WEF Nexus Innovations Database

Cultivation of plant species for use in producing biofuels, electricity, and thermal energy.

Solar-powered logistics systems designed to maintain cold storage for perishable goods during transport and distribution.

Tracking devices powered by solar energy to monitor livestock and wildlife for farming and conservation purposes.

Solar-powered systems for real-time transmission of environmental and agricultural data from remote sites.

Weather monitoring systems powered by solar energy to support agriculture and climate resilience.

Water treatment systems powered by solar energy to purify wastewater and supply clean water to communities.

Harvesting equipment powered by solar energy, improving efficiency and sustainability in agricultural production.

Solar-powered systems that monitor bee activity, temperature, humidity, and hive health in real-time to support sustainable apiculture.

Water tanks with solar-powered systems to regulate water levels, automate distribution, and support efficient water use.

Roof systems combining photovoltaic panels with green spaces to produce energy and grow food while enhancing building efficiency.

Hydroponic systems powered by solar energy, enabling sustainable, high-yield farming in resource-constrained areas.

Devices that use solar energy to pasteurize water and milk, ensuring safety and extending shelf life in off-grid settings.

Systems that harness solar energy to heat water for household, institutional, and agricultural applications.

Enclosed, solar-powered tents designed to dry agricultural products, improving preservation and reducing post-harvest losses.

Stoves that harness solar energy to cook food, offering a clean, fuel-free alternative to traditional biomass stoves.

Solar-powered devices that purify water through distillation, offering safe drinking water in low-resource environments.

Lighting solutions powered by solar panels, enhancing safety, education, and productivity in energy-poor regions.

Refrigerators powered by solar energy to preserve perishable food and medicines in remote and off-grid regions.

Irrigation systems powered by solar energy that deliver water efficiently to crops, reducing reliance on fuel and labor.

A low-cost method that uses solar radiation to disinfect drinking water in transparent bottles.

Compact, solar-powered units that purify seawater or brackish water to produce safe drinking water in remote or disaster-affected areas.

Greenhouses using solar energy to manage temperature, ventilation, and irrigation for improved crop yields year-round.

Grain milling units powered by solar energy that reduce manual labor and improve food processing efficiency in rural areas.

Solar-powered refrigeration units designed to preserve perishable goods in rural or off-grid areas, reducing food losses and improving supply chains.

Shared cooking facilities powered by solar energy, promoting clean cooking, social cohesion, and food security in underserved communities.

Devices that harness solar energy to dry and preserve fruits, vegetables, and other food items in a low-cost, off-grid manner.

Solar-powered pumps that extract groundwater or surface water for irrigation, livestock, and drinking water in remote or off-grid areas.

A holistic land management approach that integrates food, water, and energy systems based on ecological principles.

A system for collecting and storing rainwater for use in irrigation, domestic supply, or groundwater recharge

Beehives equipped with solar-powered systems to maintain optimal hive conditions and monitor bee health.

Sensors using solar energy to monitor environmental and soil conditions, supporting data-driven precision agriculture.

Solar-powered incubators that maintain optimal temperature and humidity to hatch poultry eggs in off-grid or low-resource areas.

Fish tanks using solar energy to power aeration, filtration, and temperature control, enabling sustainable aquaculture.

Rice hulling machines powered by solar energy, enhancing efficiency and reducing manual labor in rural settings.

Solar-powered devices that dehydrate crops post-harvest, extending shelf life and reducing food waste.

Solar-powered devices that chill and preserve milk, reducing spoilage in off-grid dairy value chains.

Tablets that use solar-activated compounds to accelerate water purification, providing safe drinking water in low-resource settings.

Mobile, solar-powered units equipped with telemedicine tools to deliver remote healthcare services in underserved regions.

Decentralized solar energy systems that provide reliable electricity to communities without grid access.

Systems that use solar energy to purify water, providing safe and clean drinking water in off-grid and remote areas.

Decentralized hydropower systems integrated with microgrids to supply clean electricity and power water-related applications in rural areas.

A water-efficient irrigation system that delivers moisture directly to plant roots, reducing evaporation and runoff.

A closed-loop farming system that integrates aquaculture and hydroponics, using fish waste to nourish plants and plants to purify water.

A pump-free irrigation method using gravity and terrain slope to distribute water efficiently across farmland.

A soil enhancement method using biochar to improve water retention, nutrient availability, and long-term soil health.

A renewable-energy irrigation system that uses wind turbines to pump groundwater or surface water for agricultural use.

A refrigeration unit powered by biogas generated from organic waste, offering sustainable cold storage for food in remote areas.

A water-efficient, nutrient-rich farming system that grows crops without soil, ideal for urban and resource-scarce areas.

A mobile, solar-powered unit that purifies contaminated water to produce safe drinking water in off-grid and remote locations.

A solar-powered system that converts seawater or brackish water into clean drinking water without reliance on grid electricity.

A do-it-yourself biogas plant for households, using basic plumbing materials to convert organic waste into clean energy and fertilizer.

A do-it-yourself biogas plant for households, using basic plumbing materials to convert organic waste into clean energy and fertilizer.

A water wheel-driven pump that irrigates farmland using the kinetic energy of rivers or canals; no fuel or electricity required.

A clean cooking and energy access solution combining solar and biomass energy through battery-powered air ventilation and electricity generation.

A zero-emission seed storage silo made from local materials that reduces post-harvest losses and enhances food security for rural farmers.

A floating, low-cost buoy prototype designed to remotely monitor water quality parameters in aquaculture systems.

A small-scale biodigester constructed with locally available materials for decentralized biogas production.

An open-source, small-scale biodigester design using PVC components and FreeCAD models for easy replication.

A web-based geospatial platform for integrated analysis and planning across water, energy, and food systems.

Utilizing wind energy to pump water for irrigation and drinking purposes in remote areas

Internet access points powered by solar energy, providing connectivity in remote areas.

Devices that use solar energy to produce ice, important for food preservation and medical purposes.

Devices using solar energy to dry fish, preserving it for longer periods

Solar-powered backpacks that purify water on the go.

A low-cost biomass cookstove, co-designed with UC Berkeley and displaced women in Darfur, uses 66% less fuel and cuts smoke emissions by 77%.

A hydro-powered ram pump that lifts water to higher elevations, providing sustainable access for upland communities.

Application of Scheffler type solar concentrators to cooking systems of different scale

A stainless steel insulated cookstove with a convection air duct that burns both fuel and smoke.

Cultivating microalgae as a source of biofuel, providing a renewable energy source and utilizing CO2 emissions

Combining solar and wind energy to provide a reliable and consistent power supply for remote communities

Solar-powered irrigation systems that provide water to crops while simultaneously generating electricity

Solar-powered irrigation system designed for smallholder farmers to enhance crop yields and conserve water.

A system that recycles greywater for reuse in households, reducing water consumption and waste.

A device that collects and stores dew and rainwater to irrigate plants in arid environments.

A device that converts a standard air conditioner into a low-cost walk-in cooler for preserving food

Saltwater batteries designed for long-duration energy storage, safe and environmentally friendly

Affordable drip irrigation systems that conserve water and increase crop yields, designed for smallholder farmers

An open-source, automated precision farming device that plants, waters, and monitors crops using advanced robotics

The Futurepump SF2 is a solar-powered water pump designed for smallholder farmers to enable sustainable irrigation

A tower that harvests water from the air through condensation, designed for use in remote communities.

Solar-powered panels that extract moisture from the air to produce clean drinking water.

A device that condenses water vapor from the air to provide clean drinking water.