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Parts cleaning can influence energy use, chemical consumption, waste generation and equipment life. A more considered cleaning process can help manufacturers reduce environmental impact while maintaining productivity, quality and compliance.
Traditional parts cleaning can involve solvents, corrosive chemicals and other substances that create health, safety and environmental considerations. Where the application allows, water-based cleaning solutions can provide an alternative with lower VOC emissions and reduced flammability risk.
Effective cleaning supports preventive maintenance by making it easier to inspect components, identify wear and repair parts before failures occur. Clean components can also be reassembled, protected and returned to service more effectively.
Extending the useful life of equipment can reduce the environmental impact associated with replacement, while reducing the volume of potentially hazardous waste generated by premature disposal.
Well-insulated cleaning equipment can reduce heat loss and the energy required to maintain cleaning temperatures. Selecting a cleaning method that delivers the required result in the shortest practical cycle can further reduce energy demand.
Parts washers that recirculate cleaning fluid can reuse the solution until it reaches the end of its useful life. Using the correct concentration for the application can reduce chemical consumption further.
Used cleaning fluids and residues need to be collected, stored and treated appropriately. A managed service can reduce the need for customers to store large quantities of new and used chemicals on site and can provide a more controlled approach to waste collection and treatment.
A lower-impact parts cleaning strategy considers the entire process rather than focusing on one measure in isolation: chemical selection, machine efficiency, cleaning time, maintenance, waste management and equipment life can all contribute to a more sustainable operation.
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