1. Seerdrum Processing of Municipal Solid Waste
Waste to Energy
Seerdrum Processing of Municipal Solid Waste
Seerdrum – Up to 15 Tonnes per Hour Feed Rate of Solid Waste
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

2. Seerdrum Process Steps Pre-Processing Before Energy Generation
Waste Reception
Pre-Sort Waste
Rejects/Oversize
Bag Opener
Water
Seerdrum Processing
> 25mm Inert Material
Clean MRF
Trash
Pulped Raw Organics approx 50% by wt of MSW
Non Ferrous
Ferrous
Hard Plastics
Raw Organics to Energy Generation
Textiles
Plastic Film
Anaerobic Digestion Biogas
Gasification
Sale to Secondary Materials Markets
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

3. 2 no. Seerdrum Pre Processing
Plant to Separate Organic Material from Recyclables.
Up to 600 Tonnes per Day MSW
Bag Openers
Inerts Conveyor
Seerdrums
Organics Conveyors
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

4. Seerdrum Processing Plant
MRF
MRF
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

5. Products Recovered from the Incoming MSW
Aluminium
PET
HDPE Coloured
Steel Cans
HDPE Clear
Raw Organics
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

6. Energy Generation via Biogas Production
Raw Organic Fraction from Seerdrum Plant
Highly Refined & Clean Biomass with a CV of approx 15 GJ/t dry
Organics Washing & Soluble Sugars Extraction
Alternative “Fiberight” Process for Clean Biomass
Trash
Organic Rich Liquor to High Rate Anaerobic Digester (AD)
CHP Electrical Generation to Grid
Conversion of Biomass to Cellulosic Sugars as Additional Feed for A. to approx Triple Biogas Production
Biogas at 70% Methane. Approx 150 m3 Biogas per tonne of organics
CHP Electrical
Generation to Grid
Biogas Upgrade to
Pure Bio-Methane and Removal of all other gases
Bio-Methane Conversion or
Compressed Methane to Gas Grid
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

7. Energy Generation via Gasification
Raw Organic Fraction from Seerdrum Plant
Biomass Drying
Biomass Screening, Grit and Metals Removal
Trash
Dried, Cleaned Biomass as a Uniform Fuel for a Gasifier
CHP Electrical
Generation to Grid
Gasification of Biomass
Bio Char
Waste Heat from Gasifier
Syngas Upgrading incl. Cooling and Scrubbing
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

8. Benefits of the Seerdrum Waste to Energy Process
High in Waste Hierarchy with Maximum Recovery of Recyclable Materials including:
All types of hard plastics in a clean state for conversion to new plastic pellets
All metals both ferrous and non ferrous metals in a de-labeled clean state
Recovery of glass cullet
Recovery of textiles for sale to industry.
Recovery of plastic film for recycling
Minimum residual waste for disposal
Clean Energy Generation via Biogas or Syngas Production with these options:
Bio-Methane injection to gas grid
Methane conversion to electricity to grid
Option for enhanced biogas production using the Fiberight cellulosic sugars process
Biomass gasification to Syngas and electrical generation to grid.
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling

9. “The Sustainable Alternative to Incineration and Landfill”
Vickers Seerdrum Ltd
Municipal Solid Waste Treatment with Clean Energy Generation. Maximum Recovery of Valuable and Recyclable Materials
“The Sustainable Alternative to Incineration and Landfill”
Processing of Municipal Solid Waste for Clean Energy Generation & Maximum Recycling