Waste to Energy
At EcoVida, waste isn’t something to get rid of it’s fuel waiting to be unlocked. Our waste-to-energy systems convert local waste streams into clean hydrogen, renewable gas, stable biochar, and carbon credits. Whether we’re working with sugarcane residue, green waste, vinasse concentrate, or municipal sludge, our systems extract energy, recover nutrients, and leave nothing behind but value.
Unlike conventional energy systems that rely on centralized infrastructure and imported fuels, we design decentralized, modular platforms built to thrive on local feedstock. Every waste stream has a different energy profile and we design accordingly.
Woody Biomass & Green Waste
Yard trimmings, palm fronds, forestry cuttings, brush, and other green waste are typically landfilled, burned, or chipped with little long-term benefit. EcoVida’s pyrolysis systems turn these materials into energy-rich gas for local power or heat, while producing stable biochar that can be applied to soil or sold into carbon markets. In regions with high landscaping or fire-prevention waste, such as resorts, islands, or municipalities, this becomes a decentralized, carbon-negative energy solution that replaces diesel, reduces disposal costs, and builds long-term climate value.
Sewage, Vinasse & Concentrated Organic Waste (CMS)
Distillery vinasse (raw or evaporated), municipal sludge, and other high-strength organic effluents represent a costly and often overlooked energy resource. Through anaerobic digestion, EcoVida converts these high-moisture waste streams into methane-rich biogas for clean heat and power. The remaining digestate is refined into liquid biofertilizer, closing the nutrient loop and reducing the need for imported synthetic inputs. This approach lowers wastewater treatment burdens, slashes emissions, and qualifies for renewable fuel and carbon credits, especially valuable for distilleries and utilities managing large volumes of difficult liquid waste.
Agricultural Waste – Bagasse, Husks, and Crop Residue
Sugarcane bagasse, rice husks, corn stover, and nut shells are abundant, seasonal byproducts that often pile up with limited end use. EcoVida’s pyrolysis systems unlock their full potential by generating clean-burning syngas or hydrogen, while leaving behind high-carbon biochar that improves soil structure, water retention, and nutrient efficiency. In harvest-heavy regions, these systems convert surplus biomass into year-round value—supporting energy independence, regenerative agriculture, and scalable carbon removal in one integrated platform.