Chemical and hydrocarbon processing plants are critical in converting raw materials like crude oil, natural gas, and various chemicals into valuable products such as fuels, plastics, and chemicals used in everyday life.
These facilities operate under extreme temperatures and harsh conditions, making reliability and efficiency vital for continuous operation. Processes like catalytic cracking, steam reforming, and pyrolysis all involve high-temperature reactions exceeding 1,000°C, requiring advanced refractory materials to withstand these conditions while maintaining energy efficiency and minimizing downtime.
The refractories used in chemical and hydrocarbon processing plants are designed to endure extreme heat, chemical corrosion, and thermal cycling. Dense firebrick and high alumina bricks line reactors, furnaces, and kilns, offering excellent thermal resistance and durability. Monolithic refractories, including castables and gunning mixes, are also frequently applied due to their ease of installation and ability to form seamless linings. Ceramic fiber products are often used for insulation, helping maintain thermal efficiency while reducing energy costs. These materials protect equipment, improve operational performance, and ensure safety.
Larkin Refractory Solutions is deeply involved in supporting the refractory needs of the chemical and hydrocarbon processing industry. With a broad inventory of dense and insulating firebrick, high alumina bricks, ceramic fibers, monolithic refractories, and ceramic and metallic anchoring. In addition to providing high-quality refractory products, Larkin offers technical expertise and on-time service, ensuring that processing plants can meet their operational demands efficiently and reliably.
