Enecovery technologies are designed for holistic waste-to-energy solutions. Our offerings can be installed independently or in customized combinations based on:

• Waste type
• Local environmental considerations
• Energy recovery goals
• Economic feasibility

Products & Services

• Waste-to-Energy Plants (municipal and industrial applications)
• Reforming mixed municipal, agricultural, industrial, plastic, and rubber waste.
• Produces hydrocarbon liquid fuels, syngas, hydrogen, e-methanol, green carbon, electricity, and water.
• Same-day conversion without segregation or drying.
• High scalability, safety, and sustainability compared to traditional methods.

Clean Fuel Production: Hydrocarbon liquids, hydrogen, syngas

Clean and green byproducts – Methanol, MDI, Polyol, Acetic Acid, MDI, Chloro methane, Methyl Formate, Methyl Amines and DME etc.

Green Carbon Production for industrial applications

Renewable Electricity Generation

Technology – Molecular Reformation of Waste to clean and green energy derivatives

Enecovery’s Waste-to-Energy (WtE) plants convert mixed solid waste into valuable energy resources on the same day of generation using our patented process “Molecular reformation of waste to clean and green energy derivatives”. This clean, sustainable, and eco-friendly technology plays a vital role in mitigating waste proliferation and promoting a circular economy.

The molecular reformation process reforms mixed organic, agricultural, plastic, rubber, and municipal waste into hydrocarbon fuels, gas, carbon, and water—without the need for segregation or drying. Operating at temperatures up to 450°C, the process ensures negative carbon footprint (CO₂ savings) and supports decentralized, community-level installations to minimize waste collection and transportation challenges.

Output Utilization

Hydrocarbon Gas:

• Renewable Electricity Generation
• Produces hydrocarbon liquid fuels, syngas, hydrogen, e-methanol, green carbon, electricity, and water.
• High scalability, safety, and sustainability compared to traditional methods.
• Clean Fuel Production: Hydrocarbon liquids, hydrogen, syngas
• Clean and green byproducts – Methanol, MDI, Polyol, Acetic Acid, MDI, Chloro methane, Methyl Formate, Methyl Amines and DME etc.

Oil: Can be utilized in generators and industrial furnaces.

Carbon: Green Carbon Production for industrial applications as fuel, biochar, and anode material for Li-ion batteries

Water: Water is reused for cooling, horticulture, or purified for potable use.

Enecovery plants operate as zero-discharge systems, ensuring complete reuse of by-products. The compact, modular design allows scalability for both centralized and decentralized waste management, from city applications to community reforming stations.

The process uses a low temperature, thermally assisted catalytic process which is broadly classified as a thermal cracking process, with an operating temperature ranging from about 350 to 450 degrees celsius. This process adds to the environmental benefits and ensures carbon (CO₂) savings (Negative CFT) in the broader perspective.

The compact design and eco-friendly process, helps the design of plants to have the flexibility of installation at convenient locations. The WtE plants have modular capacities from 0.5 TPD to 200 TPD per module, enabling scaling up to required levels.