Corrosion resistant alloys (CRA) in cladding applications are innovating production operations and ideal in aggressive H2S environments. We offer cladded steel solutions in a wide variety of product forms along with nickel alloy weld overlay solutions.
We offer design to finished product solutions for corrosive resistant production components when considering the following factors:
• The optimum choice of CRA / backing steel combinations
• Feasibility and design of critical clad components
• Fabrication studies for critical process applications
Corrosion resistant alloy clad steels are innovating production operations allowing for drilling in aggressive H2S environments. We offer clad steel solutions in a wide variety of product forms with our experience in welding clad based steels. We are your solution for proven design and engineering options for corrosive production components and systems whilst considering the following factors:
• The optimum choice of CRA/backing steel combination
• The selection of manufacturing method appropriate to the part which is clad
• Feasibility and fabrication studies.
H2S SOLUTIONS
Internals of a scrubber system are extraordinarily harsh environments. The hot acidic chloride solutions require the use of highly corrosion-resistant nickel alloys, such as Alloy 31 (N08031), Alloy C-276 (N10276) and Alloy 59 (N06059).
We offer design, engineering and material specification guidance for open and close loops cycles with end to end fabrication solutions.
H2S SOLUTIONS
Internals of a scrubber system are extraordinarily harsh environments. The hot acidic chloride solutions require the use of highly corrosion-resistant nickel alloys, such as Alloy 31 (N08031), Alloy C-276 (N10276) and Alloy 59 (N06059).
We offer design, engineering and material specification guidance for open and close loops cycles with end to end fabrication solutions.
THERMAL PROCESSES (Hx + Pv)
Nickel alloys are widely used in thermal applications because of their creep strength and hot corrosion resistance in elevated temperature environments. Excellent mechanical properties at extremely low and high temperature, outstanding resistance to pitting and corrosion are why nickel-based alloys are widely used in a variety of process application.
We offer a comprehensive range of solutions for industrial clients looking at improvements to boiler, tube heat exchanger and pressure vessel designs.
THERMAL PROCESSES (Hx + Pv)
Nickel alloys are widely used in thermal applications because of their creep strength and hot corrosion resistance in elevated temperature environments. Excellent mechanical properties at extremely low and high temperature, outstanding resistance to pitting and corrosion are some of the properties because of which nickel-based alloys are most widely used in any process application.
We offer a comprehensive range of solutions for industrial clients looking at improvements to boiler, tube heat exchanger and pressure vessel designs.
GEOMEMBRANE & CONTAINMENT SOLUTIONS
We offer bespoke design, supply. Fabrication and installing of geomembrane liner systems for primary and secondary fluid containment systems. Employing proprietary materials such as Polybutylene, EPDM, PVC, Polypropylene, HDPE, LLDPE, and Elvaloy, solutions are developed for liquid and chemical containment.
GEOMEMBRANE & CONTAINMENT SOLUTIONS
We offer bespoke design, supply, fabrication and installation of geomembrane liner systems in primary and secondary fluid containment systems. Employing proprietary materials such as Polybutylene, EPDM, PVC, Polypropylene, HDPE, LLDPE, and Elvaloy, our bespoke solutions are engineered for liquid and chemical containment.
