List of products by brand Valsteam ADCA

Valsteam ADCA – Technical profile of a steam, condensate and industrial fluid equipment manufacturer

Valsteam ADCA is a Portuguese manufacturer of equipment for steam, condensate and industrial fluid systems. The company operates mainly through two product lines: ADCA, for industrial steam and fluid applications, and ADCAPure, for clean steam, filtered air, purified water and clean utilities in pharmaceutical, food, cosmetics and fine chemical applications.

The range represented through Philippopoulos S.A. includes:

  • mechanical condensate pumps,
  • pump traps,
  • condensate recovery units,
  • steam-to-water heat exchangers,
  • deaerators,
  • boiler blowdown vessels,
  • flash vessels,
  • moisture separators,
  • sample coolers,
  • steam / water mixers,
  • steam injectors,
  • packaged heat recovery units.

ADCA equipment covers a large part of the steam and condensate loop. Steam traps, pressure regulators, control valves, separators, condensate pumps and heat recovery units must be selected as a system, not as isolated components.

Steam traps are selected according to condensate load, differential pressure, back pressure, start-up load and air venting requirements. Float and thermostatic traps are common on heat exchangers and variable condensate loads. Thermodynamic traps are compact and suitable for distribution drainage and tracing, when correctly applied.

Mechanical condensate pumps and pump traps are used when condensate cannot return by gravity or available differential pressure. They are relevant in heat exchangers operating under stall conditions, closed condensate systems and high back pressure return lines.

Pressure reducing stations require strainer, separator, gauges, bypass, safety valve and proper condensate drainage. Control valves require Kv / Cv calculation, actuator sizing, fail position, leakage class and checks for cavitation, flashing or noise.

Deaerators, boiler feed tanks, flash vessels and blowdown vessels are part of the boilerhouse energy and water balance. Selection requires steam pressure, condensate return flow, flash steam quantity, feedwater demand and blowdown rate.

For steam specialists and process engineers, Valsteam ADCA should be evaluated from the complete steam balance: generation, distribution, drainage, pressure reduction, condensate recovery, deaeration and heat recovery.

Pump trap - APST | ADCA

Pump trap - APST | ADCA
ADCA ADCAMat APST Automatic Pump-Trap The APST is an automatic pump-trap designed for the drainage and lifting of condensate from heat exchangers, coils, heating vessels, and closed return systems. It integrates a float steam trap mechanism and a pressure pump within a single body. When differential pressure is sufficient, it operates as a steam trap;...

Pump trap - POP DN 100 | ADCA

Pump trap - POP DN 100 | ADCA
ADCA ADCAMat POP DN 100 Condensate Pump The ADCA POP DN 100 is a mechanically operated condensate pump designed for pressure-driven transfer of steam condensate, oils, and non-hazardous liquids compatible with its construction materials, to higher levels or against backpressure. Filling occurs by gravity, and displacement is achieved using steam,...

Pump trap - POP DN 25-80 | ADCA

Pump trap - POP DN 25-80 | ADCA
ADCA ADCAMat POP Condensate Pump DN 25–80 The ADCA ADCAMat POP is a mechanical condensate pump operated via a float and an external motive medium. It is used for transferring steam condensate, oils, and non-hazardous Group 2 liquids to a higher level or return line with backpressure. It does not require electrical power. Operation The liquid enters by...

Cycle Counter for Condensate Pumps - POP-CT | ADCA

Cycle Counter for Condensate Pumps - POP-CT | ADCA
ADCA POP-CT Cycle Counter for Condensate Pumps The ADCA POP-CT is not a condensate pump. It is a mechanical cycle counter for pressure-driven condensate pumps in open vented systems. It is mounted on the pump cover and is activated by pressure changes within the pump body. It is used for operation monitoring, condensate return estimation, and maintenance...

Pump trap - POPS-LC | ADCA

Pump trap - POPS-LC | ADCA
ADCA POPS-LC Condensate Pump The ADCA POPS-LC is a mechanically operated low-capacity condensate pump, designed for pressure-driven operation. It is utilized for lifting or transferring hot steam condensate, oils, and non-hazardous liquids compatible with construction materials, when gravity or available differential pressure is insufficient. Operation...

Pump trap - PPA14 | ADCA

Pump trap - PPA14 | ADCA
ADCA ADCAMat PPA14 Condensate Pump The PPA14 is a mechanical pressure-powered condensate pump designed for transferring hot steam condensate, oils, and non-hazardous liquids to higher levels or return lines with backpressure. It is not a steam trap pump; in stall applications, it operates with a separate steam trap. Operation Liquid enters by gravity...

Pump trap - PPA312 | ADCA

Pump trap - PPA312 | ADCA
ADCA ADCAMat PPA312 Condensate PumpThe PPA312 is a mechanical pressure-driven condensate pump designed for the transfer of hot steam condensate, oils, and non-hazardous liquids compatible with its construction materials. It is utilized when the liquid needs to be elevated or directed into a return line with backpressure, without using an electric...

Pump trap - PPT14 | ADCA

Pump trap - PPT14 | ADCA
ADCA ADCAMat PPT14 Pump-Trap The PPT14 is an automatic pump-trap designed for condensate drainage in heat exchangers, heating coils, heated vessels, and steam units where stall conditions may occur. It combines a float steam trap and a pressure pump in one unit: when sufficient differential pressure is present, it operates as a steam trap, while when...

Pump trap - PPO14 | ADCA

Pump trap - PPO14 | ADCA
ADCA ADCAMat PPO14 Condensate Pump The PPO14 is a mechanical pressure pump designed for the transfer of steam condensate, oils, and non-hazardous liquids compatible with its construction materials, to a higher level or return line with backpressure. It operates without electrical power, using saturated steam, compressed air, nitrogen, or other driving...

Adcatherm Heat Exchangers - R SERIES | ADCA

Adcatherm Heat Exchangers - R SERIES | ADCA
ADCA R Tubular Heating Elements ADCA R tubular heating elements are designed for steam-water applications in vertical or horizontal tanks. They are used for direct heating within a tank or process vessel, eliminating the need for an external shell-tube exchanger. Installation is horizontal on the tank. Applications Typical uses include: heating...

Adcatherm Heat Exchangers - STH | ADCA

Adcatherm Heat Exchangers - STH | ADCA
ADCA STH Shell and Tube Heat Exchangers ADCA STH heat exchangers are designed for steam-to-water heating in horizontal installations. Steam flows through the tube bundle and condenses, while the process water circulates on the shell side, ensuring no mixing of the two fluids. Industrial Circuit Applications Typical applications include: hot water...

Adcatherm Heat Exchangers - STS | ADCA

Adcatherm Heat Exchangers - STS | ADCA
ADCA STS Shell and Tube Heat Exchangers ADCA STS are closed construction steam-water heat exchangers with a stainless steel shell and tube bundle. The basic STSV version is designed for vertical installation, while a horizontal arrangement STSH is available with different condensate head configurations. Applications Used in: hot water production with...

Adcatherm Heat Exchangers - STV | ADCA

Adcatherm Heat Exchangers - STV | ADCA
ADCA STV Shell and Tube Heat Exchangers ADCA STV units are vertical steam-water heat exchangers, featuring a bolted construction, designed for industrial water heating or production. Steam flows through the tubes while process water circulates on the shell side, ensuring separation of the two fluids. Applications Typical uses include: hot water...

Deaerator - ADG | ADCA

Deaerator - ADG | ADCA
ADCA ADG – Atmospheric Semi-Deaerator for Boiler Feedwater The ADCA ADG is an atmospheric semi-deaerator designed for preheating boiler feedwater and reducing dissolved oxygen and CO₂ content. The assembly consists of a deaeration head, horizontal storage vessel, and vent line. Under correct operation, residual O₂ is typically below 1.6 mg/l. Final oxygen...

Blowdown Vessels - BEX | ADCA

Blowdown Vessels - BEX | ADCA
ADCA BEX – Blowdown Expansion and Cooling Unit The ADCA BEX is an expansion and cooling vessel designed for boiler blowdown water and hot industrial effluents prior to discharge into drains or sewer systems. Operating at atmospheric pressure, hot water enters the vessel and is mixed with cooling water via a controlled valve, ensuring the outlet...

Boiler Feed Tanks - BFT | ADCA

Boiler Feed Tanks - BFT | ADCA
ADCA BFT – Boiler Feedwater Storage Tank ADCA BFT is a horizontal feedwater storage tank for steam boiler systems. It collects softened make-up water and returned condensate, providing a buffer volume for feedwater pumps and ensuring stable suction conditions. The tank is designed for industrial steam applications where consistent feedwater supply and...

Blowdown Vessels - BV | ADCA

Blowdown Vessels - BV | ADCA
ADCA BV – Blowdown Expansion Vessel The ADCA BV is designed for boiler house applications, specifically for cooling boiler blowdown water and hot effluents prior to discharge into drainage systems. The vessel acts as a flash expansion chamber: a portion of the incoming hot water is converted to flash steam, while the remainder is collected as hot...

Flash Condensing Heads - FCD | ADCA

Flash Condensing Heads - FCD | ADCA
ADCA FCD – Flash Steam Condensing Head ADCA FCD is a mixing and condensing head for secondary steam, designed for boiler feedwater tanks. It is applied where flash steam from vent lines or TDS recovery systems must be absorbed into make-up water, rather than vented to atmosphere. Operation The unit receives cold make-up water, condensate return,...

Flash Vessel - RV | ADCA

Flash Vessel - RV | ADCA
ADCA RV – Secondary Steam Flash Vessel The ADCA RV is a vertical flash vessel designed for the recovery of secondary (flash) steam from high-pressure condensate. When condensate is discharged to a lower pressure, a portion re-evaporates and is separated in the vessel. The generated flash steam can be utilized for low-pressure steam consumers or heat...

Flash Vessel - RVST | ADCA

Flash Vessel - RVST | ADCA
ADCA RVST – Flash Vessel with Integrated Steam Trap The ADCA RVST is a vertical flash vessel designed for secondary steam recovery in systems where high-pressure condensate is discharged to a lower pressure. A portion of the condensate re-evaporates, and the resulting flash steam can be utilized in low-pressure steam consumers or heat exchangers. The...

Deaerator - TDG | ADCA

Deaerator - TDG | ADCA
ADCA TDG – Thermal Deaerator for Boiler Feedwater The ADCA TDG is a disc-type thermal deaerator designed for boiler feedwater treatment. The unit heats returned condensate and softened make-up water to remove dissolved oxygen and CO₂ prior to boiler entry. Technical documentation specifies oxygen reduction capability to below 0.02 mg/l, with final...

Humidity Separators - AS | ADCA

Humidity Separators - AS | ADCA
Centrifugal Separator ADCA AS The ADCA AS centrifugal separator is designed for closed-loop hydraulic circuits in heating, cooling, and pumping systems, where removal of air and solid contaminants from the process fluid is required. Operation is based on centrifugal action, directing suspended solids and entrained air bubbles away from the main flow and...

Exhaust Heads - EH | ADCA

Exhaust Heads - EH | ADCA
ADCA EH – Exhaust Head for Open Vent Lines The ADCA EH exhaust head is installed at the end of vertical vent or blowdown lines from blowdown vessels, feedwater tanks, and auxiliary steam vessels. Its primary function is to separate moisture from the outgoing steam, reduce discharge velocity, and ensure safe drainage of retained condensate within the...

Cooling Device - HCC | ADCA

Cooling Device - HCC | ADCA
ADCA HCC – Hot Condensate Cooler Vessel The ADCA HCC is used in condensate lines where discharges from higher-pressure steam traps are routed to a lower-pressure, lower-temperature condensate header. The rapid pressure drop can generate flash steam; if this condenses suddenly within cooler condensate, it may cause noise, vibration, and water hammer....