Steam & condensate

Steam trap

Automatic discharge of condensate without steam loss.

Steam trap – efficient condensate handling

Inverted bucket, thermodynamic and thermostatic designs to discharge condensate and air while retaining steam.

DN: 15–80
PN: 16–40
Materials: Cast iron, carbon steel, stainless steel
Connections: BSP/NPT threaded or flanged

Condensate pump

Pumps condensate without electrical power.

Mechanical condensate pump – pressure motive

Units for lifting/return of condensate from low points where electricity is undesirable.

Capacity: 0.3–6 t/h (at 2–8 bar PMO)
Max operating pressure: 10–14 bar
Materials: Carbon steel or stainless steel
Connections: Flanged or threaded, DN 20–50

Air vent

Eliminates air and non-condensable gases.

Steam air vent – removal of non‑condensables

Thermostatic device releasing air/CO₂ at start‑up and during operation to improve heat transfer.

Connections: 1/2"–1" BSP/NPT
PMO: up to 10–20 barg (model dependent)
Materials: Stainless steel or cast iron
Install at high points / near heat exchangers

Separator / moisture separator

Removes moisture and particles for dry steam.

Steam separator – dry steam for higher efficiency

Cyclone/vortex‑type separator that removes droplets and debris before PRVs and equipment.

DN: 20–200
PN: 16–40
Materials: Carbon steel, stainless steel
Connections: Flanged (EN 1092‑1) or threaded

Pressure reducing valve

Stabilises pressure for safe operation.

PRV for steam – stable secondary pressure

Self‑acting or pilot‑operated PRVs for smooth reduction from high‑pressure steam networks to process levels.

Inlet: up to 25 barg
Outlet: 0.2–10 barg
Temperature: up to 220–300 °C
Materials: Cast iron, carbon steel, stainless steel

Strainers / filters

Protects the system from particles and impurities.

Strainers – protection of valves and instrumentation

Y‑strainers and basket filters; optional drain plugs.

DN: 15–300
PN: 16–40
Filtration: 50–500 μm
Materials: Stainless steel, cast iron

Control valve

Precise control of pressure and flow.

Control valve – accurate process control

Single or double‑seated valves with pneumatic/electric actuators for pressure, flow and temperature control.

DN: 15–200
PN: 16–63
Kvs: 0.16–160
Materials: Carbon steel / stainless; stellited seats

Safety valve

Opens automatically at overpressure.

Safety valve – overpressure protection for steam

Spring‑loaded or lever‑operated valves for rapid pressure relief in boilers and steam systems. Supplied with PED/CE.

Set pressure: 0.5–40 bar
DN: 15–100
Materials: Bronze, stainless steel, carbon steel
Connections: Threaded or flanged, EN/ASME

Disc-check valve preventing backflow in steam systems

Check valve (disc‑check)

Prevents reverse flow with low pressure drop.

Disc‑check valve – compact backflow protection

DN: 15–150
PN: 16–40
Temperature: up to 300 °C
Materials: Stainless steel, carbon steel

Sight glass

Visual inspection of steam and condensate.

Sight glass – visual monitoring

Straight‑through or angle pattern for monitoring flow and trap operation. Toughened/borosilicate glass.

DN: 15–80
Pressure: up to PN40
Materials: 316L stainless, borosilicate glass
Seals: PTFE / graphite

Level gauge

Reliable level indication in tanks and boilers.

Level gauge – safe level control

Reflex or transparent type with isolation valves and protection glass.

Center distance: 200–1000 mm
Pressure/Temp: up to 40 bar / 250 °C
Materials: Carbon steel / stainless steel
Glass: Borosilicate; mica shields for steam

Heat exchanger

Efficient heat transfer and energy recovery.

Heat exchanger – energy‑efficient transfer

Plate and shell‑and‑tube units for recovery and process heating with steam.

Types: Gasketed/brazed plate, shell‑and‑tube
Capacity: 50 kW – 5 MW (config‑dependent)
Materials: 316L / titanium (on request)
Certification: PED/CE, pressure test