Chemical processing equipment, including storage tanks, reaction vessels, scrubbers, and columns, is essential for the production and handling of chemicals across a vast range of industries. Fiberglass reinforced plastic (FRP) has become a material of choice for much of this equipment due to its outstanding corrosion resistance and ability to be fabricated into complex shapes. The FRP tank market is significantly influenced by the demand from the chemical processing industry, which requires reliable, durable, and safe equipment for aggressive service conditions .

FRP tanks used in chemical processing are engineered to withstand the specific chemical, thermal, and mechanical stresses of the process. The selection of the resin system is critical, with vinyl ester, epoxy, and phenolic resins often chosen for their superior resistance to specific chemicals and high temperatures . The reinforcing fibers provide the necessary structural strength to handle hydrostatic pressures, internal vacuums, and wind and seismic loads . FRP's inherent corrosion resistance eliminates the need for costly linings and coatings, and its lightweight nature simplifies installation and reduces structural support requirements.

Beyond storage, FRP is widely used in chemical process equipment such as scrubbers, absorbers, and reaction vessels . Scrubbers, which are used to remove pollutants from exhaust gases, are commonly made of FRP due to its ability to withstand the corrosive nature of the scrubbing solutions and the polluted gases . The ability to fabricate FRP into complex geometries and large diameters (up to 20 meters) allows for the construction of equipment tailored to specific process requirements . The demand for chemical processing equipment, particularly in the oil and gas and water treatment sectors, is a key driver for the FRP tank market .

The development of dual-laminate technology, which combines a thermoplastic liner with an FRP structure, has further expanded the use of FRP in chemical processing . The thermoplastic liner provides an additional layer of protection against permeation by highly corrosive or reactive chemicals, while the FRP provides the structural strength. This technology enables the use of FRP in applications that were previously considered too severe for composites. As the chemical processing industry continues to evolve, the demand for high-performance, corrosion-resistant equipment made from FRP is expected to remain strong. For a comprehensive market overview, you can refer to the FRP Tank Market report.