Inverted Bucket Steam Traps: High-Capacity Condensation Recovery

Secondary steam heating systems—including heating coils, jacketed vessels, and shell-and-tube heat exchangers—produce large volumes of condensate immediately following heat transfer. Leaving this condensate inside the equipment causes water logging, reduces thermal efficiency, and accelerates corrosion. Inverted Bucket Steam Traps provide reliable, robust discharge of high-volume condensate to keep heat transfer processes operating at peak performance.

By efficiently purging condensate from secondary process equipment, these traps enable closed-loop condensate recovery, sending high-purity, pre-heated water directly back to the boiler feed system.

Core Operating & Financial Benefits

• Maximum Thermal Efficiency: Rapidly evacuates condensate from coils and vessels, eliminating fluid buildup and maintaining optimal heat transfer rates.
• Significant Boiler Fuel Savings: Captures high-temperature condensate for use as boiler feed water, reducing the energy needed to heat cold makeup water.
• Reduced Water & Chemical Expenses: Reclaiming pure condensate minimizes overall water utility bills and decreases the consumption of chemical treatment additives.
• Durable Construction: Designed with mechanical lever linkages and robust buckets built to handle severe pressure surges, thermal shock, and water hammer.

Key Applications

• Process Heat Exchangers: Continuous condensate removal for shell-and-tube and plate heat exchangers.
• Jacketed Vessels & Reaction Kettles: Rapid drainage during batch heating cycles in chemical and pharmaceutical manufacturing.
• Air Heating Coils & Radiators: Efficient discharge for high-capacity industrial HVAC and drying coils.
• Reboilers & Evaporators: Reliable condensate venting in heavy industrial distillation and concentration units.