Novacycle Industrial Ecosystem

A Modular Approach to Zero-Waste Energy & Materials

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The Three-Stage Recovery Process

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Stage 1: High-Temperature Molecular Transformation

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At the heart of the facility is the vertical steel reactor, protected by high-grade refractory materials lining.

• Feedstock Management: Automated bunkers and transporters handle raw MSW.

• Thermal Efficiency: A specialized recuperating heater prepares the "Hot Blast" for the 17500C allothermal reactions.

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Stage 2: Advanced Gas & Liquid Purification

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We don't just "burn" waste; we refine the resulting gas and molten products at a molecular and elemental level.

• Extraction: Cyclones and scrubbersseparate raw gas mixture from water and particles.

• Purification: Catalytic filters and membranes remove sulfur and impurities to create "Blue" Syngas.

• Storage: Clean syngas is stored in dedicated holding tanks, ready for conversion or electricity generation.

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Stage 3: Circular Commodity Production

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This is where Novacycle creates profit from what others throw away.

• Metals: A direct casting system turns melted multi-metal alloys into industrial goods.

• Construction Materials: Slag is processed through grinding and sifting into high-grade concrete fillers.

• Energy: A sygas turbine and boiler system generates grid-ready electricity and overheated steam.

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The "Green-Loop" Expansion (Optional Systems)

Our design allows for immediate integration of "Climate-Positive" infrastructure:

1. The Carbon Greenhouse: Utilizing CO2 and water vapor for vertical farming.

2. Liquid Fuels: Converting Syngas into Methanol or Ethanol.

3. District Heating: Supplying hot water directly to city residents.

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Engineering Integrity

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• Lifespan: Designed for a 10-year continuous resource cycle.

• Smart Control: Full automation with security, ventilation, and onsite communication networks.

• Infrastructure Ready: Optimized for standard access roads, gas/water pipelines, and sewage connections.