Revolutionizing food production
with zero-waste aquaponics
About | Who we are?
Our Vision
To transform global food production by pioneering scalable, zero-waste aquaponic systems that deliver fresh, sustainable protein and produce — anywhere in the world.
Our Mission
We develop cutting-edge, modular aquaponic technologies that integrate land-based fish farming with smart water and nutrient recovery systems. Our approach eliminates waste, drastically reduces emissions and transport costs, and ensures year-round local food production — even in urban and resource-limited settings.
The Opportunity
The world is demanding sustainable protein. Traditional aquaculture is resource-intensive, while agriculture faces land and water scarcity. Our solution turns nutrient-rich fish waste into a resource, powering a closed-loop system that grows fish and plants together, efficiently and profitably.
Our Value
We’re building a circular aquaculture economy — one that empowers local food resilience, reduces global supply chain dependence, and addresses environmental challenges head-on. With each unit deployed, we’re advancing food security, climate action, and community empowerment.
Maayan Bar
Co-Founder and CEO
Maayan Bar, Co-Founder & CEO
• • 25 years of multidisciplinary executive management experience in
public and private corporations and startups operating in the climate
tech, resource efficiency, waste and wastewater management,
renewable energy, agriculture and industrial spaces
• • Member of the Israel Bar Association; Solicitor of the Supreme Court, Law Society of England and Wales
• Executive MBA from University of Bradford, UK, and Law degree (LL.B.) from University of London
Amit Gross
Co-Founder & Chief Scientist
• World-leading expert in water treatment, water quality, and aquaculture engineering. His research focuses on advanced aquaculture systems, resource recovery, and circular economy principles.
• Professor at Ben-Gurion University of the Negev; held key leadership roles, including Chair of the Department of Environmental Hydrology and Microbiology and Director of the Zuckerberg Institute for Water Research.
• Expertise in innovative water treatment technologies, sustainable agriculture, and the safe reuse of marginal water sources. Extensive experience in applied research and policy advising.
• Collaborates with industry and government agencies to develop sustainable water solutions for arid and semi-arid regions.
Uri Yogev
Co-Founder & CTO
• Specialist in aquaculture and water treatment, with extensive experience in research, consultancy, and industry applications.
Served as Research Scientist at the Israel Oceanographic & Limnological Research Center, focusing on Recirculating Aquaculture Systems (RAS), water quality, and sustainability.
• Conducted postdoctoral research at leading institutions, including Ben-Gurion University and the National Center for Mariculture, contributing to pioneering studies on zero-discharge aquaponics and bioenergy recovery.
• Currently a consultant advising companies and government agencies on water treatment, aquaponics, and data analysis
Technology | Our Zero-Waste configuration
Most productive aquaponic system
Aquafinitis technology transforms every drop of water and every bit of waste into valuable resources. By fully recovering nutrients and energy, the system achieves up to 5 times higher productivity compared to traditional aquaponics. This ensures stable, year-round food production with strong profitability.
Full and separate control of each produce stream
Aquafinitis multi-loop design gives fish and plants independent, optimized environments. Each stream can be controlled separately, eliminating trade-offs and guaranteeing the best possible growth conditions. This flexibility allows farmers to adapt production to different markets and needs.
Zero waste
In our system, nothing goes to waste — all outputs are recycled back into the cycle. Organic residues from fish and plants are converted into fertilizer and clean energy, powering the system itself. This circular approach reduces costs while protecting the environment.
Off-Grid System – 100% Self-Powered
Aquafinitis operates entirely off-grid, powered by a combination of solar energy and biogas. It requires no external electricity, making it reliable and cost-effective even in remote or infrastructure-limited areas. Farmers gain independence and resilience without compromising efficiency.
Utilizing water of varying salinity levels.
Aquafinitis operates with fresh, brackish, or even saline water, opening new opportunities for food production in regions with scarce freshwater. Thanks to our Zero-Waste design, the system is also Zero-Discharge: no brine or effluents is released into the environment. This eliminates one of the key environmental challenges of saline aquaculture, making production sustainable anywhere.
Applications
Commercial Small Farms
Aquafinitis transforms small-scale fish farms into highly profitable, zero-waste operations. Farmers can maximize their revenue by producing both fish and vegetables, while generating clean energy from waste. The system’s efficiency and short payback period make it an accessible and sustainable upgrade for local producers.
Smart Cities Urban Systems & Farm-to-Table
Aquafinitis brings fresh, sustainable food production directly into the heart of cities and hospitality venues. By integrating compact, zero-waste aquaponic systems into urban landscapes, luxury hotels, restaurants, and smart city projects can secure a reliable source of premium fish and vegetables. This reduces transport emissions, guarantees freshness, and strengthens local circular economies while delivering a true farm-to-table experience.
Food Security Projects – Collaborations with NGOs
Aquafinitis is a game-changing solution for regions facing food insecurity, water scarcity, or climate stress. In partnership with NGOs and aid organizations, we enable communities to produce protein and vegetables independently, using minimal resources and no external energy. This approach empowers vulnerable populations while protecting the environment.
Sustainability
Environmental Impact
Aquafinitis is built on circular economy principles, creating food systems that are not only sustainable but also resilient to climate change and resource scarcity. By eliminating waste and closing resource loops, the system recovers nutrients and energy, reduces carbon emissions, and minimizes water use. With zero discharge and full reuse of organic streams, Aquafinitis delivers environmentally safe, climate-resilient, and economically viable food production anywhere.
SDGs – Our Contribution to Global Goals
Aquafinitis directly supports multiple UN Sustainable Development Goals (SDGs) by providing clean food, water, and energy solutions. From enabling local livelihoods and reducing hunger, to advancing education, innovation, and climate action – our system is a catalyst for sustainable development worldwide.
