Petrochemical
Our company has been engaged in large-scale cooling tower construction and equipment installation for nearly 30 years and has undertaken the installation of more than 2,000 large-scale industrial cooling towers.
Petrochemical
The petrochemical industry is an industry that uses petroleum and its derivatives as raw materials to produce various chemicals and materials through chemical processing and physical changes. The industry not only includes the refining and processing of crude oil, but also involves the production of a series of downstream products, covering a wide range of application areas such as plastics, synthetic fibers, rubber, fertilizers, coatings and medicines.
The petrochemical industry is a diversified, high-tech, high-energy industry involving a wide range of products and complex supply chains. Cooling towers play a key role in its production process, ensuring reaction temperature control, equipment protection and water quality management, providing support for the efficient operation and sustainable development of the industry.
Features
Efficient heat dissipation needs: The petrochemical production process generates a lot of heat, and cooling towers play a key role in equipment and reactors to ensure temperature control and safe operation.
Strict water quality requirements: The petrochemical industry has high requirements for the water quality of cooling water to prevent contamination of reactants and final products, so closed cooling towers are often used to effectively isolate cooling water from the outside air.
Adapt to high flow and high temperature: Cooling towers need to be able to handle large flows of high-temperature cooling water. Countercurrent cooling towers are often used to meet this demand to ensure the stability and efficiency of the production process.
Environmental protection requirements: With the strengthening of environmental protection regulations, the petrochemical industry has put forward higher requirements for the selection and operation efficiency of cooling towers, promoting the development of efficient and low-emission cooling technology.
Equipment durability: Cooling towers need to be able to withstand harsh process conditions and corrosive environments, and usually use corrosion-resistant materials and designs to ensure long-term stable operation.
Energy conservation and emission reduction: The petrochemical industry is actively adopting new technologies, such as energy-saving cooling towers and waste heat recovery systems, to reduce energy consumption and environmental impact and improve overall production efficiency.
Typical Applications
Refining process: During the refining process, crude oil undergoes high-temperature processes such as fractionation and cracking, generating a large amount of waste heat. To effectively reduce the cooling water temperature, a countercurrent open cooling tower is usually used. Its design allows the cooling water to contact the outside air and quickly remove the heat, thereby ensuring the temperature control of the reactor and the efficient operation of the process.
Basic chemical production: In the production of basic chemicals, especially the cracking reaction of ethylene and propylene, it is necessary to quickly remove the heat released during the reaction. For this reason, countercurrent cooling towers are widely used, which can effectively reduce the reactor temperature and ensure the stability of the reaction and the high quality of the product.
Fertilizer production: Fertilizer production involves high-temperature reactions, and temperature control is crucial to reaction efficiency and product quality. Closed cooling towers are usually used. This type can effectively isolate cooling water from the outside air to prevent water pollution, while providing precise temperature control to improve production efficiency.
Plastic and polymer production: In the process of plastic and polymer manufacturing, polymerization reactions and extrusion processes generate a lot of waste heat. To keep the equipment running at a suitable temperature, open cooling towers are often used. Their efficient heat dissipation performance can handle large flows of high-temperature circulating water to ensure the continuity of production.
Fine chemicals: In the fine chemical fields such as pharmaceuticals, spices and pigments, strict requirements are placed on water quality and production environment to ensure product purity. Closed cooling towers are usually used to keep cooling water clean and prevent pollution, while providing precise temperature control to meet high-standard production needs.
Circulating water system: The circulating water system of a petrochemical plant provides cooling water for equipment and removes waste heat. Mechanical ventilation cooling towers are commonly used, and their efficient cooling performance can quickly and effectively process the waste heat generated by the equipment and maintain the stable operation of the system.
RESOURCES
Intelligent plume abatement and watersaving cooling tower is launched to help water-scarce areas achieve green production
In order to cope with the problems of large industrial
plume abatement and watersaving cooling tower lead the new trend of industrial cooling and help enterprises save energy and reduce emissions
As environmental protection standards are gradually improved, the pressure on