Waste to Energy Technology
Waste to Energy Technology
There are different types of mechanical Drying technology available, but all are highly advanced & requires high capital cost. Majority of Mechanical drying technology requires excessive external energy, huge space, pollution control equipments, water treatment facility - for drying of MSW.
- BIO drying Technology with supply of RENERZYME
- Treatment Machineries for effective treatment of MSW.
- Processing Machineries for efficient sorting & segregating of all useful produces like : RDF, Compost, Inert, Non-Recyclables, etc. in CLEAN form
- Supply of Unique designed Shredders for shredding RDF to required size as per downstream technology usage.
- RDF to Energy (POWER) Technology by using Gasifier to Power, Steam to Power, Co-Gen Power, Briquette to Heating systems, etc.
- Complete Control system for flawless operation of entire plant with SCADA system.
Revenue Models
If we consider MSW as a resource, we should adopt a ‘0% Landfill Approach’, i.e. we should have ways & means to convert all the components of MSW into saleable products, in an eco-friendly manner. The following are the revenue models from our treatment & processing technology. All the revenue models may not be feasible at all the locations.
| Component | Input |
|---|---|
| Compost | 5-10% of the input |
| RDF (Refuse Derived Fuel) | 20-40% of the input |
| Metals | 0.5-2.0% of the input |
| Mixed Plastics | 5.0-15.0% of the input |
| Inert | 5.0-15.0% of the input |
Waste-to-Energy
| Requirement | Input |
|---|---|
| Steam Route (40 kgs pressure) | 80-120 MT of MSW for 1 MW |
| Gasification route (3 MW X ___) | 50-55 MT of MSW for 1 MW |
| Combination of Steam & Gasification | 50-55 MT of MSW for 1 MW |
Option no.3Is recommended for large capacities beyond 20 MW & upwards. It will reduce the multiple units and provide technological flexibilities, too. |
|
From recovered resource, RDF and Mixed Plastics would be useful to produce power. The following routes can be adopted for power generation.
- Requirement of land for MSW project would be 2-2.5 acre / 100 TPD projects.
- Approximately 10 KL water will be required for 1 MW of power generation through Steam Route & MSW treatment.
- As a thumb rule, 90 HP of electrical power for MSW treatment, 180 HP for briquette production & 360 KW for power generation will be required per 300 TPD project.
IEC Technology in MSW
