other framework
mapping Hello tomorrowClimate tech start-ups (mapping Q1 2023)
Company
Grand Challenge
Green tags
Source
URL
Description
Founder(s)
Email
Phone
Maturity
How we plug in : Electricity
Solar
TFTP
A passive and low-tech solution for the protection of buildings and cities against high temperatures due to climate change.
How we plug in : Electricity
Hydrogen
TFTP
Improving green hydrogen production with a simple and robust organic process
How we get around : Mobility
Sea freight
TFTP
Beyond The Sea’s project is to haul merchant ships, thanks to a kite surfing technology, using wind as the only source of energy.
Carbon capture
TFTP
Turn Gigatons of CO2 into rock through a natural process. The process accelerates the natural carbon-silicate cycle using olivine, a green volcanic rock thanks to the action of waves and currents.
How we keep cool & stay warm : Housing & Heating
HVAC
TFTP
Producing cold efficiently and sustainably, by replacing hazardous and polluting refrigerants with water.
How we plug in : Electricity
Batteries
CDL
AquaBattery develops, manufactures and commercialises the world’s most sustainable, scalable and affordable long-duration energy storage, using table salt and water, which provides flexibility for a net-zero power grid.
How we grow things : Agriculture & Food
Soil microbiome
CDL
Blomitec offers agriculture solutions based on soil microbiome, to improve yields while cutting down the use of pesticides and fertilizers. The technology relies on the automated scanning of plant-associated microbiomes and the generation of prebiotics formula to increase soil properties.
How we make things : Industry
Nanotechnology
CDL
Cooling Photonics builds upon disciplines such as photonics, nanotechnology, and materials engineering to develop, manufacture and commercialize innovative and cutting-edge solutions for passive heat management that reduce energy consumption and carbon emissions.
Carbon capture
CO2 transformation
CDL
D-CRBN proprietary core technology recycles CO2 into added-value chemicals (e.g. CO, Syngas, Methanol, SO2/SO3, and olefins). Replacing fossil feedstocks with green feedstock for the chemical, petrochemical, metallurgical and transportation industry.
How we make things : Industry
Textile
CDL
Ever Dye is a chemical company developing green chemical solutions to depollute dyeing processes of the textile industry. They have developed a new dyestuff, made of vegetal waste and minerals, that is applied on fabrics through an innovative low-temperature process.
CDL
GRASP Global Space Services offers services around Remote Sensing for Earth Observation, which includes: development of custom payloads for satellite missions; data processing through proprietary algorithms, some of them already operational as part of the European missions; atmospheric composition (for air pollution monitoring and atmospheric correction) using proprietary constellation of polarimeters.
CDL
HD Rain delivers an API and a web app solution leveraging a network of proprietary frequency sensors, deep-learning and data assimilation techniques to visualize, analyze and download weather data with a resolution of 500 meters and 1minute. This solution helps companies with weather-sensitive economic activities (insurance, agriculture, energy) by improving their resilience to climate risks. It is particularly pivotal for the 80% of countries around the world that currently have no means of measuring weather correctly.
How we make things : Industry
Green concrete
CDL
MAA’VA is developing the next generation of green building materials that can functionally replace concrete for a sustainable future by incorporating recycled plastics, carbon sequestration, and upcycling of manufacturing waste.
CDL
Mycophyto is an agri-tech company offering a natural alternative to pesticides, fungicides and other chemical pollutants that deplete soil biodiversity. Mycophyto develops solutions to adapt plant production to climate change. They work for sustainable agriculture by optimizing symbiotic associations between plant and soil microbes. The soils are progressively revitalized, the plant's immunity is strengthened and the yield is higher.
How we grow things : Agriculture & Food
CDL
Voltiris enables the energy transition of greenhouses. They develop photovoltaic modules with frequency bandpass filters that allow a double use of agricultural land by producing electricity without reducing the yield of greenhouse crops placed underneath the modules.
CDL
CarbonFarm is an earth observation company aiming to democratize carbon credits in agriculture
How we plug in - Energy & Power
FRST & Energize
Aurora Solar develops solar industry software. It develops cloud-based software, that enables solar PV engineering design, provides workflow management functionality, and facilitates sales and customer acquisition for solar installers and financiers.
How we plug in : Electricity
Solar
FRST
By cutting out the door-knocking salespeople and leveraging the power of internet marketing e-commerce, we've created a more efficient solution that drastically reduces cost while simultaneously improving the customer experience.
With modern lidar technology and satellite imagery, we are able to build out a system design for your home from our remote locations. Coupled with economies of scale on standardized equipment, we're able to offer the lowest priced solar in the nation—without compromising quality.
FRST
The Coterie builds financial software for people who may make more from assets than salary. We offer founders access to venture capital investments, estate planning strategies and, coming soon, lending products.
How we plug in - Energy & Power
FRST
The #1 Solar Energy Provider for Commercial & Industrial Real Estate. We’ve made going solar a painless process for hundreds of real estate firms and businesses just like yours.
How we plug in - Energy & Power
FRST
With Enpal, we are pursuing the dream of building the largest renewable community in Europe. How do we make that happen? Enpal finally makes solar easy: We rent out solar systems, electricity storage and wallboxes at an all-inclusive rate, supplemented by a favorable green electricity rate, and intelligently networked into an integrated overall solution.
How we plug in - Energy & Power
FRST & Energy Impact Partners
Easy and carefree green energy: zolar is the digital solar pioneer at your side. With a zolar solar system, you generate sustainable electricity and become independent of large electricity providers.
FRST
The world’s largest supply of surplus inventory.
A platform that helps every product reach its full potential.
FRST
To accelerate the transition to a sustainable future, Tenet has built a financial platform where the right thing for the planet is also the right thing for consumers’ wallets. This is the simple idea that Tenet was founded on: people should save money for electrifying their lives. We believe that financial incentives are usually the most persuasive incentives, so we set out to build a platform that rewards people for making climate-positive decisions.
FRST
Flock exists to help secure individuals’ wealth and long-term financial freedom by simplifying their real estate investments and their day-to-day lives. It seamlessly converts your individual rental property into fully passive, diversified shares in a pool of houses.
FRST
Archive is building an ‘operating system for resale’ that delivers both a customized, high-end online secondhand marketplace site and the underlying infrastructure and operations to plug into all of the other facets of a brand’s global resale strategy.
FRST
Workrise is the network that powers the energy industry. From the vendors you need to the skilled men and women who execute in the field, we ensure the biggest players in energy have the resources to get their jobs done. We make it easier, faster, and safer to do business in energy.
FRST
UpSmith’s mission is to address the skilled worker shortage by creating high dignity, high pay career opportunities for talent. The company solves employers’ needs by identifying high potential candidates and facilitating sponsored, accelerated, foundational training to rapidly qualify them for entry level roles in skilled professions.
How we plug in - Energy & Power
FRST, Lower Carbon Capital & Energy Impact Partners
Zap Energy is building a seriously cheap, compact, scalable fusion reactor with the potential for a much faster path to commercially viable fusion, without using magnets.
How we plug in - Energy & Power
FRST
TerraPower is a nuclear energy technology company. We work to raise global living standards by creating new forms of energy. TerraPower aspires to develop scalable, sustainable, low-carbon and cost-competitive energy sources that will allow all nations to quicken their pace of economic development and reduce poverty. This mission-driven innovation distinguishes our efforts from other endeavors.
How we plug in - Energy & Power
FRST & Lower Carbon Capital
We are designing, testing and building micro fusion reactors that you can hold in your hands. Our modular reactor will be capable of being combined however needed to provide clean energy and decarbonize the planet. Our unique approach enables rapid iterations of build, test, fix design cycles.
FRST & Lower Carbon Capital
Charm Industrial is working to return the atmosphere to 280 ppm CO₂. We design, build and operate a fleet of mobile fast pyrolyzers that convert ag and forest biomass residues into bio-oil for use in carbon removal and direct-reduced-iron steelmaking.
FRST & Lower Carbon Capital
Public benefit company on a mission to fight climate change by genetically enhancing CO2 capture and storage in trees.
FRST
CarbonCure manufactures a carbon dioxide (CO₂) utilization technology that introduces captured CO₂ into fresh concrete to reduce its carbon footprint. Once injected, the CO₂ undergoes a mineralization process and becomes permanently embedded. This results in economic and climate benefits for concrete producers—truly a win-win.
FRST
Jetti makes it possible to extract copper from low-grade primary sulfides, such as chalcopyrite, the world’s most abundant copper mineral ore.
How we make things : Industry
Mining
FRST & Lower Carbon Capital & Hello Tomorrow
We genetically enhance metal hyperaccumulator plants to produce bio-sourced metals and limit the environmental impact of mining groups.
FRST & Lower Carbon Capital
Epoch is the Total BioDesign company developing natural solutions to unnatural problems. We are designing and scaling the first enzymes capable of transforming plastics into low-carbon, circular chemicals.
FRST & Lower Carbon Capital
Twelve’s breakthrough technology eliminates emissions by turning CO2 into essential products that today are made from fossil fuels. We call it carbon transformation. We're reinventing what it means to be a chemical company, on a mission to create a climate positive world and a fossil free future.
How we plug in - Energy & Power
FRST
Fervo Energy provides 24/7 carbon-free energy from next-gen geothermal power projects
Hydrogen
FRST & Lower Carbon Capital
Developing the world's first high pressure, ultra-efficient electrolyser and lowest cost of pressurised green hydrogen.
FRST & Lower Carbon Capital
Electra is decarbonizing iron and steelmaking to eliminate 3.7 gigatons or 10% of global carbon dioxide emissions. Leveraging proven industrial-scale electrochemical and hydrometallurgical processes, and backed by leading sustainability-focused venture capitalists, our team is developing lower cost, scalable solutions utilizing renewable energy to forge a cleaner, greener future for the trillion-dollar steel industry.
How we plug in - Energy & Power
FRST
CarbonBuilt's Carbon XPrize-winning technology enables the production of ultra low-carbon concrete products, driving gigatonne-scale greenhouse gas reductions through the cost-effective mineralization of carbon dioxide. Our revolutionary approach reduces overall carbon dioxide emissions by 70-100%+, with no compromise on price, performance, or plant operations.
FRST
Kula Bio champions sustainable, biological solutions for modern agriculture. We energize nitrogen-fixing microbes to produce organic fertilizer. By rewiring the energy flow from sun to soil, we're disrupting synthetic fertilizer to eliminate the division between affordable practices and stewardship of our land, sea and air.
How we plug in - Energy & Power
FRST & Lower Carbon Capital
Antora Energy is electrifying heavy industry with zero-carbon heat and power. We make it possible and profitable to fully rely on renewable energy for industrial processes.
Antora Energy's thermal energy storage soaks up excess solar and wind electricity and uses it to heat blocks of carbon so they glow like inside a toaster. This thermal energy is then delivered to customers as electricity or industrial process heat up to 1500°C, on demand. In short, Antora Energy turns sunshine and wind into 24/7 heat and power, cheaper than fossil fuels.
2050
Smoove and Zoov are now united as Fifteen. Fifteen offers the first and only all-in-one Augmented Bike Network solution that enables cities and mobility operators of all sizes to provide a universal experience for the most environmentally friendly mode of transport going. From short-term sharing in self-service to long-term rentals.
Arnaud Le Rodallec (Co founder Zoov), Amira Haberah (Co founder Zoov), Laurent Mercat (Founder Smoove)
2050
Solagro offers a unique approach where the accompaniment of implementations (studies and project ownership assistance), prospective, training and research-development feed and enrich one another.
Christian Couturier (CEO)
How we live - Buildings
Net-zero Building
2050
ClimateView is a Swedish climate tech company that accelerates cities' transition to zero carbon economies. We combine data and systemic analysis to enable cities to plan, manage and fund the transition to net zero.
ClimateOS is the only impact intelligence platform for city climate planning that delivers a data-driven climate action plan that attracts high-impact funding.
2050
Sweep helps businesses track and act on their carbon, so they can become forever companies.
Our data-driven platform, with powerful collaboration features and user-focused design, makes it easy to measure emissions, take action to reduce your carbon footprint, and stay compliant with the latest reporting standards.
2050
The world faces a total dependance on global trading systems; greatly increasing environmental, economic and societal risks. Wetradelocal.io optimises the value breakdown between the different players in the supply chain by recreating sustainable regional ecosystems through technology.
Energy
Zero Carbon Capital & Breakthrough Energy Venture
Phycobloom's algae make jet fuel from air. Long distance flight is critical to the modern world. Fuel energy density requirements make electrification almost impossible. Phycobloom's modified algae make affordable, carbon neutral jet fuel from the air.
Zero Carbon Capital
Cultured meat is an affordable, low carbon alternative to the growing demand for meat in a developing world. Multus Media's smart growth media makes it better, cheaper and greener.
Zero Carbon Capital
Land use change associated with growing crops accounts for over 2Gt of emissions per year. ClimateCrop edit the genes of crops to enable them to better use the energy from the sun and improve yields and resilience dramatically.
Zero Carbon Capital & Energy Foundry
e-Zinc's zinc-based reactor technology system has the potential to provide long-duration, low-cost grid-scale energy storage. Electricity is turned into physically free zinc material.
Gregory Zhang (10/22/1956 – 8/06/2021), James Larsen (CEO)
Zero Carbon Capital
CleanFiber make cellulose insulation enabled by materials science breakthroughs, using recycled cardboard boxes as a feedstock. Better insulating properties and superior fire retardancy than regular cellulose or fibreglass insulation.
Zero Carbon Capital
Gradient make a room air conditioner and heat pump that is twice as efficient and more accessible, that uses refrigerants with massively lower global warming potential.
HCVC
Ark is accelerating the cultivated meat revolution through creating industrial scale, affordable, and efficient bioreactors and operating systems.
We are on a mission to 100x the industry’s bioreactor capacity by 2035 - powering the most important infrastructure buildout of this generation to transform how people consume meat.
HCVC
Augmenta is a deep-tech company serving farmers and agricultural service providers with both intuitive and actionable solutions. The technology is based on edge computing, multispectral computer vision, and AI to achieve an accurate perception of the farming environment (e.g. the canopy health) and automate tasks, such as fertilizer application.
HCVC
y is the connected electric bike for urban riders and continues to transform the bike and mobility industries — from point of sale to point of service.
E2JDJ
At Aigen our mission is to accelerate regenerative agriculture at a massive scale—with a pesticide-free, solar powered robotics platform.
E2JDJ
Agtonomy is a hybrid autonomy and tele-assist platform for agriculture vehicles. We partner with established equipment manufacturers to transform tractors and agriculture machines into autonomous and remote-controlled equipment that is accessible to local farmers.
Hydrogen
E2JDJ
NovoNutrients capture megatons of carbon and cleanly feed the world. We’re fermenting carbon dioxide emissions and hydrogen into microbial, alternative protein ingredients for food and feed.
Spring 50
Circul'Egg recycles the eggshells from companies by transforming them into two finished products: a calcium carbonate powder and a shell membrane powder.
Yacine Kabeche, Idris Bensaber, Pierre Blanchot
Spring 50
We provide a fuel cell-based, pollutant-free generator that converts renewable ethanol into clean electricity forElectric Vehicle fast-charging
Spring 50
Papkot™ makes packaging plastic-free, recyclable and biodegradable by replacing plastic with pure paper improved by AI.
Creative Capital
At Visolis, we use synthetic biology to manufacture high performance materials. Our systems approach integrates innovations in synthetic biology, chemical catalysis and process scale-up to enable new bio-based manufacturing platforms. Our unique bio-based process enables us to achieve true carbon-negative chemical synthesis.
Batteries
Creative Capital
AM Batteries is an innovator in the electro-chemical energy storage industry, focusing on transforming the manufacturing processes & performance of Li-ion batteries for EVs, grid storage, consumer electronics, and more.
Yan Wang, Heng Pan
Creative Capital
Terra CO2 Technology (TerraCO2) has developed a scalable, low carbon alternative for cement replacement. For every ton of Portland cement displaced by a Terra product, a 70% reduction in CO2 emissions is achieved.
Batteries
Creative Capital
Sepion is an advanced materials company enabling safe, energy-dense, lithium-metal batteries for long-range and low-cost electric transportation. We strive to deliver science-based solutions that create massive economic value while enabling measurable climate change mitigation.
Creative Capital
Vericoolers are patented, high-performing thermal shippers made from compostable, natural ingredients that revolutionize the way cold chain products are shipped. Vericool is committed to protecting our global landscape, while also giving formerly incarcerated men, women, and youth a second chance to live productive lives.
Batteries
Lower Carbon Capital
Lilac has developed and patented a new ion exchange technology to extract lithium from brines without the need for evaporation ponds. Our technology protects the environment while accelerating project development, increasing recovery, and yielding a high-purity product. Ion exchange has been successfully deployed in a wide variety of water treatment and metals processing applications, but has never been successfully applied to lithium, until now.
Lower Carbon Capital
Solugen combines directed evolution of enzymes with machine learning to produce an array of specialty chemicals. These chemicals directly substitute for the combustible and usually toxic petroleum-based versions that are the building blocks of countless industrial and consumer products, like hand sanitizer. Solugen avoids and removes CO₂ at every step, starting with carbon-storing feedstocks.
Lower Carbon Capital
Heart's mission is to create the world’s greenest, most affordable and most accessible form of transport. Heart is building a 19-seat, fully electric regional airliner with zero operational emissions.
Energy
Lower Carbon Capital
Commonwealth Fusion Systems (CFS) has the fastest, lowest cost path to commercial fusion energy.
CFS is collaborating with MIT to leverage decades of research combined with new groundbreaking high-temperature superconducting (HTS) magnet technology. HTS magnets will enable compact fusion power plants that can be constructed faster and at lower cost. CFS is now building SPARC, the world's first commercially relevant, net energy fusion demonstration device. SPARC will pave the way for the first fusion power plant, ARC, that will produce power on the grid.
Martin Greenwald, Brandon Sorbom, Bob Mumgaard, Dan Brunner, Zach Hartwig, Dennis Whyte
Ocean
Lower Carbon Capital
We’ve been burning carbon from coal and oil into the atmosphere and oceans for decades. Running Tide reverses the cycle by sinking terrestrial biomass, growing kelp in the open ocean, and farming shellfish. Kelp “seeds” are grown on compressed wood-and-limestone buoys and released in the open ocean where they ultimately sink into the depths, storing away the embodied carbon for centuries.
Lower Carbon Capital & Energy Impact Partners
Sublime is developing a breakthrough process to make low-carbon cement. The technology replaces the industry's legacy fossil-fuel-intensive thermal calciner process with an electrochemical process that produces low-carbon cement at ambient temperatures with renewable electricity.
Lower Carbon Capital
Mosa cultivates non-GMO meat from actual animal cells drawn from muscle biopsies. The cells multiply in a carefully seasoned broth containing a proprietary mix of natural nutrients. As muscle cells abound, they merge to become muscle fibers, lending meat its structure and texture. Mosa’s focus remains squarely on beef for its profound environmental, health, and ethical implications.
Lower Carbon Capital
Remora’s device mounts between the cab and trailer of semi-trucks. They use a solid sorbent that selectively binds with CO2
molecules in the exhaust stream without clogging it up. The sorbent regenerates freely using exhaust heat, releasing high-purity compressed CO2
in the process. Trucks offload the gas in the time it takes to refuel, allowing it to be sold for use or pumped underground.
Lower Carbon Capital & Energy Impact Partners
Mill’s food-transforming bins feed farms, not landfills. The simple, sleek device turns your sloppiest scraps into dried, odorless food grounds. The grounds are turned into chicken feed.
Lower Carbon Capital
Kula Bio engineers microbes that fix nitrogen directly from the air. A barrier for other enzyme-based fertilizers is identifying energy sources to keep microbes alive long enough to fix significant quantities of nitrogen. Kula supercharges microbes so that they store energy within their cells, giving their microbes a weeks-long energy source and allowing them to replace up to 100% of synthetic nitrogen.
Bill Brady, Dan Nocera
Lower Carbon Capital
Zero Acre Farms is introducing a new category of oils and fats made by fermentation, not deforestation. Fermentation is the process of microbial communities, or cultures, converting natural sugars like those found in barley and grapes, into entirely new foods like bread and wine. Just as there are sourdough and wine cultures, there are also oil cultures, which produce the healthy fats in Cultured Oil.
Lower Carbon Capital
Crusoe redirects methane that would otherwise be released into the atmosphere and uses it instead to power data centers and cryptocurrency mining. Their modular data centers are deployed exclusively at natural gas sites where Crusoe can verifiably reduce emissions. This avoids roughly 5x and 7x more CO2
e than equivalently sized wind and solar power systems at roughly 5x and 6x lower cost, respectively.
Lower Carbon Capital
Pachama's mission is to restore nature to solve climate change. We use AI and satellite data to originate, verify and monitor nature-based carbon sequestration projects around the world.
Lower Carbon Capital
Today, farms lose as much as 50% of water drawn to manual, outdated, and inefficient irrigation. Coda develops universal IoT retrofits for irrigation equipment that provide real-time visibility and remote control for on-field technology. The 4G LTE-connected devices enable farmers to remotely access and control equipment anywhere they could make a phone call.
Lower Carbon Capital & Energy Impact Partners
Nitricity sells ultra-low-cost, solar-powered plasma cells that produce fertilizer on-site and on-demand. Their technology fixes nitrogen from the air, then combines it with other nutrients to produce a range of products, such as nitric acid and calcium nitrate. This innovation integrates directly with a farm’s irrigation system, enabling a precise and measurable supply of fertilizer anywhere in the world.
Lower Carbon Capital
Heirloom automates carbon mineralization, cutting down the time required from years to weeks. Their closed-loop process first extracts CO2
from naturally abundant carbonates using electric kilns. Stripped of CO2
, what remains of the carbonates moves through a passive air contactor, soaking CO2
back up from the ambient air. Once saturated, the carbonates cycle back through the kilns. Rinse and repeat.
Lower Carbon Capital
Loam coats seeds in an endophytic fungus that promotes plant growth and enhances resilience against drought, disease, and high temperatures. This significantly boosts yields, directly growing income for farmers. The endophytes play another role, making stable forms of carbon like aggregate and minerals that endure for hundreds if not thousands of years, reversing the loss of soil carbon.
Energy
Lower Carbon Capital
AirLoom’s unique wind power geometry generates electricity by driving small, adjustable sails across inexpensive wireframes. By avoiding the bulky and heavy materials used in classic turbines, AirLoom’s geometry comes in at just 4% the weight of conventional turbines that generate the same amount of energy.
Zero emissions
Net-zero Building
Lower Carbon Capital
Verdox’s system functions as a battery, absorbing CO2
when electrically charged and releasing it when discharged. The battery’s electrodes have a binary electrochemical affinity for carbon dioxide. When gas and electricity are fed into the system, CO2
molecules at any concentration are captured. Turn the power off and the electrodes release those same molecules as a pure stream of carbon dioxide.
Hydrogen
Lower Carbon Capital
Boundary Layer’s engineering combines known hydrofoil physics with patented designs to build 160-container ships that run on hydrogen. Carbon composites can now meet the structural demands of large hydrofoils thanks to their strength, stiffness, and lightness. This enables their cargo ships to cross the Pacific 3x faster than conventional vessels, at a cost estimated to be 4x cheaper than air freight.
Jeremy Osborne, Ed Kearney
Lower Carbon Capital
Entocycle cultivates black soldier flies. The process starts by harvesting fly eggs. The larvae hatch in containers of organic food waste, such as coffee grounds, which they feed on, efficiently converting it into protein. Using modular, highly automated processes, the mature larvae are sorted and ground into a powder ready for distribution. What is left behind is lipids and frass, a potent natural fertilizer.
Energy
Lower Carbon Capital
Zanskar’s proprietary suite of subsurface imaging tools combines machine learning, acoustic imaging, and seismic imaging with sensors repurposed from the oil and gas industry. While other more costly approaches dig deep enough until heat is hopefully found, Zanskar can efficiently identify and unlock the more than 40 GW of untapped geothermal potential in the US much closer to the surface.
Energy
Lower Carbon Capital
SolarSquare makes rooftop solar adoption dead simple and dirt cheap for Indian households. As the country’s first branded aggregator, SolarSquare is the consumer-facing node among a complex web of endless OEMs, local installers, and financiers. With just a few clicks, households input their roof specs and SolarSquare takes care of everything from permits to installation to maintenance. Installation can happen in one day just as easily as getting an air conditioner installed.
Energy
Lower Carbon Capital
Lemon connects retail power consumers with clean energy generators. Remote plants pump clean energy into the grid, generating a supply of credits bought by consumers to cover their power demand. Small- and medium-sized businesses gain instant savings, a vastly improved digital customer experience, and access to clean energy without installation or money down. Generators double earnings from enhanced retail market access and gain streamlined billing, collection, and energy management abilities.
Lower Carbon Capital
Macro Oceans converts kelp into multiple valuable products in just one single step. Their modular, zero-waste system feeds whole plants to a cocktail of microbes that gently extract bioactive compounds. These compounds can be used or converted into a range of all-natural, high-quality functional plant-based feedstocks like biopolymers, pharmaceuticals, sugars, and proteins.
Lower Carbon Capital
River is building an electric two-wheeler designed for the masses – sturdy, with a high carrying capacity long range, low cost, and long battery life. Their first product – the RX-1 – is designed for people who work scooters hard, with 65L of lockable storage space and customizable add-ons for a range of use cases, making it the perfect option for people delivering goods on two wheels.
Lower Carbon Capital
Arc Boats wants to electrify all waterborne vessels, starting with pleasure craft. While electrification might not yet be viable for freight ships, rapid advances in batteries not only make electrification of non-cargo vessels possible, but pragmatic. Starting with higher-margin vessels in which batteries beat out gas on cost, operations, and maintenance enables Arc to scale up to larger boats like ferries and freight.
Lower Carbon Capital
Normative automates sustainability reporting, helping corporations more accurately tabulate their emissions for every product, service, and transaction. Normative integrates a company’s internal systems with external databases to generate real-time calculations of Scope 1, 2, and 3 emissions (among other ESG metrics) across a business’s full scope of operations and supply chain.
Lower Carbon Capital
Carbon Engineering’s direct air capture technology uses large turbines to pull in air and extract CO2
through a series of chemical reactions, compressing a geological process from millions of years to just a few hours. They are currently building a facility capable of removing upward of one million tons of CO2
per year for geologic storage and better building materials.
Lower Carbon Capital
Dendra is a full-stack ecosystem restoration platform, from planting seeds with drones to forecasting how vegetation is trending. They serve regulated industries for whom restoration is typically manual, costly, and inefficient. Dendra cuts the planting time from months to days and provides real-time analytics that customers will rely on for multi-decade ecosystem management.
Lower Carbon Capital
CarbonChain builds models that measure CO2
emissions arising from supply chain operations of the global commodities sector. It isn’t enough just to know the average emissions from aluminum smelting, but to track down the electricity provider to every aluminum smelter so that they can reliably report the embedded emissions in a single can of Coke or cup of coffee.
Lower Carbon Capital
Tomorrow Farms partners with future food companies to build irresistible brands. Companies cook up delightful ingredients and Tomorrow Farms handles the commercialization and branding needed to dominate the pantry aisle. They’ve teamed up with Perfect Day to reinvent childhood favorites: vanilla, strawberry, and chocolate milk with 100% dairy milk, minus the lactose, excess sugar, and factory farming.
Lower Carbon Capital
Holy Grail’s direct air capture system resembles a discharging battery cell: atmospheric air flows through a positively charged cathode, CO2
molecules are ionized and transported from the cathode to the anode. No heat or water is required along the way, just clean electricity. This allows Holy Grail to build compact cells not much larger than a laptop that can be stacked together.
Lower Carbon Capital
TrueCircle is starting with hardware-light computer vision tools that can accurately and instantly rate the quality and composition of bales of plastic. This lowers one of the key barriers to rapidly growing the recyclates market: needing to physically inspect samples before a transaction takes place. Next, they will go after the transaction itself, moving online what is still largely a pen and paper process.
Energy
Lower Carbon Capital
Enode’s API virtualizes the grid, acting as the connective tissue between energy suppliers and the end-use consumer hardware devices they power. With just a few lines of code, energy suppliers gain optimization precision through demand response, virtual power plants, and smart charging. Consumers save on their bills while gaining the ability to seamlessly manage all their devices on one app.
Lower Carbon Capital
Noya’s direct air capture system uses materials made from activated carbon that is soaked in a blend of CO2
-capturing chemicals. These materials are electrically conductive so that CO2
can be released without the heat losses and energy inefficiencies many other approaches suffer from. Their approach is modular in nature, meaning additional monoliths can easily be added to scale up a system.
Lower Carbon Capital
Pledge is building a marketplace for carbon removal. Their first product is an API for transport and logistics companies that automatically offsets last-mile emissions with a basket of verified offsets and CO2
removal. These transactions can be bundled across several suppliers, helping to smooth out supply and provide greater liquidity of offsets. The result is greater transparency and predictability for all.
Lower Carbon Capital
Frost Methane develops a fleet of distributed, remote flares at abandoned and active coal mines, as well as natural sources. The devices convert high-flow methane sources into water and CO2
. Careful engineering, real-time alerts, and an automatic relight mechanism limit maintenance and keep costs to one-tenth of competing systems. This generates methane offsets they sell to regulated industries.
Energy efficiency
Lower Carbon Capital
Flair builds hardware for heating and cooling that offers the precision, comfort, and efficiency of central HVAC systems, at a fraction of the cost, space, and labor. Their package of software and hardware turns virtually any installed residential HVAC system into smart devices. Aggregating enough devices enables Flair to offer grid services to utilities by balancing supply and demand.
Lower Carbon Capital
Their first product, Mootral Ruminant, is a natural feed additive based on compounds from garlic and citrus extract. It reduces methane emissions by 30-38% while improving milk yield in dairy cows by 3-5%. Trials also point to reduced reliance on antibiotics and lower prevalence of cattle flies. The product is also “Generally Recognized as Safe,” so it is in the market now and fits into existing supply chains.
Lower Carbon Capital
MicroByre uses high throughput automation to domesticate novel microbes that can address the remaining 88% of the chemicals market. They run organisms through an algorithm that observes industrially relevant properties and makes tailored genetic edits to reduce the cost of cultivation. Their first product is an L. reuteri
that can produce acrylic acid from dairy waste at three-fourths of the cost.
Lower Carbon Capital
Yard Stick is designing a hand-held probe that can accurately and instantly measure soil carbon levels on-site. They use spatial analysis to assess optimal locations in a field for carbon measurement, and resistance sensors and cameras attached to a handheld drill to collect data. The results feed into a monitoring platform that helps farmers manage soil carbon levels without ever sending samples to a lab.
Lower Carbon Capital & Astanor
Cervest is building EarthScan, an open platform that automatically quantifies and standardizes asset-level risks globally. Their probabilistic models integrate multiple resolutions of otherwise fragmented data to generate decision-ready insights from days to decades out. These tools enable customers to improve their operational resilience, and inform near- and long-term strategy.
Lower Carbon Capital
Carbon180 brings together companies, national labs, research universities, and NGOs to advance policy and technology to suck up trillions of tons of CO2
. Central to this effort is turning carbon, which we usually think of as a form of pollution, into a valuable feedstock for major industries from apparel to chemicals. Carbon180 advocate for the policies to do this at the federal and state level.
Lower Carbon Capital
SilverLining’s mission is to promote research that answers key questions on the potential and feasibility of sunlight reflection within the next decade. Silverlining is securing public and private funding to accelerate research and place these interventions on the national climate agenda.
Kelly Wanser (Executive Director)
Lower Carbon Capital
CarbonPlan builds open tools and resources for the evaluation and deployment of robust climate programs. They share learnings through public communication and collaboration with journalists. And they help organizations in the public and private sector make better decisions to advance their climate goals.
Lower Carbon Capital
Harvard’s SGRP program is one of the leading global efforts to model the impacts and study the governance of SRM. Unless policy and science conspire to radically reduce emissions in the coming years, hundreds of millions of people around the world will be at greater risk of disease, draught, flooding, and death in the near future. In that scenario, knowing if and how to shade sunlight will prove critical.
Energy Foundry
Azumo is an advanced material company with a novel, low cost, transparent light film with multiple use cases. When the technology is embedded into the displays of electronics, the resulting display requires 80% fewer LEDs, and leads to 90% less energy consumed compared to backlit and OLED systems.
Mike Casper, Shawn Pucylowski, Dr. Tony Nichol
Energy efficiency
Energy Foundry
Bractlet was founded by a team of Georgia Tech engineers who created an innovative audit software that collects real-time environmental, building- level and equipment-level data to fully understand a building’s operations, revealing insights other companies cannot. Their platform increases the value of energy efficiency projects through accurate and insightful forecasting and verification of savings.
Energy
Energy Foundry
GlidePath is a leading independent developer and owner of advanced energy systems. With over 100MW of commercially operating battery projects, GlidePath is one of the largest energy storage developers and independent power producers in the U.S.
Energy Foundry
Intellihot offers high-tech solutions to these water issues and is leading the charge toward a cleaner, cheaper, safer, and more reliable future. By combining AI with leading-edge technology, Intellihot is prepared to revolutionize the HVAC industry with hot water-as-a-service and change the way water service is delivered
Batteries
Energy Foundry
NanoGraf Corporation has developed a novel high energy density Si-based anode material that has the long-term potential to replace graphitic-based anodes in lithium-ion batteries for a range of applications, from consumer electronics to electric vehicles.
Energy Foundry
Omnidian’s mission is to protect and accelerate capital invested in clean energy with a cash-back performance guarantee for residential and commercial solar energy systems. Our state-of-the art proprietary technology provides continuous monitoring and real-time system diagnostics to rapidly identify underperformance and the root cause.
Energy Foundry
Polystyvert developed a novel, dissolution-based technology for recycling polystyrene which solves an important global challenge in waste plastics. The low-temperature process removes contaminants and produces a very high-quality material at low cost, and in combination with Polystyvert’s business model, it drives a unique platform for polystyrene recycling to reach scale.
Energy Foundry
Recurve has built a SaaS open-source platform for calculating and analyzing energy efficiency savings. The platform uses smart meter data and advanced analytics to render transparent, replicable, and real-time energy efficiency calculations for major utilities, national scale program implementers, state regulators and private efficiency companies.
Energy
Energy Foundry
Sistine Solar helps homeowners and businesses go solar without sacrificing curb appeal. Their patented technology, SolarSkin, transforms any traditional solar panel into one that blends in with a roof, no matter what color, style, or pattern. Using design to capture the world’s imagination, Sistine helps homes and businesses around the nation go solar with style.
Energy
Energy Foundry
A smart electrical panel that integrates distributed energy, and enables grid integration with home energy systems.
Batteries
Energy Foundry
Volexion is a drop-in graphene coating solution for lithium-ion cathode, driving game-changing performance, cost, and safety improvements. This Northwestern University/Argonne National Lab-backed technology enables high-energy cathodes, moving the industry forward 10 years in cost and performance. The technology is fully drop-in, lowest cost, and is poised to accelerate adoption of Electric Vehicles, Energy Storage, and Specialty applications.
Marble
Breakthrough pathway to carbon neutral ammonia for agriculture and energy markets. Direct synthesis which makes the Haber-Bosch process obsolete and infrastructure bottlenecks irrelevant.
Marble
Atmosphere Tropical Cooling offers a solution to combat desertification and terraform new farmland and cool urban areas by developing a large spraying system able of cooling surfaces of several thousand of hectares.
Marble
Single step DAC to X for carbon neutral chemicals and fuels, Starting with methanol, with a path to cost parity. Process integration and novel catalysis technique allows radically lower energy inputs, opex and capex
Breakthrough Energy Venture
Mars Materials’ nitrilation solution transforms captured CO2 into acrylonitrile (ACN)—the main building block in carbon fiber, a material used in hundreds of everyday products from textiles to electronics. While conventional methods for ACN production result in toxic byproducts, water and non-toxic alcohols are the only byproducts of Mars Materials’ technology.
Breakthrough Energy Venture
ChemFinity Technologies is developing new porous membrane materials to reduce the energy needed to purify salt water and recover valuable metals.
Breakthrough Energy Venture
CERT Systems Inc. has developed an electrochemical process that uses only water and electricity to convert captured carbon dioxide into basic chemicals that can be used to make everyday products including green chemicals, fuels, and plastics.
Breakthrough Energy Venture
Holocene is developing a direct air carbon capture system that utilizes organic chemical compounds to increase capture efficiencies and reduce energy consumption by lowering regeneration temperatures.
Breakthrough Energy Venture
RenewCO2 is commercializing a proprietary catalyst and one-step process to convert CO2 into cost-competitive carbon-negative monomers, chemicals, and fuels.
Hydrogen
Breakthrough Energy Venture
Verne is developing high-density and lightweight hydrogen storage systems for trucks at low cost.
Breakthrough Energy Venture
Aikido Technologies has designed a self-erecting platform for floating, offshore wind turbines to overcome key barriers to increasing offshore wind energy production.
Breakthrough Energy Venture
Aluminio is developing a new approach to using aluminum to replace the silver used on solar cells, reducing the costs and accelerating adoption of more efficient cell designs.
Hydrogen
Breakthrough Energy Venture
Molten Industries is developing a process to create low-cost hydrogen that avoids carbon emissions while consuming seven times less renewable electricity.
Breakthrough Energy Venture
Mantel is developing the first high-temperature liquid-phase carbon capture materials for use in industrial processes that could substantially reduce costs and energy losses relative to incumbent technologies.
Breakthrough Energy Venture
Unemit’s solution captures atmospheric CO2 in modular air contactors, and then extracts it from the chemical sorbent with low-temperature renewable heat in a centralized and energy-efficient way. The extracted carbon dioxide can then be permanently stored underground or via industrial applications to achieve net removal from the atmosphere.
Breakthrough Energy Venture
CemVision is using an algorithmic approach to cement production to reduce CO2 emissions of our most important building material. CemVision’s approach replaces fossil limestone with waste materials and switches fuels such as plastic and coal for green thermal energy.
Hydrogen
Breakthrough Energy Venture
Hgen’s electrolysis technology allows clean hydrogen to be generated from solar and wind, solving for the performance challenges introduced by intermittent power losses (when the sun doesn’t shine or wind doesn’t blow). Their innovative solution prevents the problems associated with power loss—like performance degradation and gas impurity—allowing clean hydrogen production to better integrate with today’s renewable energy system.
Breakthrough Energy Venture
Queens Carbon is developing a hydrothermal processing technology to significantly reduce the energy consumption and cost for both carbon capture and carbon-neutral cement production.
Breakthrough Energy Venture
Phase Biolabs leverages modified microorganisms to recycle carbon dioxide more efficiently into cost-competitive carbon-negative chemicals and carbon-neutral electrofuels. Using a fermentation process similar to how beer and wine are made, the novel approach uses the modified microorganisms and clean hydrogen to convert CO2 into ethanol and other fuels that are cost-competitive with fossil fuels and petrochemicals.
Breakthrough Energy Venture
Dioxycle’s technology provides a route to turn CO₂ into an asset rather than a pollutant. The goal is to convert CO₂, water, and electricity into renewable feedstocks, fuels, and commodities. This is undertaken using Dioxycle’s custom built CO₂-converting electrolyzers, which are designed to operate as affordably and efficiently as possible.
Breakthrough Energy Venture
MetPeel replaces the fossil-fired, hot-rolling process with a new, low-temperature, single-step mechanical process for making steel sheet and strip that significantly reduces energy consumption and CO₂ emission
Breakthrough Energy Venture
Litherm Technologies GmbH is developing an electric heated reactor to replace conventional fossil fuel fired kilns. The patented process uses clean energy sources and eliminates CO2 emissions from fossil fuels in lime and cement production. In addition, Litherm’s approach uses indirect heating which concentrates the CO2 byproducts for capture and storage.
Breakthrough Energy Venture
Liquium is revolutionizing the ammonia production process, making it cleaner, cheaper, and scalable enough to decarbonize heavy industries including shipping, aviation, heat and power generation, and chemical production.
Breakthrough Energy Venture
Chement’s patent-pending technology eliminates all CO₂ emissions in cement production.
Breakthrough Energy Venture
Furno is working to re-envision the way we make cement. Unlike the large, fixed, capital-intensive plants of today, Furno is leveraging oxyfuel combustion and a novel design to develop plants that are more adaptable and energy-efficient, less capital-intensive, and enable the production of zero-emission ordinary Portland cement.
Hydrogen
Breakthrough Energy Venture
EvolOH (ee VOH loh) is blazing a path toward low-cost, green hydrogen production using innovative electrolyzer materials and hardware. EvolOH’s innovative materials and design enable high-speed manufacturing, increased lifetime, and improved efficiency compared to current technologies.
Breakthrough Energy Venture
Gencores produces high-performance and ultra-light composite metamaterials enabling radical improvement in vehicle efficiency.
Breakthrough Energy Venture
Takachar is developing the first portable device for converting post-harvest crop and forest residues into bioproducts that can be used by even the most hard-to-access and underserved rural agricultural communities.
Breakthrough Energy Venture
Hertha is developing an iron and steel manufacturing process that replaces coal with renewable power and hydrogen to reduce sector emissions by more than 95%. Hertha’s technology offers a scalable solution to manufacturing that is cost-competitive to traditional processes.
Breakthrough Energy Venture
RIFT is creating systems that produce carbon-free heat for energy-intensive industries by rusting and unrusting iron. Rusting, or combustion, of iron fuel yields zero-carbon heat that can be turned into hot water or steam and fed to energy-intensive industries. The resulting iron oxide can be easily stored and transported, then turned back into iron powder through a chemical reaction with hydrogen and reused.
Breakthrough Energy Venture
Conduit Tech develops tools that make it easier for heating, ventilation, and air conditioning (HVAC) contractors to install and maintain low-emissions residential heating and cooling technologies.
Energize
Jupiter is the trusted leader in climate risk analytics for organizations looking to strengthen their climate resilience. With forward-focused, rigorous methodologies and analytics delivered by some of the best scientists in the industry, Jupiter turns sophisticated climate science into actionable data. By managing, mitigating, and disclosing your climate risk, you can confront the challenges of tomorrow, today.
Energize
NCX, previously known as SilviaTerra, is a forest carbon marketplace. Using an AI-powered forest Basemap, NCX connects American landowners with net-zero leaders. Built on a decade of industry-leading precision forestry expertise, NCX takes a data-driven approach to democratizing forest carbon markets.
Energize
Patch automates back-office work, helping carbon credit suppliers manage traditionally burdensome tasks such as estimation, payments, inventory management and retirement of credits, while providing a digital storefront where suppliers can access new customers, partnerships and ecommerce tools – similar to how Shopify services online businesses. Their software gives both suppliers and buyers the tools necessary for digital procurement of carbon credits in many different shapes and sizes without requiring in-house software development capabilities.
Energize
SINAI Technologies Inc. is mitigating climate change by enabling more intelligent emission measurement, scenario analysis and decarbonization strategy tools for organizations. We are the world’s leading Decarbonization-as-a-Service platform to measure, analyze, reduce and price emissions, using science-based methodologies.
Astanor
Apeel developed and produces plant-based coatings for fresh produce that act as a “second peel” to minimize water and gas transfer. This technology allows produce to preserve its freshness and nutrition, fight spoilage, maintain taste and texture, and extend shelf life by two times or more that of untreated produce.
Astanor
Aphea.Bio develops new and superior agricultural biologicals. By focusing on microbial strains that improve plant nutrient uptake (biostimulants) and strains that protect against disease (biocontrol), Aphea.Bio provides farmers with innovative and sustainable solutions to reduce fertilizer and pesticide use.
Astanor
Calyxia has developed, through 25 years of fundamental research in colloid science, a unique technology to produce the world’s first readily biodegradable and advanced performance microcapsules, to directly combat global microplastic pollution.
Astanor
Meticulously formulated over two years by a team that has spent decades working in food science, Current Foods has always gone one step further than making plant-based seafood – the company makes seafood…that just happens to be made from plants. Their next-generation tuna and smoked salmon provide nutritious, plant-based seafood options without the environmental and ethical consequences.
Astanor
HowGood is a SaaS data platform with the world’s largest database on food and personal care product sustainability. With more than 33,000 ingredients, chemicals and materials assessed, HowGood helps leading suppliers, brands and retailers understand and improve their environmental and social impact, through a global and detailed understanding of the impacts of their products.
Astanor
Infarm is pioneering on-demand farming services to help cities become self-sufficient in their food production while eliminating waste and reducing environmental impact. Infarm’s grow-on-site farming system enables the production of locally fresh and nutritious plants all-year round. The resulting produce comes from organic non-GMO seeds, is free of pesticides and has a close to 90% less transportation.
Astanor
IUNU (“you knew”) is building the future of the controlled environment agriculture (CEA) industry. The company's AI-driven LUNA platform enables growers to develop a feedback loop between capturing data and managing processes to create precise, predictable production.
Astanor
La Ruche Qui Dit Oui is an innovative local food distribution system, which enables ultra-fresh commerce with producers selling their products directly to consumers at a fair price. Brings value and transparency to the food system by multiplying farmer revenues, securing and growing their market access, and delivering consumers healthy and high-quality products
Astanor
MagGrow provides improved spray technology to significantly reduce the amount of pesticides used on farms.
Astanor
MicroHarvest is leveraging nature’s most efficient bacteria to make better, healthier and tastier protein. With their novel production system for single cell protein, they address the pressing need for sustainable alternatives to meet the growing global protein demand.
Astanor
MiiMOSA provides an impact funding marketplace, focused on financing the transition towards a sustainable agrifood sector. The platform connects donors and lenders with farmers in search of financing. Through the platform, individuals, corporate partners and investment funds can find investment opportunities that are both financially attractive and more impactful than traditional asset classes.
Astanor
Modern Meadow is a purpose-driven company positioned at the intersection of material science and biology with a mission to be a catalyst for real-world impact on people and the planet. Modern Meadow’s proprietary Bio-Alloy™ and Bio-F@rm™ technology application platforms harness the unique properties of tuned proteins to sustainably move the world away from petrochemical and animal-derived inputs without compromising on performance
Astanor
The Monarch Tractor combines electrification, automation, machine learning and data analysis to set a new standard in tractor technology capabilities.
Monarch is a mission-driven company aiming to elevate farming practices to enable clean, efficient and economically viable solutions for farmers. They are leveraging technology more commonly associated with battery-powered automotive players such as Tesla to build robotic tractors.
Astanor
Notpla’s seaweed-based packaging is biodegradable, edible, and highly functional.
Astanor
Planetary is enabling the scaling of the protein revolution by providing fermentation capabilities for the future. Their technology is laser-focused on scaling global upstream and downstream fermentation capacity to unlock the potential of alternative protein products. Within the food space alone, fermentation tech promises to deliver sustainable and functional replacements for meats, milk, cheese, eggs and more.
Astanor
Plantible is on a mission to revolutionize the food industry by harnessing the power of the humble, awe-inspiring Lemna to create the world’s most functional and applicable plant-based protein.
Astanor
Standing Ovation develops animal and lactose-free substitutes for cheese and dairy products, using dairy proteins produced by precision fermentation. Thanks to a simple but innovative process, the company produces caseins, without any recourse to animal products.
Astanor
Umiami’s “umisation” process, a breakthrough plant protein texturizing process, provides a new experience in plant-based foods, with a better taste, a texture truly comparable to that of animal meat, a better nutritional profile, and a clean label, while maintaining an accessible price point.
Astanor
Vivent uses artificial intelligence to decipher plant signals and provides crop health insights directly from plants. Through our innovative crop alert system, we can now help even the most experienced growers to increase yield by limiting long duration stress. Healthy plants for healthy people on a healthy planet.
Energy Impact Partners
Aeroseal is a climate tech company on a mission -- reduce the world's carbon emissions by 1 gigaton annually. How will we do it? With our leak sealing technologies.
Energy Impact Partners
Arcadia is a nationwide clean energy platform with one simple mission — to promote clean, renewable power across the United States.
Energy Impact Partners
Audette’s mission is to get carbon out of buildings and we do that by creating net-zero roadmaps for large commercial real estate portfolios through our software-as-a-service.
Energy Impact Partners
Boston Metal is delivering a future where primary steel production is free of carbon emissions. Our Molten Oxide Electrolysis (MOE) technology provides the metals industry with a more efficient, lower cost, and greener solution for the production of a range of metals and alloys from a wide variety of feedstocks.
Energy Impact Partners
Carbon America is a vertically integrated super developer of carbon capture and sequestration projects founded with a climate impact-focused mission to accelerate the technological, financial and operational maturity of CCS.
Batteries
Energy Impact Partners
Dragonfly Energy is a leader in lithium-ion deep cycle batteries, making renewable energy accessible and affordable. Today, our revolutionary, non-toxic deep cycle lithium-ion batteries are displacing lead acid batteries in vehicles, vessels, and material handling.
Hydrogen
Energy Impact Partners
Electric Hydrogen (EH2) is a deep decarbonization company pioneering low-cost, high-efficiency, fossil-free hydrogen systems. Focusing on industrial applications of hydrogen in steel, ammonia and freight transport, our goal is to help eliminate more than 30% of global GHG emissions from hard-to-electrify industries.
Energy Impact Partners
The ev.energy app is the simpler, cheaper and greener way to charge an electric vehicle. Our algorithm enables EV drivers to charge when energy is least expensive and carbon-intensive, whilst balancing demand on the energy grid at peak times.
Energy Impact Partners
Form Energy is developing a new class of cost-effective, multi-day energy storage systems that will enable a reliable, resilient, and fully renewable electric grid year-round. Our pioneering battery technology will entirely reshape the global electric system and give it new form.
Energy Impact Partners
Greenly makes carbon management simple and intuitive for companies of all sizes and every industry, allowing them to fast-track the transition to a net-zero-carbon economy. In practice, Greenly’s SaaS enables companies to measure, monitor, reduce and offset their carbon footprint based on international carbon accounting standards such as the GHG Protocol, while engaging their ecosystem, from employees to suppliers, on their climate journey.
Energy Impact Partners
GridX partners with utilities and energy suppliers to transform their businesses and accelerate the clean energy transition. Our Enterprise Rate Platform helps these organizations develop new products and business models to achieve their clean energy goals; quickly operationalize new offerings in their billing and settlement processes; and better engage with their customers for broader program adoption.
Energy Impact Partners
Grover is the global leader in technology rentals, enabling people to subscribe to tech products monthly instead of buying them.
Energy Impact Partners
We are a controlled environment agriculture (CEA) company that leverages plant science, machine learning and robotics to sustainably grow vegetables in greenhouse environments. We build greenhouses that are cost competitive with fields.
Energy Impact Partners
Ion Solar is a premium, full-service solar provider. We offer affordable solar solutions that allow our customers to enjoy the benefits of solar with little or no up-front costs. Our full service includes the design of the system, all required permitting, installation and inspection, and system maintenance, all for a fraction of the cost of traditional power and using all premium equipment.
Energy Impact Partners
Mosaic is the nation's leading residential clean energy lending platform, offering financing for solar and home improvements in the modern, energy-conscious home.
Energy Impact Partners
Moxion Power manufactures mobile energy storage technology and operates an all-electric equipment rental business, providing clean, temporary power as a service to customers in industries such as construction, electrified transportation, events and entertainment, and telecommunications. Moxion’s technology and vertically integrated business model offer the first viable alternative to fossil fuel-burning generators.
Energy Impact Partners
Palmetto is a clean technology software and fulfillment platform for deploying solar and energy efficiency products.
Energy Impact Partners
Power Factors provides scalable, reliable performance management solutions to over 200 utility-scale owners, operators and independent power producers, and monitors over 110 gigawatts of wind, solar and energy storage assets worldwide.
Energy Impact Partners
Project Canary’s goal is to mitigate climate change by helping the energy value chain operate on a cleaner, more efficient, more sustainable basis. Its proven solutions provide real-time emissions monitoring and rigorous independent certification of oil and gas well sites for responsible operations. Project Canary helps organizations collect, manage, operationalize, and benefit from real-time, trusted, and independent environmental data.
Energy Impact Partners
Rondo Energy is developing thermal storage technology for industrial heat electrification and decarbonization.
Energy Impact Partners
Singularity Energy is the most intelligent grid decarbonization platform built by experienced power systems and software experts. Singularity’s platform provides high-quality, time and location-based grid emissions data, and a suite of innovative products such as developer APIs, and intelligent tools for grid operators, utilities, companies, and service providers to build data-driven decarbonization solutions.
Energy Impact Partners
Stone Mountain Technologies, Inc. (SMTI) mission is to provide customers with high- comfort, cost-effective, low/zero-carbon heating & cooling by advancing the world’s best Thermally-Driven Heat Pumps and Thermal Compressors. SMTI enables a new era of energy-efficient and environmentally- conscious comfort at an affordable price.
Energy Impact Partners
Scythe Robotics provides the commercial landscaping industry with powerful commercial-grade, all-electric autonomous equipment solutions for more sustainably maintaining outdoor environments.
Energy Impact Partners
Transaera is the largest climatetech startup incubator in North America. The company is exploring novel desiccant materials to develop ultra-efficient climate systems that can regulate indoor environments critical to business and human productivity, all while reducing the impact on our global climate and local grid infrastructure.
Energy Impact Partners
Volta partners with visionary brands to create an iconic charging network that inspires people to drive electric. And, it’s free. With a decade of insightful experience, Volta has refined the art and science of developing demand-driven electric vehicle charging networks.
Energy Impact Partners
AutoGrid's suite of Energy Internet applications allows utilities, electricity retailers, renewable energy project developers and energy service providers to deliver cheap, clean and reliable energy by managing networked distributed energy resources (DERs) in real time and at scale.
Energy Impact Partners
Ecobee provides elegantly designed, wifi-enabled smart thermostats and light switches for residential homes and commercial workplaces engineered to maximize comfort and savings without comprising your lifestyle.
Batteries
Energy Impact Partners
Li-Cycle is an industry-leading lithium-ion battery resource recovery company and the largest lithium-ion battery recycler in North America.
Energy Impact Partners
Proterra is a leader in the design and manufacture of zero-emission buses that reduce fleet operating costs while eliminating the dependency on fossil fuels.
Energy Impact Partners
Powerphase has commercialized advanced aero-thermal technology for power generation and industrial applications to use air more effectively and efficiently in combustion turbines.
Advanced Computing & Electronics
Hello Tomorrow
Holographic extended reality projection chips delivering life-like, high-resolution 3D images, viewable with the naked eye.
Advanced Computing & Electronics
Hello Tomorrow
Enabling quantum computing by interconnecting quantum processors to increase their computational power.
Advanced Computing & Electronics
Hello Tomorrow
Delivering integrated, flexible and modular LiDAR systems to propel autonomous mobility.
Advanced Computing & Electronics
Hello Tomorrow
Developing new materials in record time using an AI system powered by high throughput experimentation tools.
Advanced Computing & Electronics
Hello Tomorrow
Bringing unmatched colors to microLED technology through quantum dot color conversion.
Advanced Computing & Electronics
Hello Tomorrow
Building a new type of processor that will help to eliminate the barriers to quantum computing.
Aerospace
Hello Tomorrow
Building and operating a network of ground-based sensors to provide a complete mapping of orbital objects.
Aerospace
Hello Tomorrow
Developing a multi-purpose aerial platform of hybrid-electric eV/STOL air vehicles with high performance and energy-efficiency. possibilities.
Aerospace
Hello Tomorrow
Electric propulsion engines to allow satellites to fly closer to Earth, and provide high-resolution data.
Aerospace
Hello Tomorrow
Developing a next-generation, all-electric, silent drone powered by ion propulsion.
Aerospace
Hello Tomorrow
Designing a new way of coating surfaces with nanoparticles to improve their performance.
Aerospace
Hello Tomorrow
Building the first in-space observation systems to safeguard orbital infrastructure.
Digital Health & Medical Devices
Hello Tomorrow
Developing early cancer detection and monitoring tools from liquid biopsies.
Digital Health & Medical Devices
Hello Tomorrow
Creating a portable medical imaging device for home-based preventive screening and chronic disease monitoring.
Digital Health & Medical Devices
Hello Tomorrow
An affordable, AI-powered, breath-based diagnostics platform for screening tests of non-communicable diseases.
Digital Health & Medical Devices
Hello Tomorrow
Designing a novel microwave-based imaging technology to provide safe breast cancer screening to the masses.
Digital Health & Medical Devices
Hello Tomorrow
Pioneering ‘oculosubarachnoid shunting’, with devices to overcome the challenges of existing glaucoma therapies.
Digital Health & Medical Devices
Hello Tomorrow
Building a cloud-based library of disease biomarkers and biological profiles to cut the time and cost of drug discovery.
How we plug in : Electricity
New power sources
Hello Tomorrow
Developing a system based on bio-sourced membranes to exploit osmotic power and harness it as an energy solution.
How we plug in : Electricity
New power sources
Hydrogen
Hello Tomorrow
Designing reversible, CO2-negative power plants that convert biogas or hydrogen into electricity and produce green hydrogen or methane.
How we plug in : Electricity
Hydrogen
Hello Tomorrow
Producing sustainable hydrogen and solid carbon from biomethane or natural gas.
How we plug in : Electricity
Batteries
Hello Tomorrow
Building new solid-state battery technology leveraging a proprietary polymer composite electrolyte.
How we plug in : Electricity
Micro-grid
Hello Tomorrow & Zero Carbon Capital
Developing a new device to replace traditional transformers and enable resilient, flexible power grids.
How we plug in : Electricity
Batteries
Hello Tomorrow
A revolutionary low-cost thin film solid state battery technology for IoT.
Carbon capture
DAC
Hello Tomorrow
Cell-free system leveraging a biocatalytic membrane to capture CO2 from the air.
How we make things : Industry
Textile
Hello Tomorrow
Developing a plant-based alternative to goose down and synthetic fillers.
How we make things : Industry
Water
Hello Tomorrow
Treating wastewater using non-thermal recovery and crystallization technology to produce clean water and crystallized salts.
Carbon capture
DAC
Hello Tomorrow
New direct air capture technology that leverages existing supply chains and permanently stores CO2.
How we make things : Industry
Chemicals
Hello Tomorrow
Nanofiltration system performing heat-free chemical separations and recycling chemical waste.
How we make things : Industry
Plastic alternatives
Hello Tomorrow
Leveraging silica sand to provide a sustainable alternative to plastic.
How we make things : Industry
Chemicals
Hello Tomorrow
Decarbonizing the chemical industry by using photosynthesis-inspired technology to produce low-carbon chemicals.
How we grow things : Agriculture & Food
Hello Tomorrow
Developing microbial seed coatings to help improve soil health and crop yields.
How we grow things : Agriculture & Food
Hello Tomorrow
Biodegradable nano-encapsulation technology designed to significantly reduce the need of harmful chemicals in agriculture.
How we grow things : Agriculture & Food
Hello Tomorrow
Harnessing microbial chemistry to create more effective and sustainable natural products.
How we grow things : Agriculture & Food
Hello Tomorrow
Producing cheaper plant-based nanofibrous scaffolds and microcarriers for cultured meat companies.
How we grow things : Agriculture & Food
Hello Tomorrow
Triple technology platform valorising agri-food waste into sustainable ingredients for food development.
How we grow things : Agriculture & Food
Hello Tomorrow
Semi-autonomous robots that control weed growth using a pioneering ‘thermal micro-dosing’ method.
Industrial Biotech & New Materials
Hello Tomorrow
Leveraging bacterial fermentation to transform captured carbon into oils and proteins.
Industrial Biotech & New Materials
Hello Tomorrow
Regenerating proteins from agricultural waste into new and versatile bio-plastics and textile fibers.
Industrial Biotech & New Materials
Hello Tomorrow
Developing a chemical-resistant nanofiltration technology that can separate chemicals and recover solvents without heat.
Industrial Biotech & New Materials
Hello Tomorrow
Producing the first sunscreen derived from common human metabolites.
Industrial Biotech & New Materials
Hello Tomorrow
Converting all PET plastic items into virgin grade raw materials without any additional heat or pressure.
Industrial Biotech & New Materials
Hello Tomorrow
Designing plant-based ingredients to enable safe, sustainable products.
How we make things : Industry
Industrial Biotech & New Materials
Hello Tomorrow
Revolutionizing data storage and processing by harnessing ubiquitous small molecules.
Industry 4.0 & Autonomous Machines
Hello Tomorrow
Building a software-defined 3D camera for autonomous mobility and smart city applications.
Industry 4.0 & Autonomous Machines
Hello Tomorrow
Optiziming and automating the design of electric motors and space thrusters.
Industry 4.0 & Autonomous Machines
Hello Tomorrow
Developing advanced microelectronic soldering and desoldering technology for the electronics and semiconductor industries.
Industry 4.0 & Autonomous Machines
Hello Tomorrow
Enabling true 3D printing of complex glass products for microfluidics, optics and electronic packaging.
Industry 4.0 & Autonomous Machines
Hello Tomorrow
Creating unique, environmentally friendly robotic solutions for coating large industrial surfaces.
Industry 4.0 & Autonomous Machines
Hello Tomorrow
Making materials sensitive to mechanical physical interactions, in real time, without using sensors.
Medical Biotech & Pharmaceuticals
Hello Tomorrow
Intranasal vaccines that activate mucosal immunity and kill the pathogen as it enters via the nasal route.
Medical Biotech & Pharmaceuticals
Hello Tomorrow
Designing targeted intravenous therapies for neurological diseases.
Medical Biotech & Pharmaceuticals
Hello Tomorrow
Combining cutting edge techniques in acoustics and biology to unlock the cell culture revolution.
Medical Biotech & Pharmaceuticals
Hello Tomorrow
Developing a platform of entirely novel cancer molecules to address cancers without treatments.
Medical Biotech & Pharmaceuticals
Hello Tomorrow
Enabling the removal of infected cells, pathogens, toxins, or even viruses directly from a patient’s bloodstream.
Medical Biotech & Pharmaceuticals
Hello Tomorrow
Developing an emerging class of blood cancer therapy that is more affordable and accessible.
How we make things : Industry
Sustainable Construction & Infrastructure
Hello Tomorrow
A high-performance, freeform timber-based composite to replace concrete, steel, and aluminum for the built environment.
How we make things : Industry
Sustainable Construction & Infrastructure
Hello Tomorrow
Transforming cellulosic waste and fungi into sustainable building materials.
How we keep cool & stay warm : Housing & Heating
Sustainable Construction & Infrastructure
Hello Tomorrow
Designing low-carbon and energy-efficient air conditioning systems.
How we make things : Industry
Green concrete
Hydrogen
Sustainable Construction & Infrastructure
Hello Tomorrow & Zero Carbon Capital
Creating cement-free concrete through biotechnology.
Sustainable Construction & Infrastructure
Hello Tomorrow
Transparent solar cells empowering the next generation of IoT devices to enable mass deployment.
Sustainable Construction & Infrastructure
Hello Tomorrow
Taking carbon dioxide from the air, utilising it for manufactured goods that replace fossil-based plastics or high-emission materials.
Carbon capture
CO2 transformation
Hello Tomorrow
Converting CO2 and a hydrogen source into sustainable chemicals and e-fuels in a single process step.
Carbon capture
DAC
Hello Tomorrow
Cell-free system leveraging a biocatalytic membrane to capture CO2 from the air.
How we make things : Industry
Green concrete
Hello Tomorrow
Decarbonizing construction using novel recipes for concrete and other building materials.
Carbon capture
DAC
Hydrogen
Hello Tomorrow
Tackling energy waste and CO2 emissions through a transformative membrane separation technology.