Waste
Feasibility, Design, Construction, Automation and Project Management
Sustainable Precincts
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Waste to Energy to Growing
Feasibility, Design, Construction, Automation, Project Management
Waste
Unique Modelling and Feasibility Studies, Design, Construction, Automation and Project Management for:
Waste Resource Projects,
Waste to Energy Projects.
Bioenergy, Biogas, Waste to Energy,
Circular Economy Projects,
Waste to Energy to Growing,
Linking Resources and Recycling Waste Streams
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Energy
Unique Modelling and Feasibility Studies, Design, Construction, Automation and Project Management for:
Renewable and Alternative Energy Projects,
Energy Efficiency,
Energy Storage and Waste Energy Recycling,
Bioenergy, Biogas, Waste to Energy,
Renewable Resources,
Energy Options and Environment Feasibility,
Prediction and Integration of Environment, Energy and Economic Systems,
Energy Automation and Control Systems,
Linking Resources and Recycling Waste Streams,
Zero Discharges
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Growing
Unique Modelling and Feasibility Studies, Design, Construction, Automation and Project Management for:
Greenhouse, Vertical Farm and Urban Farm Feasibility Studies, Growth Prediction, Profit, Energy Assessment, ROI Modelling. Design, Construction and Project Management.
Commercial Algae Feasibility Studies, Project Management, Design, Automation and Construction.
Integrated Greenhouse Control and Automation.
Alternative Energy Solutions including Waste to Energy to Growing.
Automated Vertical and Urban Farm Design and Construction.
Variable Spectrum Intensity and Frequency Lighting.
Co2 Utilisation
Reporting Analysis and Crop Data
Waste to Energy to Growing
Enesys Waste to Energy to Growing (WEG) systems can reverse the detrimental environmental effects of conventional energy production, waste management, and growing systems. We can reduce carbon footprints of conventional protected cropping systems such as greenhouses and high-density vertical farms, and we can also physically and economically link separated industries within the same geographic area.
Waste to Energy to Growing
Sustainable Precincts and Circular Economies
Enesys conducts feasibility and business models for the full development of sustainable precincts as well as linking technologies that bring various industries together to share resources so that they are collectively more productive, profitable and ecologically beneficial.
Algae
Enesys consults and conducts feasibility studies, planning, project management, procurement, design, construction and automation of Algae projects all over the world.
UN Global Compact, Building a Sustainable Future Award Winner: Enesys – Global Table, Seed and Chips 2019
L“An award to honour innovation and those most dedicated to building a sustainable future. Businesses were evaluated on their Impact on People or Planet, their degree of Sustainability, their Scalability and their Business Model. Enesys won due to their development of holistic smart farm technologies called GrowLink – an initiative that offers energy and growing solutions to enable operators of greenhouses, vertical farms, urban farms and livestock to increase quality and yield sustainably by reducing energy and waste management costs.” UN Global Compact.