Effluent Waste Heat Recovery System

Effluent Waste Heat Recovery System Specification

Volume
Customizable, standard 2000 L

Temperature Range
Up to 90C

Speed
Variable (as per process requirement)

Voltage
415 V, 3 Phase

Capacity
5000 L/hr

Pump Type
Centrifugal Pump

Manufacturing Year
2024

Type
Effluent Waste Heat Recovery System

Features
Energy Efficient, Corrosion Resistant, High Heat Recovery Efficiency

Machine Type
Automatic

Applicable Material
Effluent/ Wastewater

Usage & Applications
Industrial wastewater heat recovery, process heating

Power
8 kW

Dimension (L*W*H)
3200 mm x 1150 mm x 1700 mm

Control Type
PLC Control Panel

Condition
New

Weight
Approx. 1200 kg

No Of Chamber
2

Effluent Waste Heat Recovery System Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
Days

About Effluent Waste Heat Recovery System

Experience ineffable efficiency with the new Elite Effluent Waste Heat Recovery System, engineered for valuable industrial applications. Featuring a shell & tube heat exchanger, floor-mounted design, and mineral wool insulation, this automatic unit delivers high heat recovery and corrosion resistance. With variable speed adjustment and a durable SS structure, it ensures a service life of over 10 years. Try now and elevate your process with energy-efficient operation, low maintenance, and easy cleaning. The system supports a customizable volume, handles up to 5000 L/hr, and comes with PLC automation. Released in 2024, tailor your energy solutions to new standards.

Effluent Waste Heat Recovery System: Efficient Plant Solution

This innovative system is designed for industrial wastewater heat recovery and process heating. Its shell & tube configuration and robust centrifugal pump ensure superior heat transfer and consistent operation. With automatic control via PLC and easy-to-clean features, the system requires minimal maintenance. It is ideal for manufacturers and suppliers seeking advanced, energy-efficient solutions within their plants. With corrosion resistance and high heat recovery efficiency, it is built for elite industrial use.

Reliable Delivery with Secure and Express Shipping

Effluent Waste Heat Recovery System is available throughout Indias main domestic market and extends to major export destinations. Express shipping options guarantee prompt delivery, while secure packaging ensures safe arrival. Customers benefit from competitive charges based on volume and destination. Fast turnaround and secure shipping processes allow quick installation and immediate utilization for industrial projects. Our logistics framework is optimized for efficient handling and timely dispatch of machinery.

FAQs of Effluent Waste Heat Recovery System:

Q: How does the Effluent Waste Heat Recovery System benefit industrial processes?

A: The system recycles waste heat from effluent streams, improving energy efficiency and reducing operational costs while enhancing sustainable process heating.

Q: What features make the system elite and valuable for manufacturers?

A: Key features include automatic PLC controls, corrosion-resistant SS material, high heat recovery efficiency, and low maintenance requirements, making it exceptionally reliable for intensive industrial use.

Q: When can delivery be expected for urgent industrial requirements?

A: With express and secure shipping, delivery may occur within a few days for domestic orders. Export timelines vary but are expedited through efficient logistical support.

Q: Where is the Effluent Waste Heat Recovery System typically installed?

A: This floor-mounted system is commonly installed in industrial plants, factories, and wastewater treatment facilities for process heating solutions.

Q: What is the standard process for cleaning and maintaining the system?

A: The system is designed for easy cleaning, with minimal maintenance required. Routine inspections and simple cleaning procedures can be performed without extensive downtime.

Q: How does the automation grade enhance usage?

A: Automation via PLC control panel allows for precise process customization, improved safety, and hassle-free operation, adapting to variable requirements efficiently.