Pressure Vessels, Tanks & Heat Exchangers
Engineered static equipment and replacement parts for storage and thermal duties. Pricing requires a design basis rather than a catalogue size alone.
Pressure vessels and separators
Pressure vessels contain fluids under specified design conditions. Separators use a vessel and selected internals to divide phases or remove entrained material, combining pressure containment with a defined process duty.
Production facilities, refineries, gas plants and utility systems use vessels for storage, separation and process support. Fluid properties and operating cases establish the design basis.
Capacity, orientation, internals, materials and corrosion allowance vary by duty. The specified design code, inspection scope and nozzle interfaces belong in the equipment specification.
Storage tanks and tank accessories
Storage tanks hold liquids or other specified products within a defined storage design. Roofs, vents, level measurement and access fittings support operation and maintenance, but their configuration depends on the stored medium and tank arrangement.
Tank farms, terminals and industrial facilities use storage tanks for feedstocks, products and utilities. Working capacity and operating patterns affect the complete installation.
Atmospheric and specified-pressure tanks require different design bases. Roof type, materials, foundations, venting and accessory interfaces should be identified before comparing proposals.
Shell-and-tube heat exchangers
Shell-and-tube heat exchangers transfer heat between fluids separated by tube walls. The shell, tube bundle and channel arrangements manage pressure containment, heat-transfer area and access for maintenance.
Heating, cooling, condensation and evaporation duties across process plants use this exchanger family. Both fluid streams must be described to define the thermal duty.
Tube material, bundle arrangement, allowable pressure drop and fouling conditions influence selection. Replacement bundles require the existing mechanical drawings and dimensional interfaces.
Plate exchangers and air coolers
Plate heat exchangers transfer heat through formed plates separating fluid streams. Air coolers reject heat to ambient air through a finned-tube arrangement. The two technologies suit different utility availability and operating conditions.
Process cooling, heat recovery and utility duties use these systems. Ambient temperature or the available cooling stream affects the achievable performance.
Gasketed or welded plate construction and different fan arrangements offer distinct maintenance and containment features. Compare thermal cases, materials, pressure limits and installation space.
Tank seals, floating roofs and vents
Floating-roof components and rim seals form part of a tank's storage arrangement. Tank vents manage specified breathing or pressure conditions, with accessories matched to the stored product and the tank design.
Storage-tank maintenance and upgrades often involve replacement seals, vents or roof fittings. Existing dimensions and the roof configuration are essential to compatibility.
Seal design, material and roof clearances differ between installations. Vent selection needs the tank's specified duty and protective arrangement rather than connection size alone.