- Home
- Companies
- NOVA Industries
- Products
- NOVA MRI - Inclined Plate Settlers for ...
NOVA MRI - Inclined Plate Settlers for Water Treatment
The MRI Inclined Plate Settler is engineered to enhance sedimentation and solid-liquid separation within water treatment facilities. It utilizes inclined plate technology to improve settling efficiency, resulting in high-quality effluent standards and a compact system design, well-suited to facilities aiming to optimize spatial efficiency. Operationally, it incorporates an influent distribution system, where water flows across inclined plates, allowing for sedimentation via gravity. This arrangement facilitates effective sludge collection and removal while directing clarified effluent discharge. Its design significantly reduces its footprint relative to conventional systems, supporting higher throughput and suitability for large-scale facilities. The simple design and minimal mechanical components result in low energy demands and ease maintenance requirements, favoring long-term system reliability. Its modular configuration allows customization and ease of integration into various projects, making it a versatile choice for diverse treatment needs.
The MRI Inclined Plate Settler offers an efficient and reliable solution for sedimentation and solid-liquid separation in water treatment applications. Its operating principle, based on inclined plate technology, provides enhanced settling efficiency, high-quality effluent, and a compact design, making it an ideal choice for facilities seeking to optimize their treatment processes.
Influent Distribution
- Surface water enters through an influent distribution system designed to evenly distribute flow across the width of the settler. – Influent typically contains suspended solids and particulate matter.
Settling Process with Inclined Plates
- Surface water flows upwards between closely spaced, inclined plates (typically at a 60-degree angle).
- Suspended solids settle onto the surfaces of the inclined plates due to gravity.
- Solids slide down the inclined surfaces to the bottom of the settler, accumulating as sludge.
Sludge Collection and Removal
- Settled sludge at the bottom is collected in a sludge hopper or sump.
- Sludge is periodically removed through a sludge discharge system, including mechanical scrapers, pumps, or valves.
Effluent Discharge
- Clarified water flows over a weir or trough at the top.
- Effluent is then discharged for further treatment or final distribution, depending on application requirements.
Compact Design
Reduced footprint compared to conventional sedimentation tanks, making it ideal for treatment plants with limited space.
High Throughput
Allows for higher flow rates and greater treatment capacity, making it suitable for large-scale water treatment facilities
Energy Efficient
The gravity-driven settling process and minimal mechanical components result in low energy requirements, reducing operational costs.
Low Maintenance
With fewer moving parts and a simple design, the system requires minimal maintenance, ensuring long-term reliability and reduced downtime.
Versatile
The system can be customized to meet specific project requirements, providing flexible and effective solutions for different treatment needs.
Ease of Installation
The modular design of the inclined plate settler system allows for easy installation and integration into existing treatment processes.