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Meala is a food technology company developing clean-label texturizing proteins that enable food manufacturers to replace eggs and synthetic texturizers without compromising functionality or taste. Our proprietary protein platform delivers gelling, binding, foaming, and emulsifying performance across bakery, savory, sauces, and dressings applications.

By reducing egg dependency and eliminating ingredients such as methylcellulose and modified starches, Meala helps manufacturers create simpler ingredient lists, improve formulation economics, and reduce environmental impact. Independent life cycle assessments demonstrate up to 63% lower carbon emissions and up to 96% lower water footprint, depending on the application.

Our solutions are already commercialized through global ingredient partners- dsm firmenich and LASENOR and are designed for industrial-scale manufacturing, enabling food producers to accelerate the transition toward more sustainable, resilient, and clean-label food systems

Okimata is reinventing a $194B industry that is both energy-hungry and emissions-intensive. Ceramic production has barely changed in millennia: clay in, kilns blazing 24/7 at ~1,250°C, and huge CO₂ emissions. Producing ceramic sanitary ware consumes ~10× more energy and emits ~3× more CO₂ per kg than cement.

Okimata’s proprietary process cuts production cost by ~35–40% versus ceramic and porcelain, CAPEX by ~60%, FTE by ~75%, land by 80–90%, CO₂ emissions by ~75–80%, and energy use by ~65–70%.

We deliver ceramic-like performance without the kiln. Our ultra-hard coating cures at near-ambient temperatures yet achieves required hardness, durability, and chemical resistance, eliminating high-temperature firing and emissions.

Low-temperature curing lets us mold the structural body from recycled plastics. Instead of mining, hauling, and firing clay, we up-cycle plastic waste as the substrate and apply our coating as the functional surface. The result: ceramic-like products made from recycled feedstock, fully recyclable at end-of-life, and manufactured with a dramatically smaller footprint and at lower costs.

Bottom line: Okimata is the first truly eco-friendly, lower-cost alternative to traditional ceramics, bringing ceramic-like performance, circular materials, and modern manufacturing to a highly polluting industry long overdue for change.

PlantyFuel develops a breakthrough process to convert agricultural and forestry waste – such as straw, stover, and wood chips – into low-cost, carbon-negative Gen-2 biofuels. Founded in 2025 by Dr. Gilad Alfassi, Prof. Yachin Cohen, and Yoav Nahmias, the company builds on patented technology developed at the Technion.
Our proprietary process enables the first economically viable conversion of lignocellulosic residues into clean ethanol and biodiesel, achieving cost parity with fossil fuels and Gen-1 biofuels while avoiding food or land competition. The technology is scalable and flexible, designed for both large-scale biorefineries and modular on-site systems for farms and greenhouses.
By unlocking the value of vast underutilized biomass resources, PlantyFuel addresses two global challenges -agricultural waste management and decarbonization of heavy transport sectors, including aviation, maritime, as well as power generation. Our mission is to make renewable fuels truly accessible, circular, and profitable.

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

NanoTherma revolutionizes energy efficiency in data centers by converting low-grade waste heat into clean electricity using innovative thermoelectric nanomaterials. Each year, data centres globally lose billions of kilowatt-hours as unused heat, creating substantial financial and environmental burdens. NanoTherma’s solid-state panels, easily integrated into existing data center racks, passively generate electricity without fluids, plumbing, or moving parts. This groundbreaking technology reduces operational costs and emissions, enabling data centers to transform wasted energy directly into usable power. With significant market potential and strong industry engagement, NanoTherma is reshaping the future of sustainable energy

McyFiber is a climate-tech company developing natural, biodegradable bio-additives to replace synthetic chemicals used in paper production. Our patented formulation—based on mycelium and cellulose nanofibers—enhances paper strength, printability, and surface quality while reducing reliance on fossil-based and environmentally harmful additives.

The paper industry is among the most energy-intensive industrial sectors, with a significant carbon footprint and substantial downstream environmental impact. McyFiber’s solution directly reduces emissions by optimizing production processes and lowering chemical consumption, without requiring changes to existing industrial infrastructure.

Beyond production, our additive also improves sustainability across the product lifecycle. Its biodegradable and non-toxic composition minimizes the environmental burden of wastewater treatment and reduces the ecological impact of end-of-life disposal, including landfill emissions and sludge handling.

Following successful lab-scale validation, we are now launching pilot trials in partnership with a global paper manufacturer. Our business model is based on B2B technology licensing, enabling rapid adoption of climate-friendly materials by major producers.

McyFiber offers an actionable path toward decarbonization and cleaner production in a legacy industry under growing regulatory and environmental pressure

SNOW Polymers is a science-driven company founded by researchers and engineers with deep expertise in industrial manufacturing and materials science.

We transform food and paper waste into affordable, biodegradable plastics that offer the performance of conventional plastics, at a comparable price. Our materials are designed for seamless integration into existing manufacturing lines, enabling widespread adoption without costly retrofits.

By harnessing waste streams as feedstock, SNOW Polymers advances a double circular economy and supports a sustainable, scalable alternative to fossil-based plastics

Axiv Materials creates premium, sustainable textile fibers from protein waste, addressing the textile industry’s environmental challenges and the growing demand for eco-friendly alternatives. Using advanced material science and engineering, we develop high-quality fibers composed of the same natural proteins found in materials like Cashmere and Merino wool.

Inspired by nature, our fibers promote a circular economy while delivering uncompromised quality and comfort at competitive prices

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.

*PRESUMED INACTIVE*

Entogenix develops bioengineered insects to break down organic and plastic waste, enabling sustainable waste reduction and circular bioeconomy solutions

Entogenix is a synthetic biology startup harnessing the power of bioengineered insects to transform how we manage waste. We are developing novel insect strains capable of breaking down both organic and plastic waste, significantly reducing landfill volumes and enabling cleaner, more efficient waste valorization. By combining cutting-edge molecular biology with nature-inspired systems, we aim to build a new category of biomanufacturing — one that is scalable, decentralized, and deeply rooted in ecological principles.

Founded by Dr. Anna Melkov, a molecular biologist with expertise in insect genetics, Entogenix brings together science, sustainability, and innovation. We’ve already been accepted into two leading climate and bioeconomy accelerator programs and are actively working on our patent portfolio. Our technology is designed to integrate into existing waste infrastructure, offering waste managers, municipalities, and biogas facilities a breakthrough solution to treat mixed waste more effectively.

Entogenix’s long-term vision is to help build a nature-aligned, biology-first future — one where waste becomes a feedstock, insects are engineered for purpose, and the boundaries between waste management and bioeconomy are redefined.

We are Alumentry, a technology company reinventing aluminum part production. Our patented ASAM (Aluminum Solid Additive Manufacturing) process enables fully automated, high-precision manufacturing of aluminum parts, without programming, post-processing, or the need for oily coolants. ASAM uses layered aluminum foil and a unique Bonding method to produce complex parts from high-performance alloys like 6061 and 7075, previously considered incompatible with additive manufacturing.

Our system delivers exceptional geometric flexibility and micron-level precision while reducing material waste, machine setup, and manual labor. Unlike CNC or conventional 3D printing, ASAM operates with no coolant fluids and no toxic emissions, significantly reducing environmental impact and operating costs.

By combining the mechanical properties of wrought alloys with digital production capabilities, Alumentry opens up new possibilities for industries such as aerospace, defense, and robotics. We aim to decentralize advanced manufacturing and enable job shops worldwide to produce better parts faster and cleaner, with minimal training and infrastructure requirements.

Eden Materials develops high-performance, biodegradable plastic alternatives from agricultural waste. Leveraging patented technology, the company upcycles low-value biomass into functional bioplastics that can replace petroleum-based plastics across industries. These materials are fully biodegradable and designed to meet mechanical, thermal, and processing standards for commercial use.

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.

Avenas is a climate-tech innovator developing cutting-edge nanoparticle-based coatings that address critical global challenges in energy efficiency and thermal management. Our dual-purpose technology is designed for both civilian and industrial applications, providing sustainable solutions across construction, automotive, and high-performance computing industries.

Our flagship product, HYPERION, is a coating that reduces surface temperatures by up to 10°C without compromising visibility or functionality. By lowering the thermal load on buildings, vehicles, and electronic systems, HYPERION minimizes reliance on energy-intensive cooling methods such as air conditioning, reducing energy consumption, operational costs, and environmental impact.

In data centers and high-performance computing systems, our coatings enhance thermal management for CPUs, GPUs, and servers, improving energy efficiency and extending hardware lifespans. Meanwhile, in the automotive and construction sectors, HYPERION offers unparalleled energy savings and improved comfort in hot climates, making it a versatile and scalable solution.

With increasing global emphasis on sustainable technologies, Avenas stands at the forefront of innovation, driving the transition to greener, more efficient infrastructure. Through partnerships with industry leaders, we aim to bring our groundbreaking technology to markets worldwide, contributing to a more sustainable future for the planet.

NakedPak is a revolutionary food packaging solution designed to eliminate single-use plastic waste. Our cookable, algae-based packaging is edible, dissolves in boiling water, and is 100% zero waste – leaving behind only delicious, nutritious food.

Engineered for practicality, NakedPak integrates seamlessly into existing machinery and supply chains, all at a competitive price point. It functions like plastic -transparent, sealable, and printable with edible ink, offering a sustainable alternative without compromising performance or affordability.

At NakedPak, we’re not just creating packaging—we’re transforming the way the world thinks about waste.

At NanoClear, we apply NanoMaterial Technology to advance water and wastewater treatment. Our core product, ProBio Media (PBM), is a result of 15 years of R&D, designed to transform the biological treatment process. With its high surface area and unique structure (80% porosity), PBM promotes bacterial growth and prevents clogging, allowing for more efficient treatment while reducing sludge and chemical use.
PBM increases treatment capacity by up to 40%, all within the same footprint, and can be seamlessly retrofitted into existing systems. It is currently applied in wastewater treatment, algae control, and aquaculture, delivering significant improvements without the need for additional energy or chemicals.
Our mission is to enhance treatment processes, protect ecosystems, and create sustainable water solutions. PBM is a versatile tool that not only improves performance but also minimizes environmental impact, making it a powerful choice for addressing the complex challenges of water management.

Naki is bringing the days of affordable SAF closer, by taking an untreatable sludge from the food industry and transitioning it to a valuable material via an innovative & carbon negative process. The process is done locally, enabling the food industry factories to both decarbonize their operations via on-site made biogas and create additional revenue streams. This has huge economical and environmental value, as Naki will develop a localized circular oil ecosystem , reduce landfill volumes and the need to import SAF feedstock from overseas.

Clariter is a global cleantech company offering a proprietary solution to the global plastic waste crisis. Through its patented chemical recycling process, Clariter transforms a wide variety of plastic waste types into high-quality, green petrochemicals: solvents, oils, and waxes. These products serve as sustainable alternatives to fossil fuel-based materials and can be utilized in numerous industrial applications and consumer goods.

A key strength of Clariter lies in its ability to process plastics from diverse waste streams—municipal, agricultural, industrial, construction, and marine—with an impressive yield of ~82%. The company’s products meet the highest industry and FDA standards, making them suitable for cosmetics, pharmaceuticals and even food-contact applications. Protected by six international patents, Clariter’s technology delivers the ultimate combination of quality, sustainability, and profitability.

Clariter’s scalable model enables the construction of local recycling plants; by turning local waste into valuable products, Clariter supports the development of local economies, green jobs, and circular value chains. Contributing to a greener and more sustainable future for communities worldwide.

Solutum is a young innovative Cleantech Start-Up that targets one of the world’s major challenges – plastic pollution. Looking to solve a problem that’s been piling up for decades, their team of chemical engineers has developed a unique compound that replaces plastic with a cost-efficient, strong and eco-friendly solution.

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.

Polygreen developed a proprietary green super absorbent material and scaled its manufacturing process.
Polygreen’s growth was funded by a combination of equity and EU as well as local grants.
Polygreen’s vision is to enhance sustainability in all aspects in which superabsorbent polymers are used or can be used, and particularly so in the hygiene and agriculture sectors. This helps these industries meet the Sustainable Development Goals regarding climate change, global warming, and waste management

Smart Resilin produces Resilin and Resilin containing products. Resilin is an elastomeric protein and is the most resilient natural-derived material known. Identified throughout the orthopod kingdom it can be found in the jumping and flying mechanisms of many insects, where it displays the high resilience and fatigue resistance required for actions such as flight and leaping.

Phytolon leverages a novel, sustainable technology for production of natural food colors, offering the food industry an ultimate solution for natural coloring in terms of costs, quality and sustainability.
Phytolon is based in Israel since 2018 and is now collaborating with leading food and biotech entities to commercialize its products.