Custom-designed Products_Microchannel Plate Heat Exchanger_Product Center

Product Brief

The steam cooler plays a crucial role in the test benches of power generation systems. It is primarily used to cool the high-temperature and high-pressure steam in the main loop to a low-temperature and low-pressure state, and efficiently transfers heat through the cold-side circulating water to ensure the stable operation of the system. Its core functions include precise temperature control, pressure regulation, and heat load management, making it suitable for thermal cycle testing of test benches such as nuclear power and thermal power. Adopting a compact design, it boasts advantages such as high heat transfer efficiency, compact structure, and resistance to high temperatures and pressures. It can significantly improve the thermal performance and safety of the test bench, while reducing energy consumption and maintenance costs.

Product Parameters

Application Field

Power Generation System
Petrochemical Industry
Waste Heat Recovery

Supercritical Carbon Dioxide (sCO₂) Brayton Cycle Power Generation Technology is a high-efficiency thermal power generation system that uses supercritical CO₂ as the working fluid. Its core process includes the following steps: after undergoing high-efficiency heat exchange, the working fluid enters the turbine, drives the turbine to do work, and the turbine drives the generator to generate electricity. Then the working fluid enters the cooler, returns to its initial state, and finally re-enters the compressor to form a closed cycle.

Product Brief

Cooler

The cooler is located at the end of the supercritical CO₂ power generation system, and its main function is to cool the high-temperature supercritical carbon dioxide discharged by the turbine to a lower temperature, so that it can re-enter the compressor for the next cycle.

Product Parameters

Product Brief

Regenerator

The regenerator is a core component of the supercritical CO₂ power generation system, designed specifically for high-temperature and high-pressure environments. Its core function is to preheat the CO₂ working fluid at the outlet of the compressor by recovering the waste heat of the turbine exhaust gas, thereby significantly improving the thermal efficiency of the system.

Product Parameters

Application Field

Power Generation System
Petrochemical Industry
Energy
Marine Engineering
Marine Vessels
Laboratory Equipment

The heat exchanger products of Enthalpy-Optimizing Energy are suitable for the hydrogen energy sector. We provide core equipment such as hydrogen coolers, air preheaters, and ammonia preheaters, all adopting microchannel plate technology. Equipment such as Hydrogen Coolers, Air Preheaters and Ammonia Preheaters have been successfully applied in customers' hydrogen production projects. By optimizing thermal management, they significantly improve system energy efficiency and operational stability, serving as key components that guarantee the safe and efficient operation of the hydrogen energy industry chain.

Product Brief

Hydrogen Cooler

The hydrogen cooler features high heat exchange efficiency, compact structure, and excellent resistance to high pressure and low temperature, making it applicable to scenarios such as hydrogen refueling stations and fuel cells.

Product Parameters

Product Brief

Air Preheater

The air preheater improves thermal efficiency by preheating combustion air and reduces hydrogen production energy consumption.

Product Parameters

Product Brief

Ammonia Preheater

The ammonia preheater is responsible for preheating the liquid ammonia vaporization process, enhancing energy utilization efficiency and ensuring the stable and efficient operation of the ammonia decomposition reaction.

Product Parameters

Application Field

Power Generation System
Petrochemical Industry
Energy
Aerospace
Marine Vessels
Automotive Industry

Product Brief

The lubricating oil cooler is a key piece of equipment in the lubricating oil cooling system of ships, and is mainly used for the efficient cooling of lubricating oil in marine power machinery (such as diesel engines and steam turbines). Its core function is to reduce the temperature of lubricating oil through heat exchange, maintain the stable viscosity of the oil, and ensure the reliable operation of the lubricating system. Thanks to its compact size and high reliability, it is particularly suitable for space-constrained marine engineering platforms and ship scenarios.

Product Parameters

Application Field

Ocean Engineering
Marine Vessels
Waste Heat Recovery