Chemical applications
Pressure vessels play a vital role in chemical processing, especially in environments involving aggressive media and high pressures. These vessels are engineered to withstand extreme conditions, often requiring materials with high corrosion resistance such as Titanium, Zirconium, or Tantalum.
To reduce cost without compromising durability, explosion-clad alternatives have been developed. These allow carbon steel to be used as the structural base while applying a corrosion-resistant inner layer. This design combines mechanical strength with excellent corrosion protection, making it an ideal solution for demanding chemical applications.
type
Pressure vessels materials
Pressure vessels are primarily manufactured in titanium, ensuring exceptional corrosion resistance and long-term reliability in demanding environments. Depending on project requirements, materials such as Ti Grade 1, Ti Grade 2, and titanium-clad constructions are applied.
Titanium
PEF vessel in solid Titanium GR2
— PEF, Chlor AlkaliSolid pressure vessels in Titanium were produced for PEF and Chlor Alkali applications.
Drum vessel in Ti GR2
— PTASolid Titanium vessels are typically used for PTA applications. Coek has also references on solid Ti GR12 pressure vessels.
Crystallizers in Ti gr 1 clad
— PTAFor PTA , Crystallizers are commonly included in Ti clad (Ti GR1).
Pressure Vessel Applications
Pressure vessels play a crucial role in a wide range of industrial applications, especially where chemical resistance and structural integrity are paramount. Below is an overview of common use cases where high-performance vessels are essential.
PEF
PEF is a polymer that can be produced by polycondensation of furandicarboxylic acid (FDCA) and ethylene glycol.
Projects
Coek Engineering delivers high-performance pressure vessels that meet the strictest international standards. With expertise in exotic materials, projects range from solid titanium vessels for the PEF sector to crystallizers and drums in Ti Grade 1 and 2 for the PTA market.
