Farming for the Future
Using our technology we are able to significantly increase farming yields and regenerate the environment in some of the harshest locations on earth
"The idea behind our process is simple. It combines two unlimited resources - sunlight and seawater - to provide ideal growing conditions for crops in hot, arid environments."
Charlie Paton
TEP Chief Engineer
Owner of Seawater Greenhouse
Our Greenhouse
Using a blend of ground-breaking modern technology and ancient farming techniques, our greenhouses increase the productivity of farming and also regenerate the surrounding environment.
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The innovation utilises the cooling and humidifying power of water vapour produced from evaporating salt water. Using modeling and simulation techniques developed in collaboration with our partners at Aston University, we are able to process local climate data to predict greenhouse performance and inform the design.
Due to the evapotranspiration process and the increase in albedo from our crops within the greenhouse, a local microclimate is created that is cooler than the surrounding dry area. The microclimate sparks the regeneration of the surrounding underproductive land creating fertile swathes of regenerated, productive farm land
OPERATIONS
We Create Bespoke Operations and Risk Management Systems to Ensure that our Greenhouses are Always Operating at the Optimum Level of Productivity
Computer Modelling
In all of our locations, pre-construction, we use modelling software and satellite imagery to simulate the growing environment and design the greenhouse to achieve optimal growing conditions in that specific location.
Bespoke Management Systems
We use a combination of our Evaporative, Desalination & Biodiversity Systems, Integrated Pest Management Programs and Risk Management Strategies to achieve farming yields up to 39 times greater than current, traditional outdoor farms.