Eco-Growth Technology: Revolutionizing Greenhouse Operations for a Sustainable Future Greenhouse operators face a dual challenge: maintaining optimal crop conditions while minimizing their environmental footprint and operational costs. Eco-Growth Technology offers a game-changing solution tailored to greenhouse operators. This article explores five key facets of Eco-Growth's technology that are transforming the landscape for greenhouse operators. 1. Landfill Avoidance: A Circular Approach to Waste Eco-Growth's commitment to sustainability extends to waste management. The technology employs a circular approach that effectively avoids sending waste to landfills. 2. Biomass: A Sustainable Alternative to Natural Gas Eco-Growth Technology provides greenhouse operators with a sustainable alternative to natural gas. By utilizing carbon-neutral biomass as the primary energy feedstock, greenhouse operators can dramatically reduce natural gas costs. 3. CO2 Capture and Delivery: Enhancing Crop Growth The technology includes CO2 capture and delivery systems, optimizing greenhouse conditions. Carbon dioxide is essential for photosynthesis, and EcoGrowth's solution ensures that crops receive an ideal concentration of CO2. 4. Electricity Cost Reduction: Smart Energy Management Eco-Growth’s “Wheel Weight Transfer” electricity technology is a novel way to generate electricity through the capture of gravitational forces. Greenhouse operators can significantly lower their monthly electrical bills to virtually zero. 5. Creation of VER Credits: Monetizing Sustainability Eco-Growth technologies have been 3rd party validated for inclusion on the Pericarbon.org VER Registry. Greenhouse operators can monetize these VER credits by trading them in voluntary carbon markets or using them to offset their own emissions.
Organic waste generated: (10,000 – 20,000 kg/week). Average 15,000 kg/week or 780,000 kg./year. Estimated moisture content: 50% Landfill disposal cost: $16,750 / month ($201,000 /year) Cardboard waste generated: 900 kg./week (46,800 kg./year) Disposal cost: $4,500 / month. Total spent on organic & cardboard waste: $21,250/week or $255,000/year.
ENERGY RECOVERY BIOMASS BOILER LCB600 – 800,000 Btu
CO2 from Energy Recovery Biomass Boiler exhaust is captured in sealed carbon capture vessel. CO2 is allowed to off gas into greenhouse to maintain optimal CO2 levels.
Our Newest GREEN Technology Development
TA500 – 375 kilowatts of output Zero carbon emissions. Annual kilowatt output: 375 kW x 24 hours x 365 days = 3,285,000 kWh/year. Price paid per kWh: $.125 Savings per year: 3,285,000 x $.125 = $410,625
Powered by Gravitas Energi - technology release 1st quarter 2024
Methane pollution from landfills is a major contributor to greenhouse gas emissions
Putting a Number on Landfill Methane Pollution
VER Marketplace
CALCULATING EMISSION REDUCTION (VER): Natural Gas: 5,584.5 MMBtu reduced x 54 kg/CO2/MMBtu = 301,836 kg CO2 reduced annually by using biomass. Electricity: 3,285,000 kWh x .66 kg CO2/kWh (Alberta average emission factor per kWh) = 2,168,000 kg CO2 reduced annually through use of Gravitas Energi technology. Landfill Methane – Organics: 15,000 kg / week x 8.4 kg/CO2e methane multiplier = 6,552,000 kg CO2e reduced annually. Total Annual CO2 Emission Reduction: 301,836 + 2,168,000 + 6,552,000 = 9,021,836 (9,022 metric tonnes)
Shredders – Dehydrators – Energy Recovery www.Eco-Growth.ca