Detailed explanation of the application fields and uses of FRP towers
FRP towers are widely used in chemical industry, environmental protection, power and other fields due to their excellent corrosion resistance, high strength, light weight and long life. As a professional FRP manufacturer, we will introduce the main application fields and uses of various FRP towers in detail.
Desulfurization tower
FRP desulfurization towers are widely used in flue gas treatment systems in power plants, steel plants, chemical plants and other industries, and can effectively remove harmful gases such as sulfur dioxide in flue gas. Its acid corrosion resistance makes it an ideal choice for wet desulfurization processes.
Features: Acid and alkali corrosion resistance, suitable for various desulfurization agents (limestone, ammonia method, etc.)
High structural strength, anti-smog scouring
Service life of more than 15 years
Single or double tower systems can be designed according to customer needs
Waste gas treatment tower
It is used to treat various organic waste gases, acidic waste gases, etc. generated in industrial production, and purify waste gases through absorption, neutralization and other processes to meet emission standards. Applicable to chemical, pharmaceutical, electronic and other industries
Function:
Effectively remove pollutants such as VOCs and acidic gases
Can be combined with activated carbon adsorption, catalytic combustion and other processes
Modular design, easy to install and maintain
Deodorization tower
Specially used to treat malodorous gases generated by sewage treatment plants, garbage disposal sites and other places, and remove odorous substances such as hydrogen sulfide and ammonia by chemical absorption or biodegradation.
Treatment principle:
Biological filter bed method
Chemical washing method
Photocatalytic oxidation method
Spray tower
Specially used to treat malodorous gases generated by sewage treatment plants, garbage disposal sites and other places, and remove odorous substances such as hydrogen sulfide and ammonia by chemical absorption or biodegradation.
Treatment principle:
Biological filter bed method
Chemical washing method
Photocatalytic oxidation method
Absorption tower
Used in gas-liquid mass transfer processes in chemical production, such as HCl absorption, ammonia absorption, etc. FRP material can withstand corrosion from most acid, alkali and salt solutions.
Typical uses: absorption of gases such as HCl, SO2, NH3, solvent recovery, gas drying
Scrubber tower
Used in processes such as gas purification and product recovery, it can remove impurities, dust or recover valuable components in the gas. Widely used in fertilizer, pesticide, dye and other industries.
Function: gas cooling, dust removal, soluble pollutant washing
Neutralization tower
Specially used to treat acidic or alkaline wastewater and waste gas, and achieve pH adjustment through acid-base neutralization reaction. It is a key equipment in the wastewater treatment system. Application scenarios: acidic wastewater treatment, alkaline wastewater treatment, pH adjustment system
Drying tower
The drying operation is carried out by direct contact between hot air and materials. It is suitable for material drying processes in corrosion-resistant environments, such as drying of certain chemical intermediates. Application areas: drying of chemical products, spray drying in the food industry, and drying of raw materials in the pharmaceutical industry
Process tower
Generally refers to various types of tower equipment used in the chemical production process, such as distillation towers, extraction towers, analytical towers, etc. The fiberglass material is particularly suitable for corrosive media environments.
Reaction tower
Used as a chemical reaction vessel, it can withstand a certain pressure and is suitable for chemical reaction processes with corrosive media, such as chlorination, sulfonation and other processes.
Features: Resistant to corrosion by various chemical media
Can design jacket heating/cooling structure
Equipped with stirring device interface
Working temperature range -40℃~120℃
Cooling tower
Used for cooling industrial circulating water systems, FRP material is corrosion-resistant and not easy to scale, and its service life far exceeds that of traditional materials.
Filter tower
Used in water treatment systems to remove impurities such as suspended matter and colloids, it can be used as a multi-media filter or activated carbon filter.
Distillation tower
In fine chemicals, pharmaceuticals and other industries, it is used for the separation and purification of corrosive materials, such as the concentration and purification of certain organic acids.
Corrosion Resistance
FRP material can withstand corrosion from strong acids (such as sulfuric acid, hydrochloric acid), strong alkalis (such as sodium hydroxide) and organic solvents, and has a service life of more than 15 years, which is much higher than traditional PP and carbon steel materials.
Lightweight, high strength, stable structure
The specific gravity is only 1/4 of steel, but the strength is close to carbon steel, and the seismic and impact resistance are excellent, suitable for installation in high altitude or complex environments.
High-efficiency purification capability
Adopting multi-stage spray system and optimized packing layer design, the gas-liquid contact area is large, and the exhaust gas removal rate can reach more than 95%, which meets the national "Comprehensive Emission Standards for Air Pollutants" (GB16297-1996).
Low energy consumption and easy maintenance
Equipped with high-efficiency centrifugal fans and energy-saving water pumps, the operating energy consumption is low; modular design, packing and nozzles can be quickly replaced, and maintenance is convenient.
Customized Design
Customized size, air volume (1000~100000m³/h), medium type (acid/alkali/organic exhaust gas) and installation form (vertical/horizontal) according to customer needs.
Service Life
FRP tower life usually 10-20 years, up to 25 years or more under good conditions. PP tower life: usually 5-10 years, may be shortened to 3-5 years under bad conditions. Poor temperature resistance (0℃~80℃), easy to deform at high temperature. Weak UV resistance, low mechanical strength, easy to brittle
WHY CHOOSE US
As a FRP tower manufacturer with 20 years of experience, we provide:
Professional process design team
Strict quality control system
Perfect after-sales service system
Rich engineering case experience
Solutions that meet national environmental protection standards
Welcome customers from all industries to consult and customize. We will provide the most optimized FRP tower solution according to your specific working conditions to ensure your production process and environmental protection standards.