Sludge Drying System
Requirements of federal and state regulatory agencies regarding sludge
disposal continue to become more and more stringent with the ultimate
goal of environmental protection. Accordingly, land fill and land application
costs will continue to escalate.
The Roediger Sludge Drying System is designed to provide a long term
solution to your sludge disposal needs. The Roediger System can accept
partially dewatered sludge cake from a belt filter press, vacuum filter,
centrifuge, plate and frame press or other dewatering device, and increase
the cake dryness to a level between 85-98% dry solids.
Product Specifications and Model Information
Performance Data and Advantages
- Increases sludge cake dry solids to a maximum of 98% ds.
- Reduces sludge volume approximately 85%.
- Improves handling capability due to granulated, pelletized product
with excellent flow characteristics.
- Produces a final product with high residual shear resistance.
- Provides a product that meets "Regulation 503-Class A".
- Provides a product that is non-hygroscopic.
- Provides a product that is odor-free.
- Conserves fuel and energy through recycling of by-products.
- Minimizes dust and pollution generation due to granulization of the
sludge.
- Minimizes air pollution through the use of biofilters.
- Requires minimal system start-up, approximately 15 minutes.
- Provides selectivity of fuel.
- Provides heating capability for buildings and digesters.
- Operates relatively free of maintenance.
- Minimizes the number of control parameters.
Capacities of Roediger Drying Systems
| Model |
KT500 |
KT1000 |
KT1500 |
KT2500 |
KT3400 |
Water Evaporation
(Ton/hr) |
0.55 |
1.1 |
1.65 |
2.75 |
3.75 |
Wet
Sludge Throughput
(lb/hr) |
1925 |
3835 |
5835 |
10000 |
13250 |
ds Throughput
(lb/hr) |
375 |
770 |
1167 |
2000 |
2650 |
Dried
Media
(lb/hr) |
440 |
859 |
1321 |
2200
|
2650 |
Thermal Requirment
Approx. (kwhr) |
410 |
820 |
1250 |
2100 |
2850 |
Electrical
Requirement
Approx. (kwhr) |
30 |
65 |
110 |
140 |
180 |
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