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We make sustainability simple, fast, and affordable for every business. LCAs (Life Cycle Assessments) typically take months to complete and require specialized expertise from environmental consultants. The LCAi platform is powered by our novel AI agent architecture and large language models, designed to conduct LCAs efficiently and effortlessly for any existing product. Our goal is to deliver a simple, personalized experience for every user, with built-in support for LCAs that comply with every standard or purpose (CBAM, ESPR, DPP, EPD, and more), allowing companies to make data-driven, sustainable decisions across their entire supply chain

Arbell Energy is a deep-tech renewable energy company developing one of the world’s most efficient next-generation solar technologies. Leveraging proprietary Quantum Dot architecture and Multiple Exciton Generation (MEG), our solution breaks the physical efficiency limits of conventional silicon-based solar cells. Printed using low-cost “solar inks,” our ultra-lightweight, flexible, and highly transparent solar films dramatically improve the unit economics of existing solar farms while seamlessly integrating into buildings, agriculture, and mobility applications to unlock ubiquitous renewable power.

Arbell’s technology is engineered to deliver up to three times the conversion efficiency of conventional panels, establishing a new frontier in solar power performance.

Beyond this breakthrough in efficiency, Arbell’s ultra-thin, lightweight, and flexible solar films enable deployment on surfaces where traditional panels cannot operate – including building facades, glass structures, agricultural installations, and mobile infrastructure. The company’s transparent solar solution also unlocks a fast-growing retrofit market by restoring lost capacity in aging solar farms without replacing existing infrastructure.

Validated by Europe’s leading independent applied science research organization (TNO) and backed by strategic industry partners, Arbell is on a mission to accelerate global decarbonization by delivering more power, at lower cost, across more surfaces than ever before

Eco2Protein is a pioneering biotechnology company converting industrial CO₂, CO, and H₂ emissions into valuable low-carbon products. Using a proprietary biological conversion platform, the system is integrated directly into industrial sites to transform harmful waste gases into two sustainable outputs: protein-rich biomass for animal feed and aquaculture, and low-carbon ethanol suitable for industrial applications and sustainable aviation fuel (SAF) production.

Targeting two fast-growing global markets – alternative ethanol (>$100B) and alternative protein (>$30B) – Eco2Protein delivers both economic and environmental impact. By replacing carbon-intensive fishmeal and contributing to clean fuel supply chains, the platform supports global decarbonization and circular economy goals.

Led by a multidisciplinary team with deep experience in energy, industrial biotech, and protein production, Eco2Protein is engineered for rapid scale-up, efficient deployment, and alignment with high-emission industries. By preventing the release of greenhouse gases and converting them into climate-positive resources, Eco2Protein enables a transformative step toward net-zero industrial operations

Building machines that captures CO2 from the atmosphere or from flue gas coming out of a point source using sodium based materials which results in a carbonated material.
The carbonated material is used to create building products, durably storing the absorbed CO2

PureZone is developing an innovative additive for environmentally friendly paints and coatings that significantly improves atmospheric air quality by reducing carbon dioxide (CO₂) and volatile organic compounds (VOCs). Applied over large surface areas, coatings with the PureZone additive have the potential to rival natural carbon sinks in their ability to remove excess CO₂ from the atmosphere.

As the global building and construction industries strive to meet legally binding net-zero greenhouse gas emissions targets by 2050, the coatings industry — thanks to the vast surface areas it covers — can play a vital role.

The PureZone additive is a white, solid, stable, and cost-effective solution that captures and stores CO₂, purifies the air from VOCs, and releases oxygen. Just 5 liters of paint with PureZone additive delivers the same annual CO₂ capture potential as a fully grown tree through photosynthesis — offering a practical, scalable way to turn buildings into active contributors to climate and air quality improvement.

We have developed a groundbreaking system that connects directly to wood stove chimneys and provides an advanced, efficient solution for one of the most overlooked sources of household air pollution.

Our system captures harmful emissions such as black carbon, PM2.5 particles, and other pollutants that contribute to both local air quality degradation and global climate change.

Black carbon, in particular, is considered one of the most potent short-lived climate pollutants, with a global warming potential far greater than CO₂ in the near term.

By reducing 70–80% of these emissions at the source, our technology delivers an immediate and measurable impact on both air quality and climate.

What makes our system unique is its combination of high efficiency, maintenance-free operation, and environmental circularity. The pollutants collected during the filtration process are converted into high-quality organic material, suitable for use as garden fertilizer — turning harmful waste into a valuable resource.

Our solution allows individuals and communities to enjoy the natural warmth of wood stoves, especially in rural or off-grid areas, without compromising their health or contributing to global warming. It offers a practical, climate-positive pathway for reducing residential emissions, promoting sustainability, and supporting a clean, green life cycle.

TAFTIRIUM is a biotech company founded in 2023, specializing in carbon-fixating, high-performance materials for the construction and insulation industries. Utilizing a circular economy model, the company transforms agricultural waste and mycelium (mushroom roots) into sustainable insulation materials. Backed by the Israel Innovation Authority, TAFTIRIUM currently operates a pilot R&D facility in Kfar Ruppin, Emek HaMaayanot, focusing on technology development and scaling up for commercial production.

NGV is pioneering a breakthrough catalytic process to produce Sustainable Aviation Fuel (SAF) from carbon-rich waste streams, including Municipal Solid Waste (MSW), biomass derivatives, and CO₂. This patented technology achieves over 90% CO₂ emissions reduction across its lifecycle and eliminates the need for costly gas conditioning, hydrogen supply, and product upgrading. By significantly reducing CAPEX and OPEX, NGV makes SAF more affordable and scalable, addressing key barriers to widespread adoption.
SAF is widely recognized as the only viable solution for decarbonizing aviation, particularly for mid- and long-haul flights, where alternative propulsion technologies remain infeasible. It is expected to contribute 65% of the sector’s carbon reduction by 2050.
Having successfully validated its mini-pilot facility and completed the design of a scale-up pilot plant, NGV is now focused on constructing its first operational pilot facility – a critical step toward commercialization. The plant will demonstrate industrial-scale feasibility, support regulatory approvals, and pave the way for full-scale deployment.

Ceal, founded in 2024, is a carbon dioxide removal (CDR) company paving the way for a Net-Zero environment. We claim to be the fastest, cheapest and most energy-efficient technology ready to scale. We use circular economy best practices to co-locate with seawater-cooled, thermal power plants, utilizing their existing infrastructure and enabling seamless integration of our proprietary electrochemical catalysis technology with their facilities. Our process is additive- and emission-free, and non-reliant upon the carbon market.
In a highly efficient single-step, Ceal captures and sequesters atmospheric CO2 dissolved in seawater into industry-essential, solid minerals, while providing soft water for various uses. Thus, enabling substantial new revenues, major cost savings and increased energy efficiency for its customers, all while reducing their environmental impact. Ceal’s solution reduces the carbon footprint of the host facility, its marine pollution of hazardous chemicals, and simplifies its operation.

Ceal – more than just carbon dioxide removal. We are healing the world.

SkyScroll is a unique patented airborne platform, which can expand to a huge surface area to reflect or capture energy from the sun.

NOF-Natural Offset Farming, an Israeli Climate Tech, has developed an advanced, portable and user-friendly cooling technology, designed for novel post-harvest treatment.

NOF shifts CO2 from the emitters to the field, by addressing farmer’s cooling needs; whilst creating a new and immediate avenue for CO2 utilization and decarbonization applied in the agricultural setting, enhancing photosynthesis and extending shelf life.

NOF’s small, affordable, and efficient cooling device can cool various mediums (e.g., water, air, surfaces) without the need for electrical infrastructure. Its devices can generate a cooling temperature down to -70 degrees C.

NOF has been focusing its efforts in the helping farmers and supply chain farmers to treat perishable fruits and vegetables, reduce food loss, and earn money in a Cooling-as-a-Service model.

Ayala Water specializes in eco-friendly solutions for urban, agricultural, and industrial waste flows, as well as environmental rehabilitation and protection of watersheds.
Ayala NBS™ (Natural Based Solutions) combines 30 years of biotechnological know-how and agricultural experience, working with aggregates, additives, and plants customized and selected for usage for specific pollutant conditions.

Dotz is an innovative nanotechnology company leveraging our extensive R&D expertise in carbon-based materials to address pressing global environmental and industrial issues. Our mission is to take bold strides in the fight against climate change through advanced and effective decarbonisation technologies.

Kenaf Ventures is an Israeli Clean Tech company focused on transforming CO2 emissions to advanced biomaterials that disrupt the construction, plastics, insulation, and food material industries.
By leveraging our unique know-how, intellectual property, and the mechanical properties of natural fibers such as Kenaf plant, we create bio-based raw materials that meet the UN Sustainable Development Goals, end-users’ demand for sustainability and manufacturers’ requirements for solutions that are with improved properties, at competitive prices and are carbon negative.

Terrra is a climate-tech platform that automates carbon monitoring and verification (MRV) using patent-pending measurement IP. We deliver nature-based carbon removal on underused farmland — turning marginal land into verified, high-integrity carbon asset.

Biotic manufactures fully bio-based, fully biodegradable PHBV (PHA) polymers as commodities, using marine biomass as feedstock for our precision fermentation process, targeting to replace fossil-based plastics, and eliminating recycling needs.

Rplace is an Israeli Climatech company addressing the global water, climate, and biodiversity crisis. We solve the lack of effective water quality and environmental data measurement, which limits water reuse and environmental impact revenues. Our “AI Experts Water Management & Impact Reporting Platform”, driven by AI and smart sensors, translates real-time water data into expert insights, impact, and verified revenues. With multidisciplinary expert AI and unique IP for impact calculations, our platform helps clients optimize operations, ensure compliance, and unlock new income from water reuse and tradable environmental certifications. Rplace is positioned in the decentralized water treatment market, expected to hit $33 billion by 2030

The Environmental Intelligence platform boosts the transition to sustainable land use.

Powered by AI and satellite technology, Albo Climate’s remote sensing platform provides pixel-level data, insights, and forecasts on environmental metrics, such as land use and deforestation, carbon dynamics, climate risks, and biodiversity. Albo aims to accelerate and scale the transition to sustainable land use by delivering highly accurate and transparent data and forecasts to many stakeholders, thereby securing their carbon assets and derisking their transition to sustainable supply chains.

CO2SaaS will remove the CO2 from the ocean water there CO2 concentration is much higher than in the air. Specially designed ponds containing microalgae and phytoplankton use the wave and currents energy to circulate the seawater and dump CO2-rich algae directly to the seabed. Microalgae is the fastest growing and the most effective CO2 eater on the planet. The ponds do not use land area or external energy sources, so they are the cheapest way to remove CO2 from the ocean and atmosphere (25 USD/tonne). Each pond is capable of removing 20000 tonnes per year.

Carbonade, a Deep-Tech startup, has developed a groundbreaking electrochemical cell that uses captured CO2, water and renewable electricity to produce a novel chemical reaction at ambient temperature, which creates a new reusable carbon-based compound.

The company’s patented electrochemical CO2 reduction scalable solution could be used to manufacture sustained fossil-free net negative products such as synthetic fuel, plastics and cleaning detergents.

Airovation’s superoxide based CO2 to mineral conversion technology creates high purity carbonates and bicarbonates. The sale of these carbon negative, valuable end-products creates profitable carbon capture opportunities in various heavy industries.

Discover CarobWay’s surprising carob varieties – star ingredients in numerous applications.
CarobWay opens up a world of possibilities – with innovative cultivation, production and extraction.

RepAir is the developer of a low-cost modular and scalable technology designed to capture carbon dioxide from the air. Inspired by battery and fuel cell principles, RepAir’s electrochemical device utilizes electricity to separate carbon dioxide from the air at gigaton scale.

GigaBlue operates at the cutting edge of climate technology, leveraging a nature-inspired mCDR platform that mirrors the natural biological pump process to combat global warming. Their groundbreaking approach utilizes a specialized geo-targeted particle, stimulating the growth and photosynthesis of phytoplankton for carbon fixation. This fixed carbon is then purposefully directed into the deep ocean using GigaBlue’s distinctive controlled gravity core, offering an innovative and effective method for carbon sequestration. Both particle functions, central to this process, are GigaBlue’s unique intellectual properties, marking them as pioneers in the global effort to address climate change.

CarbonBlue’s groundbreaking EcoLime technology enables decarbonization of some of the world’s most carbon-intensive industries. EcoLime’s electrified, low-carbon lime production method unlocks lime’s carbon-removal potential across industries and sectors, lowering emissions, shortening supply chains, and enabling the electrification of hard-to-abate combustion-based processes. With EcoLime, CarbonBlue offers a paradigm-shift for some of the world’s most emitting sectors and industrial processes, harnessing industrial growth to rehabilitate our environment.