High Pressure Condensate Recovery System

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High Pressure Condensate Recovery System Specification

Output
High-pressure hot condensate return

Voltage
415 V / 3 Phase / 50 Hz

Fuel Type
Compatible with steam heating systems (fuel-independent)

Fuel Consumption
Reduces boiler fuel consumption by recovering usable condensate heat

Life Span
15-20 Years (with proper maintenance)

Style
Prefabricated Modular Skid Mounted

Temperature
Up to 180C condensate return capability

Condition
New

Capacity
Up to 10,000 kg/hr condensate

Heat Efficiency
Up to 98% recovery of latent heat

Pressure
Up to 18 bar (g) / 260 psi

Material
Mild Steel / Stainless Steel

Part Type
Condensate Recovery System

Dimension (L*W*H)
1200 mm x 800 mm x 1550 mm (approx)

Function
Collects and returns high-pressure condensate to boiler feed tank for improved boiler efficiency

Installation
Outdoor or indoor mounting; plug-and-play skid

Working Medium
Clean steam condensate

Control System
Automatic level and pressure control with float/electronic switches

Safety System
Integrated safety valve and pressure relief mechanisms

Pump Type
Multi-stage centrifugal or positive displacement, as per system design

Noise Level
<75 dB(A) at 1 meter

Connection Size
Inlet/Outlet flange size customizable: DN25-DN80

Maintenance
Designed for easy access and servicing

Corrosion Protection
Internal and external anti-corrosive coating

About High Pressure Condensate Recovery System

High Pressure Condensate Recovery System

In industrial steam systems, condensate returned to the boiler at high temperature and pressure carries significant energy value. Losing this condensate - to drain or atmosphere -wastes fuel, water, and water treatment chemicals simultaneously.

SEACPL designs and supplies high-pressure condensate recovery systems that collect condensate from high-pressure process applications and return it efficiently to the boiler feedwater circuit without the energy loss associated with atmospheric condensate recovery.

The Value of High Pressure Condensate Recovery

Fuel savings: Hot condensate requires less energy to convert back to steam
Water savings: Reduces makeup water requirement and associated treatment costs
Chemical savings: Treated condensate contains minimal dissolved solids
Extended boiler life: Cleaner, hotter feedwater reduces thermal stress and scale formation
Reduced blowdown: Less dissolved solids in the system means less blowdown required

Where It Is Used

Corrugated Industry - high-pressure steam heating circuits
Chemical plants - jacketed reactors and heat exchangers
Food processing - steam indirect heating applications like Powder plants, Candy Manufacturing

SEACPL's Engineering Approach We design condensate recovery systems as part of the complete steam circuit - not as an afterthought. Correct pump sizing, receiver design, flash steam management, and back-pressure considerations are all integrated into the system design from the start.

Discover the Latest in steam system efficiency with our High Pressure Condensate Recovery System. This brilliant skid-mounted modular unit is praiseworthy for its plug-and-play installation-suited for both indoor and outdoor use. Equipped with monumental automatic level and pressure controls (float/electronic switches), it offers reliable hot condensate return up to 10,000 kg/hr and 180C. Find optimal performance through integrated safety mechanisms and customizable connections (DN25-DN80). Add to Cart for a corrosion-resistant, energy-saving solution that maximizes boiler efficiency, reducing fuel usage with an impressive 98% heat recovery rate.

Application and Usage Domains

This High Pressure Condensate Recovery System is predominantly used in industrial steam plants, chemical industries, refineries, food processing, textile mills, and pharmaceutical facilities. It is employed by process engineers, plant managers, and facility operators for efficient condensate management. The system is designed for continuous usage in applications demanding strict heat recovery and energy optimization, seamlessly integrating with existing steam networks to enhance overall operational effectiveness.

Sample Policy, Export Markets, and Payment Terms

We charge nominal fees for providing product samples for evaluation before bulk orders. Order processing commences promptly upon request, ensuring swift delivery. Exchange or return of systems is facilitated as per our service policy. Our main export markets include Asia, the Middle East, and Africa. Accepted payment terms are flexible, including T/T, L/C, and online methods, providing convenience and security for global retailers, suppliers, and traders.

FAQ's of High Pressure Condensate Recovery System:

Q: How does the High Pressure Condensate Recovery System improve boiler efficiency?

A: By collecting and returning high-pressure clean steam condensate to the boiler feed tank, the system recovers latent heat, reducing the requirement for fresh water and boiler fuel, thereby significantly boosting boiler efficiency.

Q: What are the primary benefits of using this condensate recovery system?

A: The main benefits include monumental heat recovery up to 98%, reduction in fuel and water consumption, enhanced corrosion protection, and minimal noise levels, all contributing to long-term operational savings.

Q: Where can the condensate recovery system be installed?

A: The unit's prefabricated modular skid design allows for both outdoor and indoor mounting, making it highly adaptable to different plant layouts and installation requirements.

Q: What is the typical lifespan and maintenance process for the system?

A: With proper maintenance, the system offers a dependable life span of 15-20 years. Maintenance is simplified due to easy-access design, requiring routine checks on control systems and safety mechanisms.

Q: Who is best suited to use this system?

A: Plant managers, facility engineers, and operators in industries with steam heating systems, such as those in India and global markets, will find this system particularly praiseworthy and efficient for their processes.

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