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HELIOS TUBE
CLEANING SYSTEM®
The award winning Helios TCS™ is a breakthrough solution eliminating tube fouling in water-cooled heat exchangers.  The automated preventative tube cleaning system engineered for ultra-reliable performance.

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BROCHURE

Designed and built in the United States, the Helios TCS system is constructed to thrive in the most challenging environments.  Fabrication precision and component quality are keys to building an ultra-reliable system.

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HOW DOES THE HELIOS TUBE CLEANING SYSTEM® WORK?

The Helios TCS™ provides continuous online tube cleaning of up to five (5) heat exchangers.  The system continuously cleans heat exchangers by circulating sponge balls through the heat exchanger tubes at programmed intervals, preventing residue, deposits, and bio-film from accumulating in the tubes.

RELIABILITY & EFFICIENCY

Helios™ equipment installations have operated over millions of hours with a reliability rate exceeding 99.97%. Systems are designed and manufactured to ASME B31.9, B31.1, B31.3, NEC, and UL codes to ensure premium reliability and performance.

OPERATING HOURS

+1 MILLION

RELIABILITY RATE

99 %

AVERAGE EFFICIENCY GAIN

+8 %

PRODUCT LITERATURE

Browse technical documentation for the Helios Tube Cleaning System® and components.  Detailed engineering guides are provided to help you configure a system for your application.

FEATURES & BENEFITS

The Helios install base has operated over millions of hours with a reliability rate exceeding 99.97%. Systems are manufactured to ISO standards, are ASME “U”, “R”, and “PP” Pressure Vessel Code certified.

Metis™ Controls ensure intuitive operation and seamless communications with existing BAS or SCADA systems.

Design/build, hydraulic testing, and custom fabrication is available to adapt Helios systems within unique environments for limited interruption and fast installation.

Designed and Fabricated in the U.S.A. to ASME & NEC Standards.

Data shows real-worls average improvement in energy efficiency ranges between 5-15%.

Maintenance related to manual chiller tube cleaning is eliminated resulting in reduced operating costs.

Lifetime CO² emissions can be reduced by 6,000 to 10,000 tons by improving the efficiency of central chilled water plants and heat exchangers.

Greater chiller efficiency gives you increased capacity during peak cooling season when you need it most.