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The technology is powered by Physics-Informed Neural Networks (PINNs) that fuse machine learning with the laws of thermodynamics and chemical kinetics. While traditional “black box” AI requires years of historical data and fails during unpredictable operational anomalies, Kineticore embeds physical reality into the neural network’s core architecture.

This physics-first approach eliminates “pilot purgatory,” shortening deployment from years to under four weeks. Out of the box, the modules deliver 85–95% fault prediction accuracy and real-time process guidance. By monitoring critical equipment (like ESPs) and optimizing energy-intensive thermal assets (like EAFs or chemical reactors), Kineticore provides operators with immediate, actionable recommendations.

Ultimately, the technology shifts the industrial paradigm from defensive cost-cutting to aggressive margin expansion—turning complex physical processes into predictable, highly resilient, and insurable operations on Earth and in space

NUF develops an innovative, circular technology for water and wastewater purification by repurposing medical-grade filtration membranes that would otherwise become hazardous, non-biodegradable waste. Each year, hundreds of thousands of dialysis membranes are discarded worldwide, contributing to environmental pollution despite retaining exceptional filtration performance.

NUF’s proprietary process enables these membranes to be safely cleaned, sterilized, and redeployed for non-medical water applications, transforming medical waste into a high-value resource for water treatment. The technology is protected by international patents and designed for long-term industrial use, including self-cleaning capability through reverse-flow (backwash) operation.

Since its commercialization, NUF systems have been deployed globally across a wide range of applications, including wastewater recycling, agricultural and greenhouse water reuse, drinking water purification, industrial water treatment, and swimming pool filtration. By combining proven medical-grade performance with circular reuse, NUF delivers cost-effective, reliable water purification while reducing environmental pollution and material waste.

NUF’s solution supports sustainable water management, circular economy principles, and resource efficiency—helping address growing global challenges in water scarcity, wastewater treatment, and environmental protection

Fast Sense measures what’s in your gas precisely. Using nano-scale solid-state sensors and IoT-enabled data consolidation, we accurately quantify hydrogen levels within combustible gas streams such as methane and natural gas.

Unlike traditional gas analyzers, our technology eliminates cross-sensitivity and delivers up to 10× savings in CAPEX and maintenance.

Applications

•     Mixing & Process Control
•     Flow Meter Coupling
•     Redelivery & Energy Content Quantification
•     Energy Storage Monitoring

Our solid-state chemiresistive sensor nodes also function as networkable leak detection units for pipelines, transformers, and power-grid mobility assets, providing a unified monitoring platform.

ATEX Class I, Zone 1 certified, the Fast Sense device is engineered for hydrogen detection in flammable environments (hydrogen, methane, and more).
The sensing element combines catalytic nanoparticle-decorated semiconductors with a selective polymeric coating, achieving unparalleled sensitivity, selectivity, and stability

Cheel is pioneering a breakthrough solution to one of the most critical challenges in energy storage – thermal runaway.

We embed real-time temperature data from inside battery cells to prevent thermal runaway and unlock technology barriers across mobility, energy storage, defense, and all battery-powered platforms towards a full NetZero future.

Our founding team of three bring vast experience in the Automotive & Energy sectors, core development and material science experise, scale up and operations. We posses the market knowledge and connections, ability to invent & develop breakthorugh technologies, and skills to scale our business to execution.

We are currently at TRL 4, with technology validated in lab – A prototype component validated under controlled conditions.

Our pre-seed non-dilutive funding to date, comes from family and friends, and we are seeking further seed funding to accelerate our development.

WaveSpark cool team is built from experts in mobility and energy systems testing, oceanography, wave physics and naval engineering. We develop multi-functional wave energy converter economically harvesting sea waves, wind and solar energy. We analyzed the experience of 180 startups which formed wave energy industry from 1990-s and several thousand patents. This allowed us to find where to innovate for best solutions and which mistakes to avoid.
These floating structures have to stay near the shores where clean energy consumers are – communities, marinas, ports, aquaculture, desalination, resorts, scientific and governmental organizations, floating and on-shore e-boat and EV chargers. Power is produced and stored both on-board and on-shore allowing to develop e-boat-based fishing, tourism, transport and research as well as build floating mobile communications, marine traffic surveillance and scientific installations.
Our design is Zero Harm to the Sea© – sea water is the working fluid, material degradation in the sea is avoided, everything is lubricated by sea water or edible greases, biocide-free – fouling with marine plants is welcome, and anchors are artificial reefs to host marine flora and fauna. Major share of power equipment is on-shore making these systems affordable. After de-commissioning floating elements will serve as pontoons in marinas or aquaculture

Maji is an AI-powered biomass analysis platform built specifically for wastewater treatment plants. By combining microscopic imaging with real-time operational and process data, Maji serves as an intelligent assistant to engineers, operators, and plant managers, enabling proactive and informed decision-making.

The platform continuously monitors facility-specific biomass baselines and trends, transforming complex data into clear, actionable insights. This empowers users to detect problems early, troubleshoot faster, and optimize performance, reducing operational costs, minimizing disruptions, and improving compliance.

Maji delivers immediate value from day one with rapid diagnostics, intuitive reporting, and seamless integration, requiring no additional hardware, staff, or specialized training. Already deployed in municipal and industrial AS/MBR/SBR facilities, Maji is setting a new standard for efficient, smart wastewater treatment

Aquatis is a climate-focused technology company specializing in predictive maintenance for critical rotating equipment in the water, energy, and industrial sectors. Our mission is to prevent critical machinery breakdowns and through that reduce energy waste, extend infrastructure lifespan, and support the resilience of systems essential to climate adaptation, including water utilities, desalination plants, wastewater treatment, and renewable energy operations such as geothermal.
Our AI-driven solution combines advanced vibration and temperature sensors with machine learning and expert analysis to deliver actionable, real-time insights. This enables operators to detect faults early, avoid catastrophic failures, and optimize performance without the need for lengthy benchmarking or historical data.
While traditional predictive maintenance uses sensors and data to detect early signs of mechanical issues, Aquatis goes further by providing precise recommendations on what is wrong, where it is happening, and how to fix it. This enables faster, more effective action.
By improving the efficiency and reliability of pumps, turbines, compressors, and other energy-intensive equipment, Aquatis directly contributes to lowering carbon emissions and operational costs. With deployments ranging from Israel’s largest utilities and desalination plants to international pharmaceutical giants and U.S. renewable energy sites, Aquatis is shaping a more climate-resilient industrial landscape one machine at a time

Cooling Crops is delivering food security by helping farmers combat land degradation and thermal stress. Our patented sprayable powder delivers a dual-action solution: applied to soil, it restores the natural microbiome and boosts nutrient absorption; applied to plants, it enhances thermal resilience and accelerates growth. Based on a Hebrew University spin-out, our technology has been proved to increase water and nitrogen fixation, strengthen soil, and regulate temperature – improving crop yields and quality while expanding arable land in the face of growing agriculture needs.

YAMIM is a climate-tech aquaculture startup that uses on-site computer vision and cloud AI to produce and optimize natural live feed from local aquatic microorganisms, replacing a significant share of imported, industrial feed. By closing nutrient loops on the farm, we reduce feed shipping and embedded emissions by an estimated 50–60%, improve circular use of water and biomass, and strengthen local farm economies.
Our precision feeding and live-feed production lower nitrite and waste loads, creating cleaner aquatic environment and more resilient ecosystems, while improving feed conversion ratios and fish health. YAMIM directly advances SDGs around sustainable food systems, responsible production, and life below water, and targets a massive opportunity to disrupt how protein is grown in over 500,000 aquafarms worldwide and a $120B global market.

WADIS is an Israeli company developing globally patented water treatment technologies based on micro and nano high-voltage electrical discharges. Our innovative systems treat all types of water and wastewater — efficiently, safely, and without chemicals — delivering major environmental and operational benefits.

In wastewater treatment plants (WWTPs), our technology:

Increases biogas production by up to 30%

Expands WWTP treatment capacity without infrastructure upgrades

Eliminates environmental odors

Reduces carbon emissions significantly

Our EPOP (Electro-Pulse Oxidation Process) platform treats and recycles industrial wastewater by removing 97–98% of hazardous contaminants, preventing pollution of underground water tables and supporting safe water reuse.

WADIS has already completed successful pilot trials in the UK, treating agricultural biowaste from cow and pig manure and food production, with excellent technical and economic results. Additional pilots are underway in Brazil and being explored in the United States, including PFAS (forever chemicals) removal applications.

WADIS targets a fast-growing, multi-billion-dollar global market in municipal, industrial, and agricultural water treatment. Our solutions are compact, energy-efficient, and uniquely positioned to support the transition to circular water systems and low-emission operations.

WADIS was founded and is led by Alan Silberman, an Industrial Civil Engineer (Universidad de Chile) with an M.Sc. from the Technion – Israel Institute of Technology.

H2OLL is an Israeli company that has developed groundbreaking atmospheric water generation (AWG) technology capable of producing water from air even in low humidity conditions.

The company’s vision is to provide sustainable, affordable, and off-grid drinking water anywhere, anytime. H2OLL’s technology stands out for its ability to function in arid regions, operating with as little as 5g of water vapor per kg of air. This makes it suitable for water-scarce areas like southwestern U.S., northern Mexico, India and more.

H2OLL’s innovative approach not only provides a reliable water source but also offers an environmentally friendly alternative to bottled water and expensive logistics chain, in developed areas.

In 2024, H2OLL unveiled its first full-scale water-from-air system in the Negev desert, marking a significant milestone in addressing global water scarcity.

GALMOBILE is The World’s First Water Purification Vehicle, a one-of-a-kind solution providing safe drinking water anywhere, anytime. Mounted on an ATV, it can rapidly deploy to emergency zones, remote communities, military operations, and disaster-stricken areas. The system draws water from any source—rivers, lakes, wells, or seawater—and purifies it to WHO drinking water standards within minutes.

GALMOBILE operates independently, requiring no external power or infrastructure. It features an integrated energy supply and advanced filtration technologies, including ultrafiltration, reverse osmosis, and more, ensuring the removal of bacteria, viruses, chemicals, and heavy metals. A single unit can produce up to 140,000 liters of potable water per day, supporting communities of up to 20,000 people.

One of its kind in all over the world, GALMOBILE is designed for rapid deployment, intuitive operation, and minimal maintenance, making it ideal for governments, humanitarian organizations, and emergency response teams. Tested and proven in real-world scenarios, including military and disaster relief operations, GALMOBILE ensures water security in the most challenging environments. Its compact, all-in-one design makes it a game-changer in emergency water supply and sustainable development initiatives worldwide.

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.

The conversion of organic waste to biogas is an important process which is presently highly inefficient. As a result most of the potential green biogas is not produced and more methane is emitted. Our groundbreaking technology achieves cell break-down with less than 1 watts per litre. This minimal power requirement is orders of magnitude less than competing technologies (from Veolia and Cambi for instance), which keeps the parasitic power demand low and improves the economic viability of the application.

RePower is an innovative leader in agricultural waste management and renewable energy, dedicated to transforming agricultural waste into valuable energy sources. Our core product is a cutting-edge digital platform that integrates a highly precise sensor and a Software-as-a-Service (SaaS) solution. This platform allows biogas companies to assess the energy potential of agricultural waste in real-time, optimizing feedstock mixtures and increasing energy output by 10-30%.
RePower is led by Shir, our experienced CEO, and co-founder Zvika Weiss, a serial entrepreneur with a passion for driving sustainable solutions. The team includes Professor Beni Lew, a renowned expert in waste-to-energy technologies, and Dr. Zeev Shmilovitz, a leading authority in the development of high-precision Near-Infrared (NIR) sensors. Together, our team combines deep expertise in waste management, advanced sensor technology, and business development, positioning RePower at the forefront of the renewable energy industry. We are committed to enhancing the efficiency, profitability, and environmental impact of the agricultural biogas sector through innovation and strategic partnerships.

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.

By 2025, two-thirds of the world’s population will face freshwater shortages. While fresh water makes up only 1% of the Earth’s water, more than 70% of it is used in agriculture. To address this issue, RHST Industries has developed the WaterPearls evaporation control solution. WaterPearls is a nature-based solution specifically designed to reduce water loss due to evaporation. The pearls create a barrier that restricts moisture evaporation by up to 80%, reducing the amount of freshwater needed for irrigation by up to 60%. The pearls are inert and 100% UV-biodegradable. Thousands of WaterPearls are packaged in large mats, which are laid down over the root zones of trees. The breathable mesh surface allows irrigation lines to be placed on top, ensuring even water distribution. Workers can walk over the mats easily, and they require minimal maintenance, lasting up to 50 years.

Climate-Eyes is a startup company providing cloud based Decision Support Systems based on satellite imagery, ecology, cloud software and AI for tackling challenges in the water sector. Our scalable cloud SW platform uses ecological models along with our proprietary algorithms to provide analysis, recommendations and actionable insights.

With our real time cloud platform Water Companies can get insights based on satellite images for Water Resources Management (WRM) and Water Quality (WQ) in their reservoirs, lakes, dams, surface water assets and infrastructure. They can see the trends, get early warnings, ecological recommendations and actionable insights.

Climate-Eyes is backed by MEKOROT, the Israeli national water company and a global innovation leader in WaterTech. In addition, Climate-Eyes is affiliated with the ASTRA accelerator program for startups in the aerospace industry, powered by STARBURST Aerospace, and Israel Aerospace Industries (IAI).

BioCastle manufactures and sells SBP capsules. The SBP is a proprietary deep tech in the microbiology space, originally developed for bioaugmentation in water and wastewater treatment.

The SBP capsule (Small Bioreactor Platform) is a 2.5 cm bioreactor. The capsule is a 3-D microfiltration membrane that holds bacteria inside without being able to escape. Other bacteria cannot penetrate but water with contaminants will penetrate the capsule and get treated.
With the SBP capsules we know what type of bacteria, how much bacteria and where the bacteria is located within any water body.

The concepts of engineering a wastewater treatment facility have not changed in the past 100 years and all advancement was on an engineering level. Our approach is on a microbial level and therefore we can achieve significant advantages such as turning accumulation ponds into treatment ponds and not having to transfer bodies of water through treatment media. Instead, we transfer contaminants.
At the end of the day, we can save 10-15% of the sanitary wastewater treatment plants built by adding 10-15% capacity to the existing ones.
For some industries, we can save up to 70% on their CAPEX for wastewater treatment.

ASTERRA delivers actionable intelligence to advance Earth’s resource resilience.

Evolution Water is spearheading a transformation in global water management. We are harnessing the power of Artificial Intelligence (AI) and innovative algorithmic solutions to facilitate this paradigm shift.

Key issues we address:

Rapid Urban Growth: In an era of unprecedented urban expansion, we strive to ensure the optimal use and management of water, our planet’s most precious resource.

We firmly believe in the role of advanced technology in combating environmental challenges and creating sustainable solutions for the future.

Our pioneering AI technology, in tandem with our distinctive algorithmic solutions, allows for a predictive and preventative approach to water management. This proactive methodology sets us apart in the industry and creates a new norm in sustainable water infrastructure practices.

Through our strategic alliance with Mekorot, we are committed to producing comprehensive, actionable climate impact data.

We warmly invite you to join us on our transformative journey as we challenge the status quo in water management. With our innovative technologies and strategic collaborations,
we aim to make a significant contribution to our shared vision of a sustainable future.

Israeli start-up developing and marketing its products: Water Aeration Modules and Wastewater Treatment BIOREACTORs.

BeAir is unique in the Atmospheric Water Generator Market (AWG), focusing on the industrial water segment. Their non-porous membrane continuously extracts the water vapor naturally held within the air and processes only the vapor molecules, condensing them to harvest pure water.

Manufacturer of a unique real-time water quality and safety monitoring system with a powerful AI software analysis capable of detecting specific chemical and biological ontaminants both

Our Vision:
To solve the world’s fresh water scarcity problem with a cost effective and environmentally friendly seawater desalination process.
How?
By using our innovative proprietary method of Nano-Desalination – a groundbreaking patented desalination technology based on nano-robotics.
The sustainable process significantly reduces costsa and improves water quality

Purammon’s unique W2toH2 technology electrolyzes industrial wastewater instead of freshwater to generate green hydrogen that replaces fossil fuels and reduces industrial GHG emissions.

Laguna Innovation offers a complete solution to meet two global challenges with systemic implications: inadequate wastewater treatment infrastructure and water scarcity. Our patented WASH system (U.S. Patent 11,597,671) is virtually sludge-free, energy-autonomous, and remotely monitored, making it suitable for areas where centralized water and sanitation networks are infeasible or are failing. By operating at the water-energy-food nexus, Laguna Innovation’s technology enhances community resilience and sustainable development by reducing water-borne health risks, mitigating environmental pollution, and providing a reliable, high-quality water source for food production.