriSpace technology can be optimized for various size flow rates and volumes, with prototypes tested for flow rates from 150 to 5,000 cubic feet per minute (CFM). In tests performed by the DOD and other independent testing agencies, these prototypes demonstrated a kill effectiveness greater than 99.9999% for all biological contaminants including hardy spores, vegetative bacteria, viruses, and even simulated anthrax variants.

In addition to biological contaminants, the SteriSpace technology can also remove chemical and select environmental contaminants such as Volatile Organic Compounds (VOCs), exhaust fumes, industrial chemicals such as toluene, acetone, ammonia, etc. from the airflow when combined with a chemical catalyst.

SteriSpace is a subsidiary of You First Services, Inc.and has an exclusive license for this technology and holds patents in the U.S. and key foreign markets.

The ultra-fast charging battery pioneers: StoreDot is a battery developer and materials innovation leader, developing ground-breaking battery technologies based on the design and synthesis of both organic and inorganic compounds. Replacing known materials and technologies with enhanced electro-chemical properties, StoreDot's proprietary compounds, combined with nano-materials, are optimized for ultra-fast charging of electric vehicles, mobile phone power banks and commercial drones.

Targeting the Electric Vehicle market, StoreDot Li-ion batteries are based on novel nanostructured materials combined with proprietary organic binders and enhanced electrolytes. The combination of nano-particle size active materials together with StoreDot’s organic compounds enable 5 minutes full cell charging (10C charging rate). StoreDot FlashBattery technology has lower resistance while controlling the inherent expansion and shrinkage of the cell during the charge / discharge cycles.

Vertoro, founded in 2017, is a spin-off from a public-private consortium, including two Dutch Universities and Royal DSM. Vertoro converts residual biomass from existing operations (saw dust, coffee grounds, lignin) into a liquid platform product, Goldilocks®, which can readily be used as sustainable feedstock for existing fossil oil refineries and petrochemical plants. This will enable their fossil-world customers to produce carbon-neutral fuels, chemicals and materials, with existing legacy assets. Together, they will prevent a cumulative 1 billion tons in CO2 emissions by 2030.

MaaS is short for Mobility as a Service, and it is bringing all your means of travel to one easy place. MaaS Global is the world’s first true MaaS operator, and with their award-winning Whim app they are set to make the biggest change in transport since cars became widely affordable.

Whim, the first all-inclusive MaaS solution commercially available on the market, gives its users all city transport services in one step, letting them journey where and when they want with public transport, taxis, bikes, cars, and other options, all under a single subscription.

Cape Town start-up, Aerobotics, provides farmers around the world with world-leading pest and disease management systems for tree crop protection using drone and satellite data. The company was co-founded by James Paterson (CEO) and Benji Meltzer (CTO) in 2014. Farming is a risky business with pests and disease often reducing a Farmer's yields by up to 20% on annual basis. Aerobotics' software, Aeroview, empowers Tree Crop Farmers to identify early stage problems in their orchards. Used in conjunction with the Aerobotics' Aeroview Scout App on their smartphone, Farmers are able to locate problem areas on a tree-by-tree basis. Achieving success for over 18 million trees to-date, Aerobotics is setting the standard for tree crop analytics globally and innovating the agricultural processes as we know them.

Arborea makes the most sustainable healthy food ingredients to help food producers build a food system where everyone eats well. Arborea applies proprietary biological and chemical engineering technology platforms to produce high quality food at massive scale and low cost. Arborea’s ingredients are intended to give new healthy functions to processed food, while replacing synthetic and non-sustainable ingredients. Arborea’s groundbreaking cultivation platform, the BioSolar Leaf, enables an homogeneous and constant control of ideal parameters specifically at massive scale, which increases its productivity, its product’s quality, its scalability, while greatly decreasing costs. It permits a cultivation process completely free of contaminants to produce the purest, cleanest and safest ingredients.

BayoTech reduces GHG emissions by 84% on 5% of the global supply of natural gas. To accomplish GHG reductions, BayoTech manufacturer’s energy efficient plug and play distributed hydrogen and nitrogen fertilizer systems that enable us to be a low cost producer. Lowers the distributed cost of fertilizer and hydrogen production by 25%. This is critical because today’s world population is ~ 7.3 billion and by 2050 it is projected to climb to 9.5 billion. BayoTech’sTM Nested-flow Thermal Energy Recovered Chemical Reactors improve the energy efficiency of all industries/processes that requires changes of temperatures. The US imports 50% of its fertilizer needs yet is experiencing record low natural gas prices. The main feedstock and cost for fertilizer production. BayoTech manufacturer’s energy efficient plug and play distributed nitrogen fertilizer systems that enables BayoTech to be a low cost producer.

BBOXX is a next generation utility providing affordable, upgradeable solar solutions to bring an on-grid experience to people living in off-grid areas. Recognised as one of the fastest growing tech companies in the UK, BBOXX sees that data, technology and digitalisation have the overwhelming potential to transform the energy sector. BBOXX is using data and technology to deliver advanced hardware and software to customers across the developing world affordably thanks to pioneering financing methods. BBOXX completed the world’s first securitisation of off-grid solar assets and is continually looking at pioneering finance and product ideas. To date, the company has deployed over 150,000 systems around the world, bringing electricity to more than half a million people.

BL!XT is the first and only to develop miniature, solid state circuit breakers, creating the spark for an entirely new shift in energy. Turning the conventional mechanical breakers into digital connected devices completely changes the game. As part of electrical systems, able to control and manage devices, BL!XT breakers represent large energy savings potential and pave the way for clean energy.
Fueled by a global trend of electrification, BL!XT breakers will impact the energy sector, mobility, aerospace, industrial 4.0 and more. Recognized by The Economist, selected to EU Horizon 2020 and an A-round late 2019 (€10-15M) for siliconization and scaling up.

Breathe is a technology start-up set up to provide commercially viable and scalable technological solutions to the problems of climate change. Founded in 2016, operating out of Bangalore, India, its current focus is on the development of technology to convert CO2 from combustion flue gas to Methanol, leading to an end-to-end solution to the problem of CO2 disposal. In the next five years, Breathe aims to target 10 per cent of the Methanol market in India and worldwide amounting to $100 million. Breathe is one of the semi-finalists of the NRG COSIA Carbon X Prize chosen from a pool of 47 teams worldwide.

Dearman is commercialising clean, cold power from liquid air, in applications exploiting Dearman's patented engine. Our breakthrough in efficiency, validated by Imperial College London, means our first application - zero emissions transport refrigeration units - is on track to surpass diesel and battery total cost of ownership, which is why they're already being trialled by global foods producers and retailers. Globally, Dearman's TRU has the potential to remove half a gigaton of CO2eq p.a. And replacing each diesel TRU with a clean Dearman TRU has the equivalent effect on air quality as removing over 80 diesel cars. Under development are AgriTech applications - pre-cooling fresh produce to reduce waste and associated carbon; and for electric buses, cooling occupants and powertrain with zero emissions, thereby extending range and deployment viability. Future potential applications are in zero-emissions cooling in the built environment; and harnessing waste cold in LNG.

Deregallera Holdings Limited is a well-managed R&D company established in 2010 (South Wales, UK). Deregallera is developing the next-generation energy storage devices and electric in-wheel drives. Our mission is to create and commercialise green and sustainable technology.We have a team of twenty-two, most of whom are highly experienced, competent post-doc materials scientists and engineers. The company established a cleanroom and advanced materials testing and measurement facility in-house. Deregallera has long standing partnerships with the University of Cambridge and seven other prestigious academic institutions. The company has won grants from the government and Innovate UK to support its R&D activates.

Econic offers ground-breaking technology to existing plastics manufacturers, liberating them from their reliance on expensive petrochemicals through use of waste CO2. Econic's catalyst technology allows up to 50% of oil-based raw materials to be replaced with CO2. In the first market this will create dramatic margin increases for polyol producers with minimal retrofit investment on existing assets, raw material cost savings, and application performance benefits. Environmentally, for every tonne of CO2used two further tonnes are avoided through reduced use of oil-based feedstock. Econic is building a future where waste CO2can be turned into commercial and environmental benefit, creating new value for the plastics industry.

Edenworks designs and plans to operate, vertical aquaponic farms to produce a range of high quality foods for grocers. The plants are grown with nutrients provided by the waste from farmed fish. Products include leafy greens with the aim to then commercially sell seafood, such as salmon and shrimp. Edenworks are doubling the average industry yield and less than 1% of Edenworks produce demonstrate any signs of disease, with zero detectable levels of E. coli bacteria. The company is based in Brooklyn, New York. Edenworks currently supplies greens to Whole Foods and other select grocers in Brooklyn with the aim to expand globally.

eggXYt’s mission is to enable a sustainable future in the livestock industry. eggXYt’s CRISPR based technology allows non-invasive pre-incubation sex detection in chicken eggs - saving 7 billion male chicks from being unnecessarily hatched and killed each year, saving the industry billions of dollars and adding 7 billion eggs to the global egg supply. eggXYt is allowing ethically sourced male-chick-culling-free eggs to reach the market, answering the demand of conscious egg consumers.

Founded in 2010, Green Harvest One (“GH1”) deploys an innovative business model for waste-to-energy systems, namely distributed energy resource (DER) systems. Under the DER system model, GH1 deploys infrastructure which couples energy generation with resource recovery and reuse, monetize the by-products of all incoming and outgoing waste streams. GH1’s system combines an advanced fermentation process with a gasifier system for the accelerated reduction of organic waste and the production of biomass gases. The produced gas has energy characteristics to that of natural gas. The gases are conveyed to internal combustion engines for combined heat and electrical power generation. GH1’s objective is to solve sustainability problems plaguing the food, water, oil and gas industries within the Mid-Atlantic region.

iCARE is a global platform and sustainable eco-system, supported by technology to drive change conscious purchasing and to encourage innovative business solutions. A programme of activities and appearances across China is also planned to entertain, educate and empower consumers to be part of the solution to the climate crisis that we are all, in some ways, responsible for. Initially focused on the China market, iCARE is also able to provide a platform for international companies and start-ups to test run their products in the China market with comphrensive back-end and commercial support. iCARE understands and sees the need to provide clarity to the complexitities of China business practices and regulations.

IPG is a cleantech business focussed on efficient, fuel-flexible, power solutions. IPG’s System has up to 51% electrical efficiency in stackable modules from 100 kW+ to 20MW, delivering powerplant efficiencies in a low-cost, ultra-low emissions, and scalable turnkey-package. This step change in generating capabilities, provided through our patented ceramic turbine technology, places IPG’s System as a direct replacement to the internal combustion engine in both static and mobile applications as well as providing compelling competition to centralised power generation. The high electrical efficiency of the IPG System not only enables CO2 reductions of up to 57%, but fuel costs reductions of up 76% compared to incumbent distributed technologies. These benefits combine to offer a viable alternative to existing technologies and large, expensive centralised powerplants, which can cost $480m for a 430 MW advanced gas power plant. Furthermore, IPG technology offers a grid-independent solution for power generation. IPG’s innovative use of flameless combustion prevents the formation of harmful pollutants, such as NOx, SOx, CO, and particulate matter.

Novihum® Technologies GmbH is developing a unique and innovative technology to return fertility to poor and degraded soils around the world. The technology is environmentally and economically sustainable, highly effective, and simple to use. Wherever intensive land use or climatic changes have degraded soils and reduced yields, Novihum quickly replaces natural humic matter, rapidly improving soil quality and productivity while sequestering CO2 in soils and biomass. In this way, Novihum delivers healthy plant growth, a more secure food supply, and substantial environmental and climate benefits.

P2 has brought simple elegant green chemistry into the commercial mainstream. The company is a venture backed spinout from Yale University, co-founded by professor Paul Anastas, Director of the Center for Green Chemistry and Green Engineering at Yale. P2 uses patented oxidation technology to convert vegetable feedstocks into high value specialty chemicals used in cosmetics, personal care, fragrance and other consumer markets. P2 recently started up its first commercial scale manufacturing plant in Connecticut USA. P2 has unlocked the vast potential of air-based oxidation using a unique process intensification approach that minimizes environmental footprint, lowers cost and improves control. This enables simple vegetable feeds to be converted at a very low cost, to high performance renewable ingredients and intermediates used in consumer and industrial products.

PERA Complexity (Processes for Evolutionary Complexity Research and Applications), by transforming complex systems into sustainable technologies, is pioneering the novel field of applied-complexity and engineering. Complexity and chaos theories are an area of science focused on understanding natural phenomena. Sustained by these theories, PERA is the result of 15 years of out of the box multidisciplinary basic and applied R&D. Nature-based self-organized systems are orders of magnitude more efficient, sustainable and powerful than current technologies.
PERA is developing scalable technological inventions addressing global challenges in renewable energy harvesting, transmission and storage, water desalination, carbon capture, solar fuels and cybersecurity.

Skymining reverses global warming by mining carbon out of the sky to create profitable carbon-negative fuel, food and fiber via the pathway of specialized crops on farms that we call Skymines. As a direct consequence, we create new arable soil by recovering marginal land, lessening pressure on deforestation. Through our platform, the Skymines are turned into digital assets, enabling the solution to be integrated into current business models (e.g. a flight) and financial systems (e.g. an investment). By doing that, we couple peoples’ and companies’ pursuit for prosperity, profit and growth, to the restoration of the planet. With years of conceptualization, R&D and commercial readiness preparation behind us, we are during 2019 launching Skymining together with key customers. Our solution consists of three products all coming from the Skymine: (i) a carbon offset product, (ii) a financial impact investment with yearly return, and (iii) our carbon-negative fuel that will replace fossil coal.

SUN Mobility is a joint venture between Maini Group and SUN Group, pioneers in electric mobility and clean energy. It is co-founded by Chetan Maini, founder of India’s first electric car, Reva and Uday Khemka, Vice Chairman of SUN Group. Through its open-architecture Energy Infrastructure Solution for electric vehicles (EVs), it is enabling EVs for mass adoption, by offering a faster, more convenient and more affordable way of ‘EV refuelling’. It is focused on shared mobility segments such as 2-wheelers, 3-wheelers and buses. The innovative approach of separating battery from the vehicle and offering it on a ‘pay-as-you-go’ model enables the price of EVs to be similar to their ICE equivalents and the cost of energy to be lesser than that for fossil fuel. By creating Smart Batteries and enabling them to be swapped in a few minutes through Quick Interchange Stations powered by its Smart Network, SUN Mobility is addressing the key issues facing electric mobility – high cost, range anxiety and long-refuelling time. This unique value proposition, for the first time, can truly enable mass adoption of EVs.

SunCulture is on a mission to make high quality solar-powered irrigation available to all farmers globally. The Company’s AgroSolar Irrigation Kit combines the cost-effectiveness of solar-powered water pumping with the efficiency of low-pressure drip irrigation to distribute water and fertilizer directly to crop roots, resulting in yield increases of up to 300% and water savings of up to 80%. The payback to the farmer is one three-month growing season — based on fuel, fertilizer, and labour savings, and crop yield increases. The business model is unique, SunCulture are the only “one stop shop” for smallholder farmers in East Africa – no other irrigation company bundles solar technology with: agronomist technical expertise providing advice on seeds and inputs, customer financing, dedicated and rapid response customer support, and secured markets for produce. This value chain based, market driven, nexus approach addresses all the barriers smallholder farmers typically face in adoption of new technologies that increase agricultural productivity.

Superdielectrics Ltd discovered, filed patents and is commercialising a very significant scientific breakthrough in Supercapacitor electrolyte materials and electrical energy storage. The University of Bristol estimates that these newly discovered materials have capacitance values which are 1,000-10,000 times greater than conventional electrolyte solutions. This breakthrough offers the prospect of a new energy storage technology that is superior to existing battery technology. Superdielectrics Ltd technology is not limited by rare or expensive elements, is unlikely to be a fire risk and potentially has a higher energy density than both Lead Acid and Lithium-ion batteries. Additionally, Supercapacitors offer very rapid charge and discharge capabilities.

Taronis Technologies, Inc. (MNGA) owns a patented plasma arc technology that enable two end use applications for fuel generation and water decontamination. The Company’s fuel technology enables a wide use of hydrocarbon based waste streams to be readily converted to fossil fuel substitutes. The Company is developing a wide range of end market uses for these fuels, including replacement products for propane, compressed natural gas and liquid natural gas. The Company currently markets a proprietary metal cutting fuel that is highly competitive with acetylene.

TieBam is revolutionizing the railroad track industry with the development of a patented pending process which densifies bamboo to provide an eco-friendly alternative to traditional wood or concrete railroad ties. Because of its distinctive mechanical properties, and transformation process, bamboo is stronger, more durable, longer lasting, and more environmentally friendly than wood ties. Each year millions of trees are destroyed to produce railroad track ties, causing environmental damage such as an increased carbon footprint, negative water tables, and soil erosion. Bamboo can be re-harvested in three years while functioning as carbon sinks, producing oxygen and purification of the environment.

Valori Transnational Limited is incorporated in United Kingdom with a view of promoting RCAT-HTL spin off Technology developed by Reliance Industries which provides sustainable solution for waste valorisation.
Valori's objective is to set up multiple RCAT-HTL commercial plants to convert organic biomass and waste to renewable drop-in crude capable of being refined into petrol, kerosene and aviation fuel in addition to recovery of fertiliser rich water thereby ensuring a safer and sustainable environment.

Creating electricity and road fuel hydrogen from un-recyclable plastics. Established in 2008, Waste2Tricity is a structured solutions provider to the energy-from-waste sector. Mission – to maximise financial returns from ethical disposal of wastes.

Founded in 2008, AgriProtein pioneered the waste-to-nutrient recycling industry. It uses proprietary technology to up-cycle organic waste into a natural protein at an industrial scale. Fly larvae are reared and processed into MagMeal and MagOil - a sustainable alternative to fishmeal, which is widely-used in the aquaculture, farming and pet food industries. The company builds and operates its own fly-farms and has licensee partners on five continents. AgriProtein has been awarded numerous international accolades and awards while on its mission to find a better way to feed the world: solving the food security challenge, tackling the waste crisis and repairing the environment. The company has raised almost $30m to date, and with its industrial partners is now seeking a pre-IPO funding round to roll out its factories globally.

The Aqaix Software-as-a-Service platform digitizes the processes of water infrastructure financing and derisks water projects for funding. Investors and Donors can use it to discover more and better projects for funding, screen them, conduct due diligence, and monitor investments after funding. The platform runs in the cloud and employs AI, Blockchain, data integration APIs, and other technologies to risk-rate projects, allow detailed due diligence, streamline processing for more efficient investment operations and management, and aggregate and match finance tranches to investor and donor risk/return preferences. The platform also enables blended and public/private finance models, and enables Asset-Level ESG (Environmental/Social/Governance) analytics on water portfolios.

ASI Solutions designs and produces innovative and sustainable solutions for the asphalt industry. ASI specialises in performance enhancing products for the preservation, construction, repair and recycling of asphalt and bituminous bound surfaces. Renowned for its asphalt preservation product RHiNOPHALT®, ASI was the first company in Europe to recognise that extending the life of asphalt could deliver substantial financial and environmental benefits and operational efficiencies to Asset Owners and Operators. ASI was formed in 1997 in the UK and has evolved to become an international product supplier to the asphalt infrastructure market. The company uses a network of distributors and agents to offer cost effective, operationally simple and environmentally beneficial solutions for the preservation and maintenance of asphalt assets such as: roads; airport runways and taxiways; automotive test tracks; and car parks, extending their life and reducing the need for expensive disruptive repairs

Aurelia Turbines is a technology based company focused on the commercialisation of the highest efficiency gas turbine in its size range. As a foundation, Aurelia has its innovative roots in the Lappeenranta University of Technology, Finland, which can proudly boast of over a 30 year track record of designing high speed rotating machinery which has been successfully marketed and operates globally in commercial applications today. Aurelia is not just about the technology. The business and strategic planning have been a combined contribution of just under a century of professional management expertise and experience; just like the A400 turbine, the management team bring efficiency with the capability to execute. Aurelia is on the path to delivering its first orders: 2017 is the key year for commercialising the Company and building upon its foundation of technology innovation.

BBOXX is a next generation utility providing affordable, upgradeable solar solutions to bring an on-grid experience to people living in off-grid areas. Recognised as one of the fastest growing tech companies in the UK, BBOXX sees that data, technology and digitalisation have the overwhelming potential to transform the energy sector. BBOXX is using data and technology to deliver advanced hardware and software to customers across the developing world affordably thanks to pioneering financing methods. BBOXX completed the world’s first securitisation of off-grid solar assets and is continually looking at pioneering finance and product ideas. To date, the company has deployed over 150,000 systems around the world, bringing electricity to more than half a million people.

BOCO Technology Inc. is a global technology leader and innovator committed to delivering next generation green nanotechnology. BOCO is the world’s first commercial producer of chitin nano-whisker (CNW), a fully bio-based, and bio-degradable nanomaterial derived from fishing waste. Sustainably and economically extracted from crab/shrimp shells, CNW exhibits ultra-high strength, toughness, low density, biocompatibility, barrier, antimicrobial properties and more. It allows CNW to have a diverse range of applications across many industrial sectors such as plastics, composites, adhesives, biomedical devices, 3D printing, energy conversion and storage etc. BOCO brings all the benefits of nanotechnology with none of the environmental and safety drawbacks.

boostHEAT is a French energy efficiency company that designs, develops and manufactures a new generation of heat pump boilers based on an innovative thermal compression technology. The result is an energy efficiency that reduces energy bills and CO2 emissions by half for heating, hot water and air-conditioning applications in residential, public and commercial buildings. Based on a patented thermal compression technology, boostHEAT’s product portofolio provides natural gas with a thermal output of up to 200%, thereby cutting energy bills in half. boostHEAT is an environmentally responsible company that has integrated the use of renewable energy in its thermodynamic boilers, thus halving greenhouse gas emissions.

Concentric is an agri-tech company that develops powerful natural biological products for agriculture targeting the phyto-microbiome-the seeds, plants, root systems and the soil surrounding them. Concentric's first-generation product, Synergro®, employs live microbes to actively improve the health of the entire phyto-microbiome. Its second product, Synergro FreeTM and future generations of Inocucor products are powerful biological formulations for bio-stimulation and bio-control targeting high-value crops and mainstream production agriculture.

ECOR is disrupting industries for advanced materials, construction, supply chain sustainability, print and packaging, by providing low-cost circular economy solutions that are superior, sustainable, and scalable. ECOR materials are made from fiber waste (i.e. paper, cardboard, agricultural) and designed to be recyclable and non-toxic, while outperforming a range of traditional commodity materials. The ECOR Circular Economy Platform provides enterprise and smart city customers, a turn-key and solution to convert their waste into their materials and products, as well as reducing several expenses and environmental impact. Customers include Avery Dennison, DSM, Heineken, Google and Starbucks.

Exergyn has developed a CE-marked engine that runs on wasted hot water (c.90°C) – the Exergyn Drive™. It solves the great "energy trilemma" – producing electricity that is: (1) clean (zero-emission) (2) low-cost, and (3) available 24/7 The amount of energy lost globally as wasted hot water is equivalent to twice the energy output of Saudi Arabia. We estimate our target market to be worth €700 billion+ to us; and that our product could reduce global carbon emissions by over 1%. We aim to be the first commercial solution that converts waste hot water to power, producing electricity at <5c/kWh.

Greyrock is committed to solving key environmental and energy challenges through application of its innovative technical solutions. For many decades to come, the world will continue to rely on liquid fuels (gasoline and diesel) for transportation. Producing clean burning, premium fuels from waste and alternative feedstocks will be key to meeting the world's increasing energy needs in an environmentally friendly manner. Greyrock's industry leading Direct Fuel Production systems produce premium, clean burning liquid fuels from alternative and waste resources including flare gas, natural gas, carbon dioxide, and other materials.

Invenia optimizes the electrical grid, using a cloud-based machine learning platform that makes autonomous decisions for important real-world problems. The technology learns patterns of electricity production, consumption, and transmission, and to make autonomous decisions that help make the grid more efficient while reducing harmful emissions.

Li-CycleTM is an emerging lithium-ion battery recycling company based in North America. Li-Cycle TechnologyTM is an industry-leading, closed loop technology for the recovery of resources from spent lithium-ion batteries. The technology is low cost, safe, environmentally friendly, and can recycle all types of lithium-ion batteries with unparalleled recoveries of up to 100%. As lithium-ion batteries continue to electrify our world in automotive, stationary energy storage, and consumer electronics applications, an advanced solution is required to solve the global end-of-life lithium-ion battery problem. Li-Cycle TechnologyTM is uniquely positioned to meet this need.

Lightbridge is a nuclear energy company that develops proprietary next generation nuclear fuel technologies for current and future nuclear reactor systems. The advantages of Lightbridge's metallic fuel design include: a 1,000°C reduction in average fuel operating temperature, compared to conventional uranium dioxide pellet fuel, resulting in dramatic safety improvements; improved heat transfer and fluid flow, increased structural strength, and improved performance during accidents and transients; 10% more power and longer fuel cycles or up to 17% more power with the same fuel cycle length for existing pressurized water reactors (PWRs); increased revenue and improved profit margins for existing nuclear power units; up to 30% more power with the same fuel cycle length for new build PWRs; lower total levelised cost per kilowatt-hour for new build reactors; and increased competitiveness of nuclear power versus fossil and renewable energy sources.

We call it ‘Biology as Engineering’. Biotech processes are pivotal and extensively used in all aspects of our modern life. However, the true potential of biology has yet to be fully realized. NanoSpun develops and manufactures the most advanced industrial-scale physical structures that are made from any type of designated microorganisms or cells. NanoSpun technology and products – ‘active biological fabrics’ and ‘active biological cassettes’ - offer revolutionary game-changing approach for advanced biological processes, such as advanced water and wastewater treatment, clean energy fermentation, synthetic biology processes as well as health, nutrition and cosmetics applications

Perma-Fix Environmental Services, Inc. is a nuclear services company and leading provider of nuclear and mixed waste management services. The Company's nuclear waste services include management and treatment of radioactive and mixed waste for hospitals, research labs and institutions, federal agencies, including the Department of Energy ("DOE"), the Department of Defense ("DOD"), and the commercial nuclear industry. The Company's nuclear services group provides project management, waste management, environmental restoration, decontamination and decommissioning, and radiological protection, safety and industrial hygiene capability to our clients. The Company operates three nuclear waste treatment facilities and provides nuclear services at DOE, DOD, and commercial facilities, nationwide.

PlantResponse Biotech is a plant biotechnology company specializing in plant innate immunity, drought and stress tolerance, and nutrient use efficiency. PlantResponse utilizes their expertise in the science of plants to understand key crop challenges and develop sustainable solutions to address those challenges. Aiming to bring solutions efficiently to farmers by bridging the gap between pioneering research and the current market, PlantResponse develops and commercializes highly innovative products.

Recircle is an Industrial Biotech company that used patented technology to cost effectively produce high value goods from low value waste. The principle products developed/under development are a portfolio of high quality devulcanised rubber materials and speciality biosurfactants. Their rubber products are application specific and capable of high incorporation into high performance goods (e.g. at 70%), delivering substantial economic and environmental benefits to users without negatively affecting performance. Beyond economically, environmentally and technically attractive products, the company and its technology are a fundamentally green proposition. Its low cost biological manufacturing technology is energy efficient, doesn't use or produce any toxic or environmentally challenging chemicals and offers the potential of being zero waste while taking waste out of the environment.

REDAVIA offers rental solar power for businesses and communities – with a regional focus on East and West Africa. The REDAVIA system is based on a pre-configured container model, including high-performance solar modules and high-quality electrical components. It is easy to ship, set up, scale and redeploy. Businesses and communities benefit from a cost-effective, reliable and clean energy solution without the need for upfront investment or technical skills, supporting the reduction of carbon emissions and increasing the impact on a sustainable society. Find out more on www.redaviasolar.com

SAMAD Aerospace Ltd. – A UK start-up company, headed by Dr. Seyed Mohseni and based in Cranfield University Technology Park is developing a revolutionary technology. The key problem: In business aviation, precious time of businessmen is wasted in pre and post flight times going to the airport and getting out to arrive at final destination. Samad solution: Starling Jet is a vertical take-off and landing (VTOL) electric propulsion passenger aircraft intended for civil aviation use. Market: The worldwide ‘general aviation’ market (excluding military aircraft and scheduled passenger jets) generated an estimated $20bn sales in 2016 based on 2,262 new aircraft deliveries.

Electric Vehicles for Everyone. Scoot solves urbanites' most pressing challenge: Getting from A to B quickly and affordably. Scoot offers shared, self-driven electric city vehicles, including electric bicycles, electric scooters, and electric cars, located and activated with a smartphone app. Scoot allows its vehicles to be picked up and dropped off anywhere in the city, resulting in a service that is as affordable as mass transit, as fast as taking an Uber, zero-emission, and fun. Scoot operates 650 electric vehicles in San Francisco and provided over half a million rides in 2017. In March of 2018 we launch our Barcelona network to begin our expansion in Europe.

Sheetak Inc. pioneers ecofriendly solid-state refrigeration systems based on its breakthrough GREEN COOLERS™ electronic engines. The GREEN COOLERS™ enable silent ENERGY STAR-rated refrigerators, portable coolers, beverage coolers, display coolers, freezers, panel ACs, coolers for optical transceivers, data center servers, and biomedical thermal cyclers. Sheetak has fabrication facilities and supply chains for volume manufacturing (>1 MM annually) of the component chips and derives profitable revenues from the chip sales. GREEN COOLERS™ empower a sustainable refrigeration paradigm for the 21st century with complete phase-out of greenhouse refrigerants, as required by the regulations of the Montreal Protocol and the Paris Global Climate Agreement.

Silicon Fuel Ltd is a spin out of Oxford University and takes to the market the technology of solid state hydrogen fuel, potentially price competitive with fossil fuels. We generate hydrogen by simply reacting our proprietary silicon nano-material with water. Silicon fuel can be produced centrally and then distributed and stored in standard containers, significantly reducing transportation and storage cost usually associated with hydrogen. It has the potential to enable carbon free transport where batteries cannot deliver, especially in heavy transport and particularly in shipping. Dry silicon fuel is 10 times lighter than batteries.

Superdielectrics Ltd discovered, filed patents and is commercialising a very significant scientific breakthrough in Supercapacitor electrolyte materials and electrical energy storage. The University of Bristol estimates that these newly discovered materials have capacitance values which are 1,000-10,000 times greater than conventional electrolyte solutions. This breakthrough offers the prospect of a new energy storage technology that is superior to existing battery technology. Superdielectrics Ltd technology is not limited by rare or expensive elements, is unlikely to be a fire risk and potentially has a higher energy density than both Lead Acid and Lithium-ion batteries. Additionally, Supercapacitors offer very rapid charge and discharge capabilities.

Taronis Technologies, Inc. (MNGA) owns a patented plasma arc technology that enable two end use applications for fuel generation and water decontamination. The Company’s fuel technology enables a wide use of hydrocarbon based waste streams to be readily converted to fossil fuel substitutes. The Company is developing a wide range of end market uses for these fuels, including replacement products for propane, compressed natural gas and liquid natural gas. The Company currently markets a proprietary metal cutting fuel that is highly competitive with acetylene.

The company has the mission to produce high performance electric and hybrid integrated systems for boats and cars, the TM EIPS. In the inner Europeans waters, in all lake’s cities and in some ea’s protected areas the navigation for endothermic private and public boats is almost banned. Terra Modena are covering a market segment that at the moment lacks high-powered electric systems and therefore is free from competitors. With a B2B approach, the customers being the shipyards. The TM EIPS range goes from 130kW motor to 200kW with customized battery packs. The Company will have submerged motor systems, the PODs from 40 kW to 140 kW for both sailboats and the very recent and innovative new foils powerboats. The Company has a high level of competences together with a very efficient costs, the technology is scalable for bigger electric projects like hybrid superyachts and land vehicles.

Founded in 2008, AgriProtein pioneered the waste-to-nutrient recycling industry. It uses proprietary technology to up-cycle organic waste into a natural protein at an industrial scale. Fly larvae are reared and processed into MagMeal and MagOil - a sustainable alternative to fishmeal, which is widely-used in the aquaculture, farming and pet food industries. The company builds and operates its own fly-farms and has licensee partners on five continents. AgriProtein has been awarded numerous international accolades and awards while on its mission to find a better way to feed the world: solving the food security challenge, tackling the waste crisis and repairing the environment. The company has raised almost $30m to date, and with its industrial partners is now seeking a pre-IPO funding round to roll out its factories globally.

ANTECY provides a process for production of fuels and chemicals out of ambient CO2 and renewable energy. ANTECY has developed an unique technology to harvest CO2 from ambient air and/or flue gases in a cost-effective way, powered by renewable energy. The developed solid sorbent can capture and concentrate CO2 at temperatures below 80°C, allowing the process to be efficiently integrated in many (petro)chemical processes.In comparison with amine based capturing technologies, already applied on industrial scale, the solid salts which ANTECY is using are potentially superior: environmentally friendly, less costly and more stable. Especially when it comes to CO2 capturing from air, which requires the treatment of large gas streams. ANTECY is a technology provider which aims to license the process to (petro)chemical and energy companies. The added value consists of the ‘design -in' of proprietary technology in an optimized solar/renewable fuel production process.

ART Carbon is a leading Swiss material technology company in the domain of Carbon Nanotubes (CNT), a revolutionary material that will transform material sciences. Our mission is to deliver commercially viable applications to bring environmentally friendly urbanisation and development to the world. ART Carbon’s primary patented application is in building materials (concrete), and we consistently invest in cutting edge research, exploring 3D Printing, energy storage and composite materials. Our CNT solutions make these materials stronger and more resistant, while delivering environmental benefits and cost reductions: lowering material consumption, replacing chemical additives, reducing emissions and saving energy. Art Carbon provides end-to-end solutions to our partners, including engineering and designing the operational process, customized development, and CNT production, making us unique in the market.

Aurelia Turbines is a technology based company focused on the commercialisation of the highest efficiency gas turbine in its size range. As a foundation, Aurelia has its innovative roots in the Lappeenranta University of Technology, Finland, which can proudly boast of over a 30 year track record of designing high speed rotating machinery which has been successfully marketed and operates globally in commercial applications today. Aurelia is not just about the technology. The business and strategic planning have been a combined contribution of just under a century of professional management expertise and experience; just like the A400 turbine, the management team bring efficiency with the capability to execute. Aurelia is on the path to delivering its first orders: 2017 is the key year for commercialising the Company and building upon its foundation of technology innovation.

Azotic Technologies Ltd (“Azotic”) was founded in 2012 to further develop and commercialise a technology from the University of Nottingham, UK, which enabled plants to fix the essential element nitrogen directly from the air, thereby reducing or removing the need for external nitrogen based fertilisers. Azotic has developed this technology into a fully developed and commercially available first product – N-Fix®.
At the heart of N-Fix is the bacteria Gluconacetobacter diazotrophicus (“Gd”) which converts or “fixes” atmospheric nitrogen into plant available nitrogen in the form of ammonia. When applied to a plant, Gd becomes symbiotic, intracellular and systemic. Gd is a, totally harmless, food grade bacteria - unknowingly consumed by humans for millennia.

BayoTech reduces GHG emissions by 84% on 5% of the global supply of natural gas. To accomplish GHG reductions, BayoTech manufacturer’s energy efficient plug and play distributed hydrogen and nitrogen fertilizer systems that enable us to be a low cost producer. Lowers the distributed cost of fertilizer and hydrogen production by 25%. This is critical because today’s world population is ~ 7.3 billion and by 2050 it is projected to climb to 9.5 billion. BayoTech’sTM Nested-flow Thermal Energy Recovered Chemical Reactors improve the energy efficiency of all industries/processes that requires changes of temperatures. The US imports 50% of its fertilizer needs yet is experiencing record low natural gas prices. The main feedstock and cost for fertilizer production. BayoTech manufacturer’s energy efficient plug and play distributed nitrogen fertilizer systems that enables BayoTech to be a low cost producer.

Benson Hill Biosystems brings the power of of Cloud Biology to agriculture – combining cloud computing, big data analytics and plant biology to inspire innovation. CropOS™ is a cognitive engine that provides decision support to accelerate crop improvement and enhance the sustainability of food, feed, fiber and fuel production. Their partners achieve competitive scale to innovate faster with minimal distraction to their core businesses, accelerating their R&D programs to deliver crop improvements that impact agriculture.

Evaporcool Solutions, LLC ("Evaporcool") manufactures the Evaporcool® System, a proprietary aftermarket HVAC retrofit that significantly improves the energy efficiency of air conditioning and refrigeration systems. The Evaporcool System attaches non-invasively to virtually any air-cooled HVAC unit, and using the principle of evaporative cooling, improves efficiency, reduces peak demand, and lowers maintenance costs. Evaporcool also provides a performance monitoring system, which enables real-time, cloud-based measurement and verification, controls, and fault detection and diagnostics. Evaporcool is based in Tennessee.

Green Biologics is a renewable chemicals company focussed on developing and delivering new green alternatives for everyday products. They are transforming the global chemicals market, providing customers with more sustainable and higher value products compared to petroleum-based alternatives.
The Green Biologics world-class technology platform is built on both biology and chemistry founded on core expertise in advanced microbial fermentation Clostridium microbial fermentation. This platform converts a wide range of sustainable feedstocks into high value green chemicals including n-butanol, acetone and, through chemical synthesis, derivatives for downstream formulations.

H2B2 was founded in June 2016 by Javier Brey (former CEO of Abengoa Hydrogen) and manufactures PEM electrolyzers to produce hydrogen, currently with offices in Spain and USA.
The Comapany's product, the electrolyzer, can be sold in two different ways. The conventional product would be simply the manufacturing and sell of an electrolyzer. The integrated product includes from the promotion of a centralized plant, to permitting, search for funding, O&M, integration with renewables, etc.
H2B2´s strategic alliance with market leading stack manufacturer Giner Inc. provides H2B2 a strong and leading position technologically which also ensures the complete value chain.

The coffee revolution has happened and one of the key challenges the industry faces is the millions of tonnes of waste created by the capsule coffee category. With 20 billion plastic and aluminium capsules being created every year, coupled with the fact that capsule coffee isn’t great, Halo was founded to take on the challenge of producing a fully compostable coffee capsule that gives everyone access to the world’s best coffee in a way that’s best for the world

Hazer Group Limited is an ASX-listed technology development company undertaking the commercialisation of the Hazer Process, a low-emission hydrogen and graphite production process. The Hazer Process enables the effective conversion of natural gas and similar feedstocks, into hydrogen and high quality graphite, using iron ore as a process catalyst. The key difference in the Hazer Process over alternative hydrogen production processes is that the carbon content of the natural gas feed is captured as graphite, rather than converted into carbon dioxide. This graphite is a saleable product, giving the process two valuable products rather than just one and reduces the cost of the process. The process also requires substantially lower energy requirements compared to electrolysis-based hydrogen production, creating significant cost and energy advantages. With carbon emissions captured in the form of solid graphite, Hazer can produce hydrogen with significant lower carbon dioxide emissions, better enabling the use of hydrogen across the developing clean energy market, as well as in large existing chemical processing industries.

HEROTECH8 is a UK-based robotics company, with a vision to create wide-scale clean and sustainable infrastructure hardware for unmanned vehicles. Our drone stations, which automate drone operations, recharging and the loading and delivery of payloads, will unlock hidden growth in a commercial drone market already predicted to reach $127bn by 2020. Founded in June 2016, HEROTECH8 received the InnovateUK Women in Innovation prize, pre-seed funds from the Bettany Centre for Entrepreneurship, and was recently appointed as a ‘Commonwealth First Export Champion’ by the Commonwealth Enterprise & Investment Council.

Iceotope is a UK technology company commercialising its fully developed patented liquid cooling platform for electronics in a $15bn per annum TAM. Iceotope’s technology is applicable where heat generated by electronics is an issue, the initial target markets for Iceotope’s technology being the IT industry. Iceotope currently has two fully developed product ranges utilising its 100% liquid cooled solution, a workstation product (Edge StationTM) and rack based products (Edge Rack – Vertical and Edge Rack – Horizontal), both product lines are compatible with any IT.

KDC Ag was created as a newly formed division of KDC to further our company’s support of sustainable and environmentally progressive technologies. With our support, our partners at California Safe Soil (CSS) have now developed a new patented technology that mimics the human digestive process. The technology digests and pasteurizes fresh food waste within three hours, turning it into an sustainable organic liquid fertilizer and animal feed that can be used the very next day. We believe KDC's proven entrepreneurial vision and industry experience in building national infrastructure combined with CSS's technology is the perfect remedy to completely close the agriculture loop and utilize the fresh food waste to its maximum benefit; to grow more produce and proteins in a more sustainable way.

Lightbridge is a nuclear energy company that develops proprietary next generation nuclear fuel technologies for current and future nuclear reactor systems. The advantages of Lightbridge's metallic fuel design include: a 1,000°C reduction in average fuel operating temperature, compared to conventional uranium dioxide pellet fuel, resulting in dramatic safety improvements; improved heat transfer and fluid flow, increased structural strength, and improved performance during accidents and transients; 10% more power and longer fuel cycles or up to 17% more power with the same fuel cycle length for existing pressurized water reactors (PWRs); increased revenue and improved profit margins for existing nuclear power units; up to 30% more power with the same fuel cycle length for new build PWRs; lower total levelised cost per kilowatt-hour for new build reactors; and increased competitiveness of nuclear power versus fossil and renewable energy sources.

Living Map is a digital mapping platform that makes it easy to create, manage and maintain interactive maps in fast-changing indoor and complex urban spaces. The Living Map platform is a full-featured digital Software as a Service (SaaS) product that reinvents the digital map experience using over twelve years’ experience in creating maps for cities, airports and museums.
The Living Map system acts as a visualization engine that uses artificial intelligence to create maps on the fly, both digital and print. By integrating live data feeds such as transportation, Internet of Things sensors or CRM and advertising platforms, Living Map is the visualisation tool for all site data, both for internal and consumer-facing functions. Uniquely, it combines the high level of detail valued in print cartographical design with the real-time updates and central database of a digital map platform technology. The Living Map Platform is suitable for complex buildings, small-scale environments, large municipalities or global enterprises.

NOHMs Technologies is the leading developer of non-flammable ionic liquid electrolytes for lithium ion batteries. Using NOHMs electrolytes, electric vehicle manufacturers aim to improve lithium ion battery energy density and safety, reducing battery cost by as much as 50%, without compromising performance. Phoenix Venture Partners, a Silicon Valley VC firm specializing in materials investments, and Solvay, a global chemical company headquartered in Brussels, led NOHMs’ Series B 2016 financing to accelerate industrial partnerships to commercialize the technology. The global electrolyte market grew 52% in 2015 and is expected to exceed $10 billion in 2020. NOHMs Technologies was founded in 2010 by Cornell University professors Dr. Lynden Archer and Dr. Shivaun Archer, and is led by co-founder and CEO Nathan Ball, and Dr. Surya Moganty, inventor and CTO. The company’s operations are based in Rochester, New York, USA.

Transportation accounts for 28% of greenhouse gas emissions – the clear solution is the end to the Internal Combustion Engine (ICE). Fuel Cell Electric Vehicles (FCEV) are the best long-term choice to replace the ICE, offering similar range, refueling time and driving experience as ICE vehicles. Unfortunately, FCEVs have been too expensive – until now. Pajarito Powder fundamentally changes the economics of fuel cells by dramatically reducing the cost of the most significant and least scalable component: the precious metal catalyst, which represents over 40% of the fuel cell cost at scale. Pajarito Powder’s precious metal-free catalysts and Engineered Carbon Supports cut down or eliminate precious metals like platinum in the fuel cell, while improving the durability and stability of the system.

After many years of research Polygelco has developed a technology that uses recycled materials to make new materials that are actively sought by the users of virgin plastics, particularly in the automotive, construction and packaging sectors. Working with leading Universities and bundling existing technology with a patented technology Polygelco is able to combine scrap plastics and used tyre rubber to manufacture a range of thermoplastic materials that can be used in applications that are currently out of range of materials made out of existing recyclates.

Powerhive is a technology venture founded in 2011 that partners with utilities and independent power producers to provide access to productive, affordable, and reliable microgrid electricity for millions of rural homes and businesses around the globe. Powerhive's proprietary technology platform and business model enables the financing, monetization, and management of distributed microgrid solutions. Powerhive is headquartered in Berkeley, CA with offices in Kenya.

Primus Power is a provider of low cost, long life and long duration energy storage systems. The Company's flow batteries are shipping to US and international microgrid, utility, military, commercial and industrial customers.
Founded in 2009, Primus is privately held, located in Silicon Valley and has a subsidiary in Asia. The Company has received 32 patents from 8 countries, and has 37 additional patents pending. Primus has R&D and commercial partnerships with several of the world's leading electrical component, chemical and power companies. Primus battery systems help improve the economics, stability and security of the electric grid, while accelerating the integration of renewable wind and solar energy.

Resilience.io, a cloud-based GIS digital platform, provides an integrated systems view of a city-region. It combines computer visualisations of all resource flows, human and ecological activities and infrastructure. The platform contains a library of process models of human, industrial and ecological systems, which can be selected locally to create a tailored integrated systems model for any region. It is able to show how clean technology innovations can improve economic and wellbeing outcomes and enables integrated planning to reduce infrastructure costs by 40%. Product Apps, purchased by innovators, enable users to assess and access the best technologies within pipelines of projects.

Founded in 2012, Rezatec provides geo-spatial data analytics to customers in the Water, Food and Forestry sectors.
Rezatec use their proprietary algorithms and advanced machine learning techniques to deliver strategic, commercial insight for our customers. Delivering actionable insights as Data-as-a-Service landscape intelligence via thier online decision support portal. Rezatec helps businesses improve the management of their land-based assets by providing intelligent insight based on analyzing a complex array of geospatial information, including advanced Earth Observation data.

SERINUS IEQ has its origins in an R&D collaboration between the Norwegian Directorate of Public Construction and Property (Statsbygg), NCE Smart Energy Markets and the Norwegian Østfold University College. The project developed online measuring of IEQ and energy consumption in order to improve working and learning environments, as well as space management and energy accounts.
SERINUS Technology is an Internet of Things-company. They connect data from different sensors and present it online as a webpage or integrated with other applications. Wireless, battery-driven sensors measure temperature, CO2, relative humidity, light, sound, pressure and movement in buildings, room by room. Data is presented live in an online dashboard and may also be reported historically.

Soil-for-Life® is a unique soil health and agri-informatics tool that is addressing an issue that every famer, agricultural business and national government has today, how to grow more food, more efficiently and in more sustainable and environmentally sensitive ways. Soil-for-Life® integrates existing on-farm data with wider agri-environmental datasets, providing unique, soil-focused, benchmarking and predictive analytics tools powered by advanced machine learning and agri-informatics. Soil-for-Life® will be the GO-TO sustainable soil management tool for farm management platforms, farmers and agronomists.

Solantro develops and sells chipsets. Those chipsets bring intelligence to enable state-of-the-art power electronics designs necessary for widespread deployment of renewable energy. Solantro’s reference platforms, libraries, and development environment enable easy integration of the chipset into a wide range of power applications. A hardware design team using the Solantro approach achieves dramatic reductions in component count and manufacturing cost along with superior performance and reliability. Those results make the company a trusted partner to power electronics equipment manufacturers in Asia, North America, and Europe.
Venture capital investors from the US, Canada, and Japan finance Solantro. Current financing has taken the company to selling chipsets in volume production today.

Standard Gas uses proprietary technology to convert non-recyclable waste otherwise destined for landfill or incineration into clean synthetic gas. The process is environmentally friendly with no incineration of waste and little physical impact. It has a number of economic advantages being easy to locate, low cost to build and simple to operate. The syngas produced has a range of uses, from power generation to chemical feedstock.
Having built a working commercial scale plant in the UK Standard Gas are now lining up OEM suppliers and EPC contractors to roll out further plants. Orders have been received from a major Asian medical waste processor, and discussions are underway with one of the world's largest specialist waste processors. The Company's technology can treat a wide range of waste types, including hazardous waste, the global market for which is substantial. Interest has already been shown from markets including India, China and USA.

Taronis Technologies, Inc. (MNGA) owns a patented plasma arc technology that enable two end use applications for fuel generation and water decontamination. The Company’s fuel technology enables a wide use of hydrocarbon based waste streams to be readily converted to fossil fuel substitutes. The Company is developing a wide range of end market uses for these fuels, including replacement products for propane, compressed natural gas and liquid natural gas. The Company currently markets a proprietary metal cutting fuel that is highly competitive with acetylene.

Tecnored is a breakthrough ironmaking technology to address the low profitability and high carbon footprint challenges. The innovation is to produce high quality liquid iron in a single furnace using cold briquetted raw materials, thus eliminating the sinter furnaces and coke ovens that operate at temperatures higher than 1000ºC. As advantages it reduces the capital cost by eliminating two of the three hot furnaces traditionally uses; reduces operating cost through higher energy efficiency and 100% recycling of steel plant residues; and allows the economic use of biochar fines to take net carbon emissions to zero. The technology is scalable allowing it to be deployed economically in different configurations: 80ktpa (to process steel plant residues); 150-300ktpa (electric arc furnace facility complement to increase productivity and reduce fuel consumption) and larger capacities to replace blast furnaces.

TerViva™ was built to solve the imbalanced equation of a shrinking arable land base and a rising demand for food, fuel and fertilizer. The technology is based on proprietary advancements in agronomy and the genetics of pongamia, a leguminous tree species that produce 8x higher oil yield per acre than soybeans on underused agricultural lands stressed from disease and changing environmental conditions. TerViva™ has compiled an exclusive library of high-yielding, patentable pongamia genetics from around the world and has developed propagation techniques for scalable, consistent results.

Based in Sassenheim, Netherlands and with a manufacturing facility in Dallas, Texas, USA, Voltea is redefining the technical approach to brackish water desalination. Voltea has developed and markets a novel, tunable water deionization technology named capacitive deionization (Cap DI) that is designed to remove dissolved salts from a variety of water sources ranging from tap water and brackish groundwater to industrial process water. CapDI achieves this at a lower economic cost and reduced environmental impact than any other available technology. Uniquely, CapDI operates at temperatures ranging from 5-60° C, or 40-140° F, on challenging higher turbidity feed waters, with minimal operator intervention. Voltea's technology is environmentally friendly by virtue of its low energy consumption and minimal to no chemical usage, thus allowing any unrecovered water to flow back into the ecosystem safely.

AlgaEnergy is a biotech company specialized in microalgae. Managed by a team of reputed entrepreneurs and scientists, the company aims to develop and commercialize novel microalgae-based products in different sectors, transforming the CO2 emissions from other industries into natural products of commercial interest, creating a circular economy. AlgaEnergy participates as only microalgae company in R&D programs worth >60 MM €, consolidates over 4 decades of knowledge in microalgae, and has positioned itself as a worldwide reference. It counts with one of the few researchers internationally recognized as authorities in microalgae as Scientific Leader, and with IBERDROLA as shareholder since 2009.

BASiC 3C, Inc. develops cubic silicon carbide (3C-SiC), a novel semiconductor as a replacement for silicon in cleantech power conversion applications including photovoltaics, wind turbines, industrial motor drives, and electric vehicles, resulting in increased efficiency and reduced converter size, weight, and cost. The material is grown using a patented, cost-competitive, and scalable chemical vapor deposition process.
Founded in 2014, the company has raised $2M to date from Boulder-based Infield Capital and Texas-based Dankat LLC. It received a $250,000 grant from the State of Colorado, and was named "2015 Emerging Company of the year" by the Colorado Cleantech Industry Association.

BMS International's founder Alessandro Caraglio is the inventor and owner of the BlackMagic Power Optimiser technology. The product is a simple, reliable electronic device that maximises the power output and commercial return from photovoltaic plants. BlackMagic technology is particularly relevant to the long-term, maturing global photovoltaic market, specifically pre-installed assets. Commercialization started in 2009, the first round of investment came in 2011 and BMS International has been generating global revenues since 2012. From 2015 the HQ relocated to London, as a strategic bridgehead for expansion into international markets.

Clean Diesel Technologies, Inc. (CDTi) develops advanced materials technology for the emissions control market. CDTi's proprietary technologies provide high-value sustainable solutions to reduce hazardous emissions, increase energy efficiency and lower the carbon intensity of on- and off-road combustion engine systems. With a continuing focus on innovation-driven commercialization and global expansion, CDTi's patented technology replaces costly platinum group and rare earth metals that are used in catalytic converters. Key technology platforms include Mixed Phase Catalyst (MPC®), Base Metal Activated Rhodium Support (BMARSTM), Synergized PGM (SPGMTM), Zero PGM (ZPGMTM) and SpinelTM.

ClearCove, Inc. is a renewable energy technology company, focused on wastewater resource recovery. Addressing the energy-water nexus, we extract energy from wastewater - essentially converting wastewater treatment facilities into energy and value-based by-product producers. Targeting both Municipal and Food & Beverage markets, our patented process completely transforms the economics of wastewater operations via unparalleled production of clean energy and water; significantly lowering energy consumption and greenhouse gases. Ultimately, we are enabling a sustainable future for wastewater treatment through carbon capture. ClearCove achieves this through an innovative physical/chemical technology solution. This solution can be implemented both as a retrofit or new build of plant headworks in wastewater treatment operations. By "mining" the carbon from wastewater, we also "clean" water for reuse purposes. Notable results include: Significant energy reduction, Up to 300% increase in biogas, O&M efficiencies, Significant lifecycle cost savings versus other technologies.

Corrosion Radar is a breakthrough sensing technology for monitoring corrosion in applications such as corrosion under insulation (CUI), corrosion under pipe support (CUPS) and buried pipe corrosion. Corrosion Radar can pinpoint the location of hidden corrosion thereby reducing the risk of leakages and cost of inspection.
Corrosion Radar can detect and locate corrosion in the most difficult, inhospitable and inaccessible environments including pipe racks, pipe bends, buried pipelines etc.

CropX, offers advanced adaptive irrigation software service. The ag-analytics company, develops cloud based software solutions integrated with its world's first Do-It-Yourself wireless soil sensors, which boosts a crops yield and saves water and energy. The company also automatically generates irrigation maps and automatically applies the right amount of water to different parts of the same field, serving farmers worldwide. CropX was founded in 2013 and is headquartered in Tel Aviv, Israel with a business and marketing office in San Francisco, California.

Positioned at the forefront of the seafloor minerals industry, and with a world-class team in place, DeepGreen Resources is on track to become a leading, low-cost producer of base and strategic metals obtained cleanly from vast high-grade seafloor polymetallic nodule deposits containing nickel, manganese, copper and cobalt. DeepGreen's early mover advantage and patented clean processing technology position the Company to set the pace in this exciting industry. The Company's leading achievements have already drawn attention from miner and metal trader Glencore, which has invested capital and contracted to buy a percentage of the nickel and copper produced from a DeepGreen processing plant.

Desolenator offers a novel cleantech solution that uses a patented technology to harvest both the thermal and electrical power of the sun, in order to desalinate and purify water from any source. This stand-alone and off-grid household product is on track to become the most affordable and environmentally friendly method of creating drinking water from saline water. Desolenator is low maintenance and uses no filters or chemicals, it can make a major contribution to solving the global drinking water shortages.

Drayson Technologies Ltd is a development stage electronics and software company headquartered in London with offices in Silicon Valley focused on the field of wireless energy transfer. Drayson Technologies is exploiting a new proprietary technology, called Freevolt, that “harvests” energy from ambient wireless radio frequency networks (Wi-Fi, Cellular, Broadcast TV), to power low-energy electrical devices and eliminate the need for cable charging or changing batteries. The initial implementation of Freevolt RF energy harvesting is in the CleanSpace™ Tag, a personal air pollution sensor that is totally portable.

One of the business world's biggest expenditures represents its biggest missed opportunity - the commercial building. A lack of real data has business leaders making decisions about their building in the dark. Enlighted is showing the way by taking the abstract enterprise Internet of Things vision and making it real in commercial buildings. Using its highly adaptive sensors that provide granular data on lighting, temperature and motion, Enlighted has designed a smarter way for business leaders to interact with their buildings. Enlighted's comprehensive solution - which not only collects data but also synthesizes it into insights - is already making buildings more efficient and productive. Companies are reaping the benefits with millions saved in energy costs.

The Flash® Bainite technology produces an extraordinarily high strength steel that is ductile, readily weldable and significantly less expensive than the competition. Flash® Processed steel is proven to provide weight reductions greater than 25%, simultaneous cost reductions and improved performance in automotive structure. Automotive manufacturers, and others, want it. Developed by a small and non-traditional firm near Detroit Michigan, the company is transitioning from R&D to early-stage commercialization with a strategic focus on licensing. The company is seeking deployment teammates (primary) and financial support (secondary) to build and operate larger capacity demonstrator lines that will enhance its license offering.

Global Bioenergies is one of the few companies worldwide, and the only one in Europe, that is developing a process to convert renewable resources into hydrocarbons through fermentation. The Company initially focused its efforts on the production of isobutene, one of the most important petrochemical building blocks that can be converted into fuels, plastics, organic glass and elastomers. Global Bioenergies continues to improve the performances of its process, operates its industrial pilot, has begun the construction of its demo plant in Germany, and prepares the first full-scale plant through a Joint-Venture with Cristal Union, named IBN-One. The company also replicated its achievement to propylene and butadiene, two members of the gaseous olefins family, key molecules at the heart of petrochemical industry. Global Bioenergies is listed on Alternext, Euronext Paris (FR0011052257 - ALGBE).

The INSTANT SYSTEM solution is a bottom-up and top-down solution that allows informed decision making at the fingertips of any city traveler in real time. It gathers real-time data (updated every fifteen seconds) about the status of different transport modes (car, bike, tram, subway ..., whether personal or shared): then, a smart phone optimizer allows citizens at any hour of the day to go from A to B using different - possibly combined - transportation modes, taking account of the real-time situation on public transport network, road traffic, public bike availability, or car sharing opportunities.

It's Fresh!, provides innovative technologies that extend the freshness and quality of fresh food and flowers. By extending quality, prolonging freshness and enhancing flavour in a secure and sustainable way, It's Fresh! helps to address the key industry challenges of food security, profitability and the issue of global food waste, through technology such as a discreet high-tech filter which removes the ripening hormone. The company is a division of Food Freshness Technology Holdings that has raised over $20m to bring to market a range of unique products that are helping leading retail groups and their supply chains worldwide to reduce waste and to deliver extended quality and freshness more cost effectively.

Lightbridge is a nuclear energy company that develops proprietary next generation nuclear fuel technologies for current and future nuclear reactor systems. The advantages of Lightbridge's metallic fuel design include: a 1,000°C reduction in average fuel operating temperature, compared to conventional uranium dioxide pellet fuel, resulting in dramatic safety improvements; improved heat transfer and fluid flow, increased structural strength, and improved performance during accidents and transients; 10% more power and longer fuel cycles or up to 17% more power with the same fuel cycle length for existing pressurized water reactors (PWRs); increased revenue and improved profit margins for existing nuclear power units; up to 30% more power with the same fuel cycle length for new build PWRs; lower total levelised cost per kilowatt-hour for new build reactors; and increased competitiveness of nuclear power versus fossil and renewable energy sources.

Locamation developed and successfully deployed a smart grid platform, open for partner applications and data analytics. Locamation works with innovative Network Operators in Europe and China, including Alliander, National Grid, Ellevio and Scottish&Southern Energy. SASensor, Locamation's leading digital substation platform with over 4.5 million operating hours, enables customers and trusted specialists to implement partner applications and data analytics. SASensor with its unique architecture is faster, cheaper and greener than competing offerings. The simplicity of SASensor, where functionality is implemented as software and upgradable, leads to lower initial investment and lowest TCO. With SASensor, customers improve their grid insight and obtain a scalable solution that manages future demands.

PrecisionHawk is a terrestrial data acquisition and analysis company founded in 2010. The company provides an end-to-end solution from Unmanned Aerial Vehicles (UAVs) to data collection and analysis software tools to provide better business intelligence to clients across a wide range of civilian industries. PrecisionHawk also owns drone data software, DataMapper, satellite imagery provider, Terraserver, and the Low Altitude Tracking and Avoidance System for drones, LATAS. It is a privately held company based in Toronto, Canada and Raleigh, North Carolina. PrecisionHawk’s investors include Intel Capital, Millennium Technology Value Partners, Bob Young and the Innovate Indiana Fund.

Prevtec Microbia is a Canadian biotechnology company developing biological products for the prevention of diseases in food animals. The Company's mission is to develop and market alternative products to antibiotics, to offer sustainable solutions that contribute to improving animal health, performance, production and food safety. Antibiotic use is a major concern for governments, healthcare professionals and consumers, due to an increasing trend in the incidence of antibiotic resistance of some bacterial populations in animals and in humans, linked to repeated use of these products. In March 2015, Prevtec Microbia was granted a market authorization for its swine vaccine, Coliprotec F4 in the European Union and the product is distributed by its partner Elanco, the second largest animal health company in the world.

Q x Q supplies architecture designed, manufacturer produced prefabricated modular construction systems for assembly anywhere both geographically and globally. We offer a turnkey solution to property development, from the design and masterplanning through to construction. Collaborating with leading architects, manufacturers and suppliers we have created a system that provides certainity to clients across the major factors of time, cost and quality. Q x Q offers a series of buildings that can be customized in size, layout and finishes. Components are prefabricated and sized to fit in standard shipping containers for ease of transportation around the world. We can provide any or all infrastructure services required, also designed in pre finished shipping containers.

A grid solutions company based in San Francisco, currently working with some of the world's most respected transmission organizations. We start by understanding their goals for improving their grids and then work together to define the impact that Smart Wires can have on improving their transmission networks. This allows us to identify an ideal path towards building the Dynamic Grid each transmission group has defined. We develop solutions related to optimizing capital expenditure, improving the integration of renewable energy, addressing near-term transmission challenges, and reducing network congestion. We work closely with our utility and transmission owner partners to design and develop a Dynamic Grid that is clean, reliable, affordable, and safe.

Straightline Aviation are in pole position to develop a multi-aircraft operating business in cargo transportation which will revolutionise the way goods are moved throughout the world, particularly in remote regions currently not connected to global markets and not well served by traditional transport infrastructure. The company is focused on the oil, gas and mining industries as well as power generation and construction, where it can deliver considerable cost savings, as well as significantly reducing logistical issues and the environmental impact of major engineering projects. The Straightline board is made up of senior long serving former directors of Virgin Group companies with extensive experience of operating both conventional and lighter-than-air aircraft.

Swedish Biomimetics 3000® AB was founded in Sweden in 2004, with a fully owned subsidiary, Swedish Biomimetics 3000® LTD formed in 2007. The Company takes inspiration from nature (biomimetics) for sources of new patentable intellectual property which can be developed into radical, disruptive technologies with commercially viable industrial applications. The Company is currently engaged in the development and commercialization of two biomimetically inspired platform technologies: µMIST®, a radical spray technology inspired by the bombardier beetle's defense mechanism; and µLOT®, an innovative pharmaceutical manufacturing technology, based on an assembly line concept, that enables radically increased efficiency in peptide and oligonucleotide manufacturing.

Swedish New Energy Technologies Ltd (S-NET) is bringing to market BiomassPowerPac, a whole new way of powering cellular telephone towers. In Africa, it will mean a typical saving of 50% of the total costs of energy, equivalent to a 25% cost reduction for network operations. Africa is first target, as costs of power are highest here. BiomassPowerPac has significant benefits for operators (cutting costs and increasing security) and for the local community, jobs, power and cell signal which are catalysts for socio-economic development. It is completely green with no harmful emissions and has zero carbon footprint.

The Nano Membrane Toilet will treat human waste in the house without external energy or water. The toilet flush uses a rotating mechanism to transport the mixture into the toilet without demanding water whilst simultaneously blocking odour and the user's view of the waste. Solids separation is principally accomplished through sedimentation. Loosely bound water is separated using low glass transition temperature hollow-fibre membranes, facilitating water transport in the vapour state rather than as a liquid and yielding high rejection of pathogens and some odorous volatile compounds. The water is recondensed and drains into a collection vessel for safe reuse at the household level. The residual solids are transported by a mechanical screw into a gasifier, which will convert them into ash and energy to power the membrane processes.

Vantage Power (VP) designs and manufactures hybrid and electric powertrains for heavy-duty vehicles and has recently commenced revenue generation. VP's first product - a hybrid retrofit system for buses - has already been sold to 3 prestigious customers, and is currently in production.
VP has raised £4m to date through a combination of equity and government grants, and has been fortunate to secure a stellar group of investors including Ensignbus, the UK's largest bus dealer, and Marshall of Cambridge - a multibillion pound engineering company - whose CEO is also VP's chairman.

Viroment is a Minneapolis-based wastewater-processing innovator. Viroment's proprietary technology creates a closed-loop wastewater processing cycle, producing valuable reuse water and multiuse bio-cake out of municipal and industrial sludge. Viroment's unique vacuum drum drying wastewater treatment system helps municipal and industrial wastewater facilities meet their mandated sludge disposal requirements. The process results in decreased wastewater processing costs, lower regulatory fees and a significantly reduced impact on the environment when compared to traditional treatment methods. Recently, Viroment's technology received significant national attention after the company received the first place National Water Prize at the Cleantech Open Global Forum. Viroment is now moving the scope of its work internationally and is in the process of completing a large-scale industrial project that will create over 6 million U.S. gallons of reuse water per day. As the company continues to grow, Viroment remains focused on facilitating sustainable water treatment practices, while reducing costs for municipalities and businesses around the world.

Algenol is a global biotechnology company whose patented algae technology platform produces the four most important fuels (ethanol, gasoline, jet and diesel). Algenol's proprietary Direct to Ethanol® process harnesses the incredible productivity of its unique strain of algae to drive industry-leading yields of 8,000 total gallons of liquid fuel per acre per year (over 20 times corn ethanol), and requires only sunlight, saltwater and CO2 for production.  The combination of this productivity with patented photobioreactors and proprietary downstream separation enables low-cost fuel production at under $1.30 per gallon.  Algenol's novel process utilizes industrial CO2 as the primary feedstock and produces freshwater as a by-product without using arable land, thereby converting waste CO2 into green fuels and creating a revolutionary link between sustainable energy and real emissions reduction.

ArcActive is developing a new electrode for the Lead Acid Battery, to help improve the fuel economy of the next generation mass market car: the Micro Hybrid Vehicle (MHV). It is widely expected that by 2020, 50% of new cars will be MHV's by 2020, and that the market for MHV batteries will be $12B/year.

The fuel economy improvements of MHV's are currently limited by the poor charging characteristics of the Lead Acid starter batteries. ArcActive's re-engineered electrodes allow low cost Lead Acid Batteries to achieve the desired charging characteristics and hence fuel economy targets. 

Azotic Technologies Ltd (“Azotic”) was founded in 2012 to further develop and commercialise a technology from the University of Nottingham, UK, which enabled plants to fix the essential element nitrogen directly from the air, thereby reducing or removing the need for external nitrogen based fertilisers. Azotic has developed this technology into a fully developed and commercially available first product – N-Fix®.
At the heart of N-Fix is the bacteria Gluconacetobacter diazotrophicus (“Gd”) which converts or “fixes” atmospheric nitrogen into plant available nitrogen in the form of ammonia. When applied to a plant, Gd becomes symbiotic, intracellular and systemic. Gd is a, totally harmless, food grade bacteria - unknowingly consumed by humans for millennia.

Cumulus Energy Storage is ‘enabling renewable electricity' - by developing the lowest-cost grid-level energy storage battery. The problem we are solving is that the grid isn't designed for the increasing percentage of variable and intermittent generation from renewables such as wind and solar - it needs a buffer and apart from pumped hydro, there isn't a low-cost solution; hence the need for our 1-100MWh Copper/Zinc battery.

Emefcy is an award-winning wastewater treatment company, pioneering the development and commercialization of disruptive energy-efficient and cost-efficient wastewater treatment and reuse products. Emefcy is run by experienced domain experts founders and a professional managing team.
Highly demanded distributed reuse applications are currently limited by the high costs for small scale plants. Emefcy has developed two technologies: SABRE and EBR, which address the above limitations in municipal and industrial plants.
SABRE (Spiral Aerobic Biofilm Reactor) is a simple, scalable, decentralized wastewater treatment with 90% less power consumption.

Ener-Core, Inc. ("Ener-Core") designs and manufactures innovative systems for producing continuous energy from a broad range of sources, including previously unusable ultra-low quality gas.  The Ener-Core Gradual Oxidizer, a patented oxidation technology, enables the conversion of these gases into useful heat and power with the lowest known associated emissions. With the Ener-Core Gradual Oxidizer  matched to gas turbines, Ener-Core offers systems with fuel flexibility and pollution control for power generation. The Gradual Oxidizer can also be customized for integration with larger existing power generation systems to offer unparalleled pollution control and achieve zero emissions.

EnerVault's mission is to become the leading global supplier of utility-scale, long duration energy storage systems by providing the safest, most reliable and cost-effective energy storage solutions. Founded in 2008, the company is commercializing energy storage systems based on the iron-chromium redox flow battery (Fe-Cr RFB) technology pioneered by NASA.  Having commissioned the world's largest Fe-Cr RFB system in 2014, EnerVault is now focused on delivering utility-scale systems in the 100's of megawatt-hour scale, needed by grid operators to provide the flexibility to both absorb and deliver energy to maximize system efficiency, increase reliability, and integrate higher percentages of renewable resources.

The company has developed and patented a system for improving the energy efficiency of refrigeration systems by eliminating the need for any external energy source to run the defrost process.
The annual potential energy savings from adopting the FrigescoTM System in supermarkets worldwide amount to £1.6bn with rapid pay back on the installation costs.
The company is now commercialising a cold room defrost system, with store trials scheduled to start in April 2014. Development of a Retail Display Cabinet version is under way, part funded by a DECC Energy Entrepreneurs Fund grant with support from a major European cabinet manufacturer.

Global CSP was founded five years ago, bringing together a group of dedicated Engineers and Scientists from around the world to design a unique, robust, precision engineered solar system using Concentrated Solar Power (CSP) for off grid use. The team have developed enclosed parabolas sealed against weather to avoid damage to the reflective lens.

Building on over ten years of experience in the biofuels sector, GFR has created a low-cost and energy-efficient bio-aviation fuel for use in jet engines. The patented new fuel is developed from a simple GFR technological process, enabling existing biodiesel producers to upgrade their production in order to produce bio-aviation fuel and enter this lucrative new market. 

JP SCOPE is a Berkeley, CA based startup developing Digital AirTM technology that improves the fuel efficiency of internal combustion engine platforms over 30%, produces at least 10% more power, and lowers emissions by over 30% while eliminating 62% of the parts from typical four cylinder engine valve trains.  Digital AirTM replaces conventional poppet valves with a short stroke high speed digital valve and head design that is solenoid actuated, computer controlled and piston interference free allowing ultra-high resolution of control over intake and exhaust respiration. JPS has multiple running prototypes that have accumulated thousands of hours of durability testing.

Libertine makes high performance linear electrical machines and gas expander products. These will enable our customers to make more efficient, lower cost power generators and heat recovery systems.  By licensing this technology to appliance developers with global reach and disruptive potential, Libertine aims to do for decentralised power what ARM has done for computing. This will help make "decentralised" power generation the norm, bringing clean, reliable and affordable power to wherever it is needed.

Liquid Light develops and licenses process technology to make major chemicals from low-cost, globally-abundant carbon dioxide (CO2). Chemical producers have the potential for lower costs and greater sustainability; firms with waste CO2, like ethanol producers, can turn that waste into revenue; and brands that use large amounts of plastics in their packaging can offer a more sustainably-packaged product. Liquid Light's first process is for the production of ethylene glycol (MEG), with a $27 billion annual market. Liquid Light's core technology is centered on low-energy catalytic electrochemistry to convert CO2 to multi-carbon chemicals. It is backed by more than 100 patents and applications, and extends to multiple chemicals with large existing markets, including ethylene glycol, propylene, isopropanol, methyl-methacrylate and acetic acid.

LUXeXceL's patented additive process is invented to 3Dprint smooth components. Special designed extremely precise digital printer platforms jet individual droplets of UV-curable materials via a unique fluent-dynamics-management approach of jetting, flowing and merging droplets before curing. Allowing LUXeXceL to print optical components directly from a CAD file without post-processing. The fast and scalable process enables optics designers to walk a perfect route from fast prototyping, easy iterating to manufacturing the exact required volumes in days! Interesting for various industries as new optical products and functions will arrive on stage and optics can be tailored to every application, project or even single product. Via an online platform with design tools, shops, uploading of files the company creates a central position in the Optics & Photonics Industries. The No.1 plastic Optics Manufacturing of the 21st Century!

Mercatus is a cloud-based SaaS offering for the large and transforming energy finance industry. The software helps energy investors qualify more projects, evaluate investments faster, maximize investment returns and strengthen reporting and compliance. The all-in-one solution provides CRM, workflow management, analytics and reporting, data room management and financial modeling in a single place, drastically simplifying capital deployment into power generating assets. 

Microbial Robotics is a revenue-generating synthetic biology company.  We use small organisms in a big way to solve important water and environmental problems. Our expertise is developing and monetizing genetically enhanced BactoBotsTM (bacteria) and ViruBotsTM (viruses).  In order to globally scale, we are launching an "open" platform business model.
In 2014, our first subsidiary was acquired by a publicly traded company for more than $1MM. This represented a significant return on investment (ROI). Our second subsidiary is in discussions with a publicly traded global chemical firm. With that exit, we will be profitable.

Nanto Cleantech SpA is an Italian-Israeli  technology-based company holding know-how, patents and technologies and supplier agreements to to manufacture advanced nanotech materials with advanced anticorrosion, flame/fire retardant, antistick, etc) properties  coating and polymers industries. The company is able to commercially deliver engineered solutions suitable for a broad array of applications in several markets including industrial assets (oil&gas, marine, construction, transportation, cleantech, etc.), defense, healthcare, consumer electronics, consumer goods. Through long term collaborations with leading international research institutions the company has obtained innovative, cost-effective and, above all, sustainable products. The Company strategy is to grow through business development / acquiring key accounts; further strengthening its intellectual property and technologies aiming to be IPO-ready in 36 months. The invested capital in intangible assets (IP, know how and technology), fully paid by shareholder'sequity, is 3,1 mio EU.

NNP Ag, a Swiss based company, has the global commercialization rights to the patented Plantzap® technology and product as developed by the agri-science division of the Department of Agriculture, Fisheries and Forestry (DAFF) State Government of Queensland. Plantzap® technology is disruptive for the sugar industry and offers sugar mills the ability to save energy, improve the grade of their sugar, extend a significant high value-add income to their operation and increase the yield for their mills by 2%. Plantzap® product is also disruptive to the FMCG industry as it helps to address the global epidemics of type 2 diabetes and obesity by helping to significantly reduce calories without impacting taste and extending manufacturers' savings and has therefore attracted significant interest from global food and beverage companies alike!

NovoPolymers N.V. is a manufacturer of photovoltaic encapsulants which combine the best module sealing capabilities and extract maximum of power from any solar module in the market place. Built upon a deep knowledge of polymer compounding and extrusion processes and a historical track record of optical, chemical and reliability research, our products are a guarantee for quality and durability. Our patented technology platform has produced a range of products which provide the best quality for crystalline and thin film modules.The company launched a white EVA encapsulant for amorphous thin film Si modules and has developed films to facilitate glass-glass module production.The Novopolymers brand will set the standard for the next generation of solar films. With low shrinkage, high transmittance and excellent PID resistance. The barrier concept has enabled multiple colorings, UV transparency and light conversion features to the offering. In a consolidated photovoltaic industry, continuous innovation is the only remaining option to stay ahead of the competition. After six years of strenuous R&D and extensive product testing our new products are ready to put our client's modules at the forefront of the global marketplace.

Siqens has developed a new class of methanol fuel cell by combining the high efficiency of hydrogen fuel cells with the simple building principles of classic methanol fuel cells. This creates the first fuel cell that can outperform combustion generators in total cost, uses a liquid fuel, and creates extra value through combined heat and power. Siqens addresses multibillion-dollar markets in mobile applications (recreation vehicles, e-mobility) and in stationary use (temporary housing, telecom towers). First commercial product, ECOPORT 800, for auxiliary power on recreational boats will be field tested in 2015, and launched by end of 2016.    

Soil-for-Life® is a unique soil health and agri-informatics tool that is addressing an issue that every famer, agricultural business and national government has today, how to grow more food, more efficiently and in more sustainable and environmentally sensitive ways. Soil-for-Life® integrates existing on-farm data with wider agri-environmental datasets, providing unique, soil-focused, benchmarking and predictive analytics tools powered by advanced machine learning and agri-informatics. Soil-for-Life® will be the GO-TO sustainable soil management tool for farm management platforms, farmers and agronomists.

SteelMax Energy SA  is a green energy company, pioneering technologies that lower our carbon footprint. Our product portfolio includes supper-efficient QinQube Heating System and a unique Hybrid Energy System for off-grid applications. QinQube is an innovative heating system which achieves high performance efficiency with the lowest possible consumption through its exceptional Coefficient of Performance (COP) of 5.7 certified. It is environmentally friendly , does not use fossil fuels and does not produce waste with zero emissions. We have also designed The Qube, a unique communication device for the QinQube which allows for full control of the heating system, access to the internet of things, carbon calculator and low carbon updates.

Terrestrial Energy is developing a Molten Salt Reactor with proprietary technology for commercial deployment by early next decade.  Molten Salt Reactor technology holds the promise of a revolution in nuclear safety, waste and proliferation resistance, and in energy cost-competitiveness - safe, secure nuclear energy that is cheaper and more convenient than coal. Terrestrial Energy's Integral Molten Salt Reactor (IMSR) is a small modular design, with models ranging from 80 MWth to 600 MWth - ideally suited for remote communities and industrial operations, including on- and off- grid power provision. Terrestrial Energy's board consists of executives from the nuclear, natural resources and finance sectors.

Tessonics develops and manufactures leading edge ultrasonic technologies for industrial and medical applications. Our goal is to be a leader in high resolution imaging and Non-Destructive Testing (NDT). Our experts design new and innovative products, develop original technical solutions, and provide research expertise to meet specific customer requests. Tessonics provides consulting, service, and support that brings a new level of productivity to the manufacturing process and allows reduction in operating costs. Our area of expertise includes transfer and implementation of advanced technologies to meet industrial manufacturing requirements.

The Nano Membrane Toilet will treat human waste in the house without external energy or water. The toilet flush uses a rotating mechanism to transport the mixture into the toilet without demanding water whilst simultaneously blocking odour and the user's view of the waste. Solids separation is principally accomplished through sedimentation. Loosely bound water is separated using low glass transition temperature hollow-fibre membranes, facilitating water transport in the vapour state rather than as a liquid and yielding high rejection of pathogens and some odorous volatile compounds. The water is recondensed and drains into a collection vessel for safe reuse at the household level. The residual solids are transported by a mechanical screw into a gasifier, which will convert them into ash and energy to power the membrane processes.

TouGas Oilfield Solutions develops and commercializes proprietary products and related services for well stimulation, hydraulic fracturing and enhanced oil recovery. These products and services are environmentally superior and offer substantial operational and cost benefits. TouGas is headquartered in Frankfurt (Germany) and serves an international customer base in the oil and gas industry.

Our purpose  is  to be  a leading  global supplier of smart Electric Vehicle  (EV) powertrain solutions and technologies. We are profitable and growing rapidly. Our "buy and build" strategy is to acquire companies. Our solutions and growing technology base deliver smarter electric and hybrid powertrains  for the short journey  operator. Our innovative designs  and capabilities  reduce the total cost of ownership  for  Electric Vehicles  that are borne by fleet owners  and  partly subsidised  by Government. Our go to market  sales  model  is  to create repetitive  revenues  with sticky clients. Each  of our companies provides a unique and proven synergistic capability towards our purpose  of becoming a global   leader in  the Smart Powertrain market.