Renewable energy spans genuinely different services under one label — geothermal brine calls for chloride-resistant alloys, while biomass steam service looks more like conventional power generation.
| Dominant Failure Mode | Geothermal: chloride/silica corrosion; Biomass: thermal cycling |
| Governing Standard | General ASME/TEMA, ASME Section I for biomass steam boilers |
| Typical Material Default | Duplex or Titanium (geothermal), Alloy Steel (biomass steam) |
| Typical Structural Type | Floating (geothermal, for scaling/cleaning access), U-Tube (biomass steam) |
Confirm which renewable application you're specifying for — the material logic differs substantially.
The label spans genuinely different processes — geothermal brine handling is a corrosion-driven chemical challenge, while biomass steam generation is a thermal-cycling challenge similar to conventional power boilers. Confirm which applies to your project.
Geothermal brine often carries high chloride and dissolved silica content at elevated temperature, creating a corrosion and scaling environment that commonly requires duplex or titanium rather than standard stainless.
If it's power boiler duty, likely yes — confirm your specific system classification, since this affects the governing code path the same way it does in conventional power generation.
Every enquiry is checked against governing code, material compatibility and manufacturing feasibility before a quote is issued. Use our product, material, grade and standards guides to freeze the RFQ — then confirm with engineering.
Send your fluid service, pressure class and governing standard — we'll confirm the right product and material.