Abigail Hasler
OASE Intern at TE Connectivity
- Industry: Electronics Industry
- Project Type: Hazardous and solid waste prevention
- Location: Tualatin and Wilsonville, OR
- Major/University: Bioengineering, Oregon State University
Project Summary
Abigail Hasler interned for TE Connectivity at their Tualatin and Wilsonville, Oregon plants. She researched opportunities to prevent using Isopropyl alcohol (IPA) which is an effective solvent and hazardous waste. Using high concentrations of IPA is essential at these plants because both are manufacturing medical grade sensing wires.
Potential Impacts
If Abigail's recommendations are followed, TE Connectivity will reduce its IPA consumption, saving approximately $40,000 a year. IPA (hazardous waste) use will decrease by 2100 gallons. This can be achieved by reducing IPA usage in the Cleaning Room, reusing or recycling IPA for all possible processes, and if necessary, selling IPA in overflow to other companies that can use it.
2,100 Gallons
Hazardous Waste Reduction
$40,000
Annual Potential Savings
Background
TE Connectivity is a global business that makes highly-engineered connectors and sensors. Their Tualatin and Wilsonville sites, part of TE Connectivity’s Medical Division, have approximately 600 employees. At their Oregon plants, IPA is used as a wire cleaner. Soon, the Tualatin and Wilsonville plants will merge and their combined IPA usage risks the plant becoming a large quantity generator of hazardous waste. This OASE intern researched ways to prevent and reduce the use of IPA.
Project Details
During her internship, Abigail did the following:
quantified the IPA usage and associated costs in all departments
developed a process map highlighting usage and waste
identified equipment and processes for recycling and reducing IPA usage to prevent excessive IPA waste
determined the quantity of IPA that could be reduced by implementing pollution prevention strategies and calculated financial savings.
The most promising solution for decreasing 99% IPA usage in TE Connectivity’s largest waste stream is to decrease the dimensions of the IPA tanks, and test the IPA consistently to determine how frequently it needs to be replaced.
An additional process change to reduce IPA waste is to reclaim IPA using a solvent recycler. The reclaimed IPA could be used throughout the plant or sold to a customer.
These suggested changes offer solutions that could not only maintain TE Connectivity’s combined Tualatin and Wilsonville site as a small quantity generator, but may reduce IPA waste enough to become a very small quantity generator of hazardous waste.