Premier Control Technologies Fluid Solutions
Steam systems are critical in UK and Ireland industries, from food and beverage sterilisation to pharmaceutical clean steam and energy recovery. Maintaining precise pressure, controlling flow, and monitoring condensate return are essential for safety, efficiency, and compliance.
This page highlights 12 key steam applications and the advanced technologies that optimise performance, reduce energy costs, and ensure hygienic operation.
Steam pressure reduction is vital for safe distribution and efficient energy use. High-pressure steam from boilers must be reduced to usable levels for process equipment. Poor control can lead to equipment damage, energy waste, and safety hazards. Self-operated regulators provide reliable, maintenance-friendly solutions without external power.
Clean steam is essential in pharmaceutical and food applications. Pressure must be controlled precisely to maintain sterilisation standards and prevent contamination. Sanitary regulators ensure compliance with hygienic requirements.
Heating processes require precise steam flow modulation to maintain temperature control. Automated valves improve efficiency and reduce energy waste.
Sterilisation loops in food and pharma require stable steam pressure and hygienic components. Poor control can compromise product safety.
Steam distribution networks must maintain upstream pressure to prevent process disruptions. Back-pressure regulators ensure stability under varying demand.
Feedwater pressure must be controlled to protect boilers and maintain efficiency. Hygienic regulators are essential in clean steam systems.
Monitoring condensate return improves energy recovery and prevents water hammer. Accurate flow measurement supports efficiency tracking.
Chemical dosing prevents scaling and corrosion in steam systems. Accurate dosing ensures system integrity and compliance.
Steam traps remove condensate and prevent steam loss. Monitoring ensures energy efficiency and prevents water hammer.
Heat exchangers require precise steam control to maintain process temperatures. Disc traps ensure efficient condensate removal.
Compressed air powers actuators and controls in steam plants. Monitoring flow prevents energy waste and improves efficiency.
Energy recovery systems reduce costs and emissions. Hygienic valves ensure safe operation in clean steam environments.
| Application | Recommended Technologies | Why It Helps |
|---|---|---|
| Steam Pressure Reduction | Jordan Valve Mark 60 | Reliable pressure control without external power |
| Clean Steam Pressure Control | Steriflow Mark 93JR | Hygienic pressure regulation |
| Steam Flow Modulation | Jordan Valve Mark 66 | Automated steam control |
| Sterilisation Loops | Steriflow Mark 93 | Consistent pressure for sterile processes |
| Steam Distribution | Jordan Valve Mark 50 | Maintains upstream pressure stability |
| Boiler Feedwater Regulation | Steriflow Mark 94 | Hygienic feedwater control |
| Condensate Return Measurement | Rheonik RHM 100 | Accurate high-flow measurement |
| Chemical Dosing | Rheonik RHM 60 | Precise dosing for water treatment |
| Steam Trap Monitoring | Steriflow BTCS | Hygienic condensate removal |
| Heat Exchanger Control | Steriflow CSDT | Efficient condensate discharge |
| Compressed Air Monitoring | Steriflow Mark 978JD | Accurate utility control |
| Energy Recovery Isolation | Steriflow Mark 9020 | Reliable isolation in clean steam circuits |
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