Page 198 - Towards A Sustainable Future , Phase 3 2025, E-Book_Neat

disposal of solvent-based waste can also lead to soil and water to traditional methods, focusing on factors such as time,
contamination, posing additional risks to local ecosystems. chemical usage, and environmental considerations.
•Quantify the reduction in cleaning time and labour costs
Parts Washers offer a more environmentally friendly achieved through efficient cleaning cycles.
alternative by using water-based or biodegradable cleaning •Evaluate the Parts Washers' ability to remove various
agents that produce fewer emissions and are less hazardous. contaminants, including grease, oil, and metal shavings, to
These machines often operate within a closed-loop system, ensure optimal machine performance.
meaning that the cleaning agents can be recycled and
reused several times, reducing the need for fresh chemicals 2.Environmental Impact Analysis:
and minimising waste. By using Parts Washers, companies •Measure the reduction in water, electricity and chemical
like Stewart Engineering can reduce their VOC emissions consumption by tracking usage patterns and comparing them
significantly, helping to improve air quality both in and around to historical data.
their facilities. •Assess the impact on waste generation, particularly
hazardous waste, and identify opportunities for recycling and
Another critical environmental benefit of Parts Washers is disposal minimisation.
their ability to reduce waste. Since many parts washers use •Evaluate the potential for energy savings through efficient
recyclable cleaning agents, they create less chemical waste, filtration systems within the Parts Washers.
reducing the volume of hazardous waste that requires special
disposal. For Stewart Engineering, this translates into reduced 3.Cost-Benefit Analysis:
disposal costs, less environmental impact, and compliance •Conduct a detailed financial analysis to determine the return
with stricter environmental standards. Additionally, Parts on investment (ROI) for Parts Washer implementation.
Washers align with the principles of a circular economy •Quantify the savings associated with reduced chemical and
by extending the life of both the cleaning agents and the water usage, as well as decreased labour costs.
machinery they service, ultimately contributing to resource •Consider potential long-term benefits, such as improved
conservation. This environmental review highlights that equipment lifespan and reduced downtime due to cleaner
Parts Washers are not only a practical tool for cleaning but parts.
also a sustainable choice that supports Stewart Engineering's
environmental responsibility and compliance with regulatory 4.Employee Education and Awareness:
standards. •Develop and implement a comprehensive training program
to educate employees on the proper use and maintenance of
Objectives Parts Washers.
The primary goal of this project is to evaluate the integration •Highlight the environmental and safety benefits of using
of Parts Washers into Stewart Engineering's cleaning and Parts Washers, emphasising reduced chemical exposure and
maintenance processes. By analysing the operational improved workplace conditions.
efficiency, environmental impact, and cost-effectiveness of •Promote a culture of sustainability by encouraging employees
these systems, we aim to optimise cleaning routines and to adopt environmentally friendly practices and report any
reduce the company's ecological footprint. issues or concerns.

Specific Objectives: By achieving these objectives, Stewart Engineering can
1.Performance Assessment: significantly enhance its operational efficiency, reduce
•Directly compare the cleaning effectiveness of Parts Washers environmental impact, and improve overall sustainability
performance.

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