NEWS AND EVENTS

Plate heat exchangers unit is used to transfer heat between two fluids without mixing two streams. It has features of compact size, energy conservation, convenient maintenance, high heat transfer efficiency and flexible structure, suitable for HVAC systems, district heating, chemical industry and industrial cooling field equipment to provide modern industrial and commercial heat exchange equipment with an ideal solution.

Investing in proper cooling tower water treatment solutions is one of the smartest decisions you can make for your facility. An effective water treatment program that manages scale, corrosion, biological growth and suspended solids will enhance cooling efficiency, prolong equipment life, reduce operating costs and help you achieve your sustainability goals.

Power plants, industrial manufacturers, HVAC operations, data centers and more can all benefit from a customized cooling tower water treatment solution that will keep your system running smoothly for years.

A plate heat exchanger for industrial process water is a highly efficient heat transfer solution used in manufacturing, power generation, HVAC, food processing, and chemical industries. It offers excellent thermal performance, compact design, energy savings, and easy maintenance. By optimizing heating, cooling, and heat recovery processes, plate heat exchangers help industries reduce operating costs, improve production efficiency, and extend equipment lifespan. This makes them one of the most widely used heat exchange technologies in modern industrial facilities.

Centralized_Heating_Water_TreatmentCentralized heating water treatment_HighlightsCaptionsApproach20093044_SSL_Fastening_Central_Groundwater_for_Sustainable_Buildings Centralized heating water treatment is an important step in maintaining the stable and efficient operation of the district heating and HVAC systems. It prevents scale formation, corrosion and sludge deposition together with microbial growth which promotes the decrease of heat transfer efficiency and increases energy consumption. A solute remedy device includes multimedia filtration, water softening, chemical dosing systems and aspect-hand filtration programs and strain stabilization units. Centralized heating systems offer energy efficiency, reduced maintenance costs, and better equipment life span when designed to match the necessary water quality parameters. This solution can be implemented in residential districts, commercial buildings, industrial parks, hospitals and large-scale heating networks.

An Automatic Brush Type Self-Cleaning Filter is a filtration system that efficiently cleans debris and suspended solids from water with no losses in functionality. Powered by a motor-driven mechanism and brush combined with an intelligent control system, the filter performs continual on-screen cleaning to optimize performance and minimize maintenance and upkeep. The effectiveness and versatility of automatic brush filters have made them a common choice in industrial water treatment, HVAC systems, cooling towers, and power plants, as well as in irrigation systems. Automatic brush filters help keep water quality high and protect system integrity by minimizing operational costs while ensuring the system remains functional.


 

The Condenser Rubber Ball Online Cleaning System is cutting-edge technology that actively maintains the cleaning of condenser and heat exchanger tubes without the need for system shutdowns. This system continuously circulates sponge rubber balls through tubes in order to eliminate scale, biofouling, sediment, and other debris that negatively impact the heat transfer performance. This product is used predominantly in power plants, HVAC, petrochemical plants, and industrial cooling water systems, and helps to enhance the energy efficiency, lower maintenance costs, prolong the longevity of the equipment, and keep the condensers operating in the best condition possible. The following article will describe how the system works, the major benefits, uses, and the factors to consider when choosing the system.