Green Blaze - A unique mobile complex for the processing of municipal solid waste and organic waste

Disposal and Processing

Industrial and Municipal Waste
Rubber and Plastic
Wood Waste
Agriculture Waste
Livestock Waste
Oil Sludge

Outcome

Electric Power
Heat Energy
Distilled Water
Ash Residue

GreenBLAZE - is a universal mobile multifunctional processor featuring no open burning, operated under high-temperature vacuum destruction method

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Key Highlights

Environmental Safety

Due to design features and temperature conditions, the greenBLAZE operation is not based on burning. Instead, the processor decomposes feedstock to the molecular level, completely destroying toxic substances that pollute the environment and affect people and wildlife.

MOBILITY

The processor occupies 25 sq.m. and can be installed on movable platforms such as trucks, vessels, or railway platforms.

SELF-CONTAINED OPERATION

greenBLAZE requires NO connection to external power sources

UNIVERSALITY

greenBLAZE does NOT require preliminary waste sorting

Technical Specifications

Operating parameters of the complex

Single load	up to 5 m3/hour
Output power	up to 1 MW
Chemical process efficiency	84.4% resource conversion
Time to operational mode	12 hours
Synthesis products consumption for self-heating	no more than 15%
Installation dimensions	10,000 mm x 3,000 mm x 3,000 mm
Total installation weight	10,000 kg
Annual operating hours	8,000 - 8,500 hours/year
Estimated service life	at least 15 years
Required infrastructure	feedstock supply and synthetic product intake
Waste types accepted	organic waste: lignin and poultry manure (moisture up to 75%) plastics, vulcanized rubber, wood waste, oil sludge, PTI, TEO
Service maintenance	once per year
Personnel	2 operators per shift
Operating mode	continuous and/or 24/7

Application Fields

Waste Disposal

Industrial Enterprises

Malls and Commercial Infrastructure

Farming & Agriculture

GreenBLAZE FAQ

How is GreenBLAZE different from conventional waste incineration?

The process is implemented in a closed cycle without open burning. The key principle is high-temperature feedstock decomposition with conversion into useful energy products.

What feedstock types can be processed?

The unit is designed for a broad range of carbon-based materials: municipal waste, plastics, rubber products, wood and agricultural residues, and oil sludge. Final acceptance criteria are defined after feedstock composition analysis.

Is pre-sorting required?

Deep pre-sorting is not required in many scenarios, but project requirements depend on actual feedstock flow and target operation mode. Composition, moisture, particle size, and logistics are fixed during pre-engineering.

What are the output products?

Depending on project configuration and operating mode, outputs may include heat, electric power, fuel fractions, distilled water, and ash residue.

What are the baseline site and operation requirements?

A project needs organized feedstock supply and output handling. Typical operation requires 2 operators per shift, and routine service is usually performed once per year.

How are CAPEX, OPEX, and payback calculated?

Project economics are always site-specific. They depend on feedstock type and volume, target energy product, logistics cost, and loading profile. A reliable model is prepared during project-level techno-economic assessment.

Are there documents for the Russian and EAEU market?

The page includes equipment certification materials: technical specifications, EAEU declaration, sanitary conclusion, and conformity certificate.

How long does it take to reach operating mode?

For a typical configuration, the transition to operational mode is about 12 hours. Full commissioning schedule is defined for each project based on site constraints and selected package.

Example of completed processor

Disposal and recycling of used car tires

Disposal and recycling line for used car tires with conversion into fuel products.