HelioJET Industrial Cleaning Technologies

HelioJET patented technology converts steam and cold water into high-pressure hot water on demand. This approach eliminates the need for complex pumps or heat exchangers while providing hot-water delivery for demanding cleaning tasks. Specific system configurations and operating requirements should be reviewed with Greystone for the intended facility and application.

HelioJET systems are used in paper mill operations, dairy farms, food and beverage production, industrial manufacturing, and other process facilities. Applications include dryer, felt, and fabric cleaning; tank interior washing; CIP processes; equipment degreasing; machine surface cleaning; and industrial facility cleaning.

Yes. CIP, or Clean-In-Place, is an explicit application for HelioJET systems. Interior tank washing systems and central cleaning configurations can support cleaning processes involving tanks, vessels, process equipment, and facility cleaning points. The appropriate system and compatible cleaning chemistry depend on the equipment, process, and facility requirements.

The product range includes HelioJET Interior Tank Washing Systems, HelioJET Single-User Wash Stations, HelioJET High-Pressure Hot Water Cleaning Systems, and the HelioJET Central Cleaning System. Available configurations include portable single-user equipment, central distribution, interior tank washing, and steam gun stations.

Yes. HelioJET systems are designed to integrate with Tri-Solve plant-based cleaning chemistries. This combination brings together high-pressure hot-water technology and plant-based formulations for industrial cleaning applications, including food and beverage processing, paper mill maintenance, dairy cleaning, tank washing, CIP, and equipment degreasing.

HelioJET systems are designed to reduce downtime and maintenance while supporting energy-efficient, water-conserving cleaning operations. Greystone’s broader approach also focuses on reducing chemical, water, and energy use through technology, plant-based chemistry, and facility-specific cleaning strategies. Results depend on the application, equipment, and operating practices.