Trelleborg’s offshore operation exhibited its latest passive fire protection and thermal insulation materials at an event in Mexico recently.

A world leader in engineered polymer solutions that seal, damp and protect critical applications in demanding environments, Sweden-based Trelleborg presented its advancements in topside and subsea products including its topside Jet Fire resistant Passive Fire Protection (PFP) products at the Congreso Mexicano del Petroleo (CNP), a key regional forum for gas and oil exploration and production

Also showcased was the Pemex NRF 127-approved deluge and sprinkler system, Elastopipe, which is type approved for extreme conditions. Trelleborg demonstrated its subsea flow control developments, including its entire line of high-performance Vikotherm insulation materials.

Ole Bjørn Rasmussen, sales manager, Trelleborg offshore operation, commented: “In offshore environments, fire safety is of the utmost importance, as the occurrence of fire can cause colossal amounts of damage and danger. In accordance with current legislation, corrosion-free designs will increase the reliability and safety of installations worldwide - while at the same time, reducing fire risk and downtime. In addition, our Pemex NRF 127-approved Elastopipe design is able to meet the developing needs and requirements of the Mexican oil and gas industry.”

Elastopipe is a corrosion-free, explosion, impact and jet fire resistant flexible piping system. Its typical applications are deluge and sprinkler systems, utility and drain water systems, nitrogen distribution systems and chemicals and hydrocarbon transportation. The system is lightweight, durable and offers a 30-year minimum maintenance life, while its corrosion-free performance means system-testing frequency can be reduced to statutory requirements.

The company’s PFP material FireStop can be used for different topside applications to ensure safety comes first. FireStop, a non-corroding solution, can withstand jet fires with a heat flux of 390 kW/m2, temperatures above +2552 °F / +1400°C and flame speeds that exceed the speed of sound. This makes it an ideal material choice for use on offshore oil and gas installations and ships, as well as other hazardous environments.