High-Temperature Process Heating by Wisebros
At Wisebros Industrial Solutions Ltd., we offer custom-designed process heaters for hydrogen production, chlorination processes, and calcination applications—critical operations that demand high thermal efficiency, material integrity, and strict compliance with safety standards. These heater systems are engineered to withstand extreme temperatures and corrosive environments typical in chemical, metallurgical, and renewable energy sectors.
Whether operating under inert, oxidizing, or highly reactive atmospheres, Wisebros heaters are built to deliver stable and controlled thermal output while ensuring plant safety and process integrity. We work closely with EPC contractors, plant operators, and OEMs to deliver solutions that are fit-for-purpose, certified, and ready for long-term, high-reliability use.
Key Technical Parameters
Hydrogen Process Heaters
- Operating temperature: Up to 950°C (depending on reforming or cracking process)
- Atmosphere compatibility: Hydrogen-rich, nitrogen, or inert gas environment
- Heating type: Indirect (tubular or radiant), electric, or fuel-fired
- Material construction: High-temperature alloys, Inconel, Hastelloy, SS 310S
- Certifications: ASME, PED, ATEX, ISO/EN standards
Chlorination Process Heaters
- Application: Chlorine gas preheating or process gas thermal treatment
- Corrosion resistance: Special coatings or alloy linings for chlorine resistance
- Temperature range: Typically 200°C to 650°C
- Optional features: Explosion-proof enclosures, flow control, temperature safety interlocks
Calcination Heaters
- Use case: Drying, oxidizing, or phase transition of solids at elevated temps
- Max temperature: Up to 1100°C for continuous operation
- Heating mode: Radiant or convection-based (gas/electric)
- System type: Skid-mounted or integrated with rotary kilns or reactors
Each Wisebros heater is available with turnkey engineering, including control panels, safety systems, thermal insulation, and documentation for seamless integration into complex process plants.