HYPN BOOSTER SYSTEM
Waste Heat Recovery System (WHRS) for Reduction of Fuel Consumption, Emissions and Energy Efficiency Design Index (EEDI). About 20-50% of industrial energy is converted into waste. A waste heat recovery system provides an economical and emission-free method to increase the overall energy efficiency of the plant and, thus lower fuel demand.
EXHAUST GAS BOILER(EGB)
- INTRODUCTION
- FEATURES
The Exhaust Gas Boiler (EGB) stands as a remarkable device, harnessing the untapped potential of waste heat emitted from engine exhaust flue gas. By efficiently converting this waste heat into valuable resources such as steam or hot water, the EGB showcases its exceptional capabilities.Industrial processes often result in a significant amount of energy being wasted, typically ranging from 20% to 50%. However, there is a solution: the implementation of waste heat recovery systems.
- Save natural resource
- Enhance sustainability
- Reduce CO2 emission
- Save cost over existing solution
- X-ray & Ultrasonic Inspection is performed.
- Fully Automatic Electric Control Cabinet.
JACKET WATER HEAT RECOVERY
- INTRODUCTION
- FEATURES
Heat recovery on an engine refers to the capture and reutilization of heat energy which is normally wasted to radiators. This process,increasingly common today, improves total system efficiency and return on investment. New plants designed for this purposes are usually called cogeneration plants.
- Reduce demand on primary energy
- Save natural resources by reduction of fuel demand
- Enhance sustainability by obtaining highest efficiency of the power conversion cycle
- Reduce CO2 emission
- Save cost over existing solution
ECONOMIZER
- INTRODUCTION
- FEATURES
The Economizer solution helps reduce energy consumption and increase system capacity of A/C and W/C chillers. With a global production footprint spanning Mexico, China, and Europe, we deliver high quality backed by over 20 years of production excellence.
Our compact, pre-assembled solution minimizes OEM development and production investment. Tailored designs, based on extensive component-to-application expertise, ensure optimized performance for diverse system requirements.
- Flexible customized design based on system requirements
- Optimized system design with various electric expansion valve flow designs
- Oil-free compatibility in dedicated models for superior reliability
- System capacity: 20-260 TR / 78-930kW
- Economizer capacity: 5-32TR / 18-112kW
- Qualified for R134a, and low-GWP alternatives R513A and R1234ze
ECONOMIZER
- INTRODUCTION
- FEATURES
Condensate Recovery System comprises of Flash Vessel, steam operated condensate transfer pump and Atmospheric deaerator head for effective pumping and mixing of condensate along with flash steam and makeup water in feed water tank.
- Reduced capital and operating cost as against conventional condensate recovery system.
- High discharge per stroke
- High condensate temperature
- No cavitation problems
- Skid mounted system for easy installation
- Motive media can be steam or compressed air.