Solids Removal & Dewatering Unit (SRDU®)
The SRDU® system, renowned for its efficiency in solids removal, employs an innovative flocculation process to effectively eliminate suspended solids from wastewater.
It excels as the primary step preceding further filtration processes. Engineered to separate suspended and colloidal solids from the liquid phase, this system employs a proprietary flocculation method that combines air and polymer injection, causing solids to float.
What sets it apart is its capability to achieve these results with significantly lower power consumption, chemical usage, and space requirements compared to traditional Dissolved Air Flotation (DAF) systems.
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Key Attributes of the Solids Removal & Dewatering Unit:
- High efficiency injection of compressed air and polymer into the mixing system provides enhanced contact between solids and polymers.
- Space efficient – about 2-4x smaller than a typical DAF (Dissolved Air Flotation) system.
- Enhanced solids removal means cleaner effluent (<0.1% TSS typically).
- Adaptability – can be adjusted to process different flow rates and is more tolerant of wastewater variations than a DAF.
- Easy to start and stop without sacrificing effluent quality.
- Typically uses 20%-50% less chemical than DAF systems.
- Produces drier float and sludge for efficient solids removal and dewatering.
Multi-Disk Press Dewatering System
- Multi-Disk Press Dewatering System
- Stainless steel discs with abrasion-resistant coating for solids removal
- Rotation squeezes water out of flocculated solids
- Produces a cake-like product suitable for land application
- Can be further processed into fertilizers, soil amendments, or biochar
- Proudly made in the USA for top-quality performance and reliability.
Applications
- Food and Beverage
- Food Waste
- Agriculture
- Landfills
Videos & Articles
What is Solids Removal & Dewatering?
For those less familiar with our cutting-edge technology, Mott’s Solids Removal & Dewatering solutions are engineered to efficiently separate solid particles from liquids, especially in wastewater treatment processes. Using advanced filtration and dewatering techniques, we help industries achieve cleaner effluent, reduce environmental impact, and enhance resource recovery. Our adaptable systems are designed to process various flow rates and tolerate fluctuations in wastewater composition, ensuring consistent and reliable performance. Explore how Mott’s expertise in Solids Removal & Dewatering can revolutionize your wastewater treatment and resource management practices for a more sustainable future.
FAQs: Solids Removal & Dewatering
Q: What is Solids Removal & Dewatering?
A: Solids Removal & Dewatering is a crucial wastewater treatment process designed to efficiently separate solid particles from liquid streams. This process ensures cleaner effluent, reduces environmental impact, and allows for the recovery of valuable resources from wastewater.
Q: What industries benefit from Solids Removal & Dewatering solutions?
A: Various industries, including wastewater treatment plants, manufacturing, agriculture, and environmental conservation projects, benefit from Solids Removal & Dewatering solutions. These systems improve wastewater treatment efficiency, reduce disposal costs, and contribute to sustainable resource management.
Q: How do Solids Removal & Dewatering systems work?
A: Solids Removal & Dewatering systems typically employ advanced filtration and dewatering techniques. They facilitate the separation of solid particles from liquid, resulting in cleaner effluent and the production of drier solids or cakes that can be further processed or disposed of efficiently.
Q: Why should I consider implementing Solids Removal & Dewatering solutions?
A: Implementing Solids Removal & Dewatering solutions offers several benefits, including cost savings, reduced environmental impact, and compliance with wastewater regulations. These systems help industries manage solid waste efficiently and recover valuable resources, promoting sustainability and responsible environmental practices.
