GLOBAL METHODOLOGY
Feedstock Analysis and Technical Suitability for Global Waste-to-Energy Projects
Technical reliability and bankability require pre-sorting, drying and preparation of a standardised RDF/SRF-like feedstock instead of direct processing of raw waste.
RDF / SRF FEEDSTOCK
Feedstock Analysis and Technical Suitability for Global Waste-to-Energy Projects
Technical reliability and bankability require pre-sorting, drying and preparation of a standardised RDF/SRF-like feedstock instead of direct processing of raw waste.
| Material | Technical Characteristic | Suitability | Engineering Measure |
|---|---|---|---|
| Plastic | High calorific value | Highly suitable | PVC control and homogeneous blend |
| Paper / Cardboard | Low moisture, useful combustible | Suitable | Drying and size reduction |
| Organic waste | High moisture with energy value | Conditionally suitable | Integrated drying line |
| Sand / Soil / Stone | No energy; abrasive | Not suitable | Trommel separation |
| Metal / Glass | May damage reactor | Not suitable | Magnetic and manual separation |
EXAMPLE SCENARIO
5,000 → 2,500 tonnes/day
This is an illustrative pre-feasibility mass-balance scenario, not a fixed capacity for every TACH GROUP project.
High MoistureRisk: reduced reactor efficiency.Solution: enclosed drying and waste-heat recovery.
Sand / SoilRisk: wear and higher ash load.Solution: trommel screening and quality control.
Chlorinated PlasticsRisk: corrosion and unwanted emissions.Solution: optical sorting and advanced gas cleaning.
TACH GROUP
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