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Discover how to switch to safer, environmentally friendly cleaning products with the help of TURI Laboratory. Our expertise has assisted hundreds of companies since 1993 in finding effective and non-toxic alternatives to hazardous cleaning solvents. With a proven track record of three times higher adoption rates than the national average, we can guide you through product selection, testing, and implementation. Contact Dr. Jason Marshall for personalized support in optimizing your cleaning processes.
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Switching to a Safer Cleaner:How you can do it, How we can help Dr. Jason Marshall TURI Laboratory Director Jason_Marshall@uml.edu http://turicleanbreak.blogspot.com www.cleanersolutions.org www.turi.org/laboratory (978)934-3133
What Have We Done • Providing technical assistance since 1993 • TURI Lab has helped hundreds of companies find safer alternatives to hazardous cleaning solvents • Process specific testing • The implementation rate for clients of the lab is three times higher than the national average for technical assistant providers • Prior to 2007, 33% of the companies fully adopt the lab’s recommendations • During past 2 years, near 80%
Questions to Ask • What is the purpose of cleaning? • What are the problems with present cleaning system? • What are you trying to remove (soils)? • What is being cleaned (substrates)? • How are you cleaning it (equipment)? • How do you determine how clean is clean?
Keys to Success • I. Product Selection Process • Helps to ‘scope’ project more efficiently • Determine substrate surface/ chemical cleaner reactivity issues • Review lab Safety Screening Scores • Using TURI’s CleanerSolutions Database for cleaning alternatives (www.cleanersolutions.org) • database selection process based on past performance and safety considerations • II. Temperature and Concentration Trials • Chemical field may be narrowed/changed from Phase I • Follow chemical manufacturer’s recommendations for both parameters • Equalize time • Minimize same-source agitation* • *chemical comparison tool; minimal use of mechanical energy; first round of scientific trials; gravimetric analysis • IV. Actual Product Cleaning Trials • Geometries and sizes of parts important to cleaning efficiency • Duplicate optimal PhaseIIIcleaning conditions • Duplicate optimal PhaseIIIcleanliness testing • III. Mechanical Energy Trials • Number of chemical cleaner candidates further decreases from Phase II • Application-specific • Economically-sensitive • Space-limiting • Conduct comprehensive EHS profiles of top performing products • scientific study; may employ a variety of analytical tools for cleanliness evaluation • V. Pilot Plant / Scale-up Feasibility Trials • Obtain input from employees that will be working on new process • Identify areas concerns • Arrange for lab loaning of equipment for further on-site testing • Follow up lab work based on client feedback
CleanerSolutions • TURI Lab Database of Testing • Used to identify safer and effective products • Safety Screening Scores • VOC, ODP, GWP, HMIS/NFPA, pH • Matching Performance • Contaminant, substrate, equipment, current solvent www.cleanersolutions.org
CleanerSolutions • How it works - www.cleanersolutions.org
CleanerSolutions • Check it out on-line to start your search for a new cleaning method • www.cleanersolutions.org • Remember, It All Depends • Test on your specific soils • Using your parts • Following your cleaning process • TURI’s Lab can help you
Questions? • Contact: • Dr. Jason Marshall • TURI Laboratory Director • Jason_Marshall@uml.edu • (978)934-3133