Advanced Sludge Dewatering and Drying Solution Delivering 90% Reduction in Sludge Volume
Reduced Waste | Cleaner Operation | Quick Return on Investment
Inovar’s Solution
- Integrated advanced dewatering and drying systems ensure higher efficiency, faster processing, and full compliance.
- Reduced sludge moisture to 5% through a heater-based drying process.
- Designed with self-cleaning and automated moisture control.
- Inbuilt fume management system ensured environmental compliance.
- Continuous operation enabled seamless drying and reduced manual handling.
Outcome
- Achieved 90% reduction in sludge volume and weight.
- Transportation and disposal costs were reduced by 90%.
- Transitioned from batch to continuous operation, improving consistency and efficiency.
- Produced dry, odour-free, easy-to-handle sludge with only 5% moisture.
- Drying area requirement reduced by 80%, freeing space for other operations.
- Simplified handling with minimal manpower; 50% manpower reduction achieved.
- Compliance fully achieved with zero hazardous emissions or odour issues.
- ROI achieved within 6 months, ensuring long-term operational savings.
- Delivered a sustainable, low-maintenance sludge management system with improved plant efficiency.
Key Benefits
- Continuous drying with consistent moisture removal.
- 90% reduction in sludge volume leading to lower logistics cost.
- Compact design reduces installation area by 80%.
- Elimination of odour and manual drying operations.
- Energy-efficient and compliant with environmental norms.
What We Learnt
- Integrating advanced dewatering and drying systems ensures higher efficiency, faster processing, and full compliance.
- Continuous systems outperform batch processes in long-term OPEX reduction.
- Moisture control and odour management are key to sustainable ETP operations.
- Optimizing space, labour, and process automation enhances overall plant performance.
- Environmental compliance can go hand in hand with cost savings when the system is designed holistically.
The Challenge
- Sludge generated in slurry and cake form with 65% moisture, leading to high disposal cost and handling difficulties.
- The existing filter press worked in batch mode, causing slow operations.
- Open-air drying led to odour, hygiene, and compliance challenges.
- Required large area for drying and 15–20 days to achieve manageable moisture levels.
- Frequent filter cloth replacement and manual cleaning increased downtime.