Municipal Waste Collection
Municipal waste is collected safely and regularly through modern logistics networks and delivered to disposal and resource-recovery facilities.
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WASTE-TO-ENERGY
From Waste Collection to Electricity: An End-to-End Pyrolysis Conversion Process
An integrated engineering chain covering reception, sorting, drying, oxygen-free thermal conversion, gas cleaning and power generation.
TECHNICAL PROCESS MAP
From Waste Collection to Electricity: An End-to-End Pyrolysis Conversion Process
An integrated engineering chain covering reception, sorting, drying, oxygen-free thermal conversion, gas cleaning and power generation.
END-TO-END PROCESS
Integrated Pyrolysis System: From Waste to Electricity
The complete process flow from municipal-waste collection and pre-treatment through the pyrolysis reactor, gas cleaning, heat recovery and electricity generation.
Waste Reception & Pre-treatment
Waste arriving at the facility is classified by type, shredded and prepared in the most suitable form for the subsequent process stages.
Sorting
Automated and manual systems separate recyclable materials (metal, plastic, glass, etc.) from organic fractions and feedstock suitable for pyrolysis.
Drying
High-efficiency drying systems reduce the moisture content of the waste, thereby increasing the thermal-conversion efficiency of the pyrolysis reactor.
Pyrolysis Reactor
Waste undergoes thermochemical decomposition under high heat in an oxygen-free environment and is converted into synthesis gas and carbon-based products.
Product Outputs
The high-calorific synthesis gas, bio-oil and solid products (char) obtained from pyrolysis are stored safely and brought into the economy.
Gas Cleaning System
To ensure full compliance with environmental standards, the generated gases are stripped of harmful components through filtration and treatment processes.
Power Generation
The cleaned synthesis gas is combusted in cogeneration and turbine systems to produce high-efficiency electrical and thermal energy.
Waste Heat Recovery
High-temperature waste heat from the pyrolysis and power-generation lines is recovered through heat exchangers and reused for drying, process heating or district-heating systems.
Emission Control
Continuous monitoring instruments, filters and advanced treatment units control flue gases and keep particulates, acid gases and other pollutants below regulatory limits.
Biochar Use
Following quality analysis, carbon-rich biochar is used as a value-added product for soil improvement, carbon sequestration and suitable industrial applications.
Electricity / Project Capacity
Plant capacity is modelled according to waste volume, synthesis-gas yield and operating time to plan stable electricity generation for the grid or internal consumption.
PROCESS EQUIPMENT
Pyrolysis · Gas Cleaning · Power Generation
An integrated engineering chain covering reception, sorting, drying, oxygen-free thermal conversion, gas cleaning and power generation.
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TACH GROUP
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