| Overall Rating | Gold |
|---|---|
| Overall Score | 72.67 |
| Liaison | Aurora Sharrard |
| Submission Date | Feb. 13, 2024 |
University of Pittsburgh
OP-20: Hazardous Waste Management
| Status | Score | Responsible Party |
|---|---|---|
|
1.00 / 1.00 |
Keith
Duval Health and Safety Environmental Health & Safety |
"---"
indicates that no data was submitted for this field
Part 1. Hazardous waste minimization and disposal
Yes
A brief description of steps taken to reduce hazardous, special (e.g. coal ash), universal, and non-regulated chemical waste:
Pitt's primary strategies to reduce hazardous waste are as follows:
1) Order only the volume of chemicals that are needed. The cost of chemical disposal often exceeds the price of purchasing the chemical.
2) Label all bottles and containers in laboratories (to reduce the number of unknowns).
2) Date containers when received and use older chemicals first.
3) Use less hazardous or non-hazardous chemicals for experiments when possible.
4) Prepare only the amount of solutions/mixtures needed for experiments.
5) Use spirit-filled thermometers instead of mercury thermometers when possible.
7) Scale down / scale back experiments that produce hazardous waste.
These Pitt Environmental Health & Safety (EH&S) guidelines are intended to ensure that chemical users on campus are aware of the importance of source reduction and waste minimization. Benefits of source reduction and waste minimization include increased safety of personnel, reduced risk of environmental contamination, and a decrease in chemical and waste disposal expenditures.
Pitt's Department of EH&S has prepared and implemented a source reduction strategy, which describes ways to reduce or eliminate the amount or toxicity of waste, including the following minimization activities:
1) Product Substitution - Use less hazardous or non-hazardous materials. Examples include substitution of enzymatic cleaners and detergents for chromic acid cleaning solutions, replacement of flammable and or toxic solvents with water-based materials, replacing mercury thermometers with spirit filled or electronic thermometers, and using latex paints in place of oil-based paints.
2) Microscale Chemistry - Scale down techniques where possible to reduce waste.
3) One More Step - When possible, all reactions should be taken one more step, if the additional step will result in a less hazardous material without an increased safety risk. (refer to “Destruction of Hazardous Chemicals in the Laboratory” by George Lunn & Eric Sansone, 2nd Edition, 1994 (Wiley)).
4) Waste Segregation - Ensure appropriate segregation. Keep non-hazardous wastes out of the hazardous waste streams.
5) Education - All chemical users should attend “Chemical Hygiene” training. Pitt EH&S offers additional waste minimization guidance through this program.
6) Inventory - Maintain an accurate inventory of chemicals. Ensure that all containers are accurately labeled to ensure that “unknowns” are not generated.
7) Chemical Redistribution - Utilize the EH&S Chemical Redistribution Program to donate or request unused surplus chemicals. Learn more: https://www.ehs.pitt.edu/chemical-redistribution-program
8) Purchasing Practices - Only purchase in useable amounts.
9) Other Techniques - Elementary chemical neutralization, improved inventory control practices, and good management and training are all techniques which can be utilized to minimize waste.
1) Order only the volume of chemicals that are needed. The cost of chemical disposal often exceeds the price of purchasing the chemical.
2) Label all bottles and containers in laboratories (to reduce the number of unknowns).
2) Date containers when received and use older chemicals first.
3) Use less hazardous or non-hazardous chemicals for experiments when possible.
4) Prepare only the amount of solutions/mixtures needed for experiments.
5) Use spirit-filled thermometers instead of mercury thermometers when possible.
7) Scale down / scale back experiments that produce hazardous waste.
These Pitt Environmental Health & Safety (EH&S) guidelines are intended to ensure that chemical users on campus are aware of the importance of source reduction and waste minimization. Benefits of source reduction and waste minimization include increased safety of personnel, reduced risk of environmental contamination, and a decrease in chemical and waste disposal expenditures.
Pitt's Department of EH&S has prepared and implemented a source reduction strategy, which describes ways to reduce or eliminate the amount or toxicity of waste, including the following minimization activities:
1) Product Substitution - Use less hazardous or non-hazardous materials. Examples include substitution of enzymatic cleaners and detergents for chromic acid cleaning solutions, replacement of flammable and or toxic solvents with water-based materials, replacing mercury thermometers with spirit filled or electronic thermometers, and using latex paints in place of oil-based paints.
2) Microscale Chemistry - Scale down techniques where possible to reduce waste.
3) One More Step - When possible, all reactions should be taken one more step, if the additional step will result in a less hazardous material without an increased safety risk. (refer to “Destruction of Hazardous Chemicals in the Laboratory” by George Lunn & Eric Sansone, 2nd Edition, 1994 (Wiley)).
4) Waste Segregation - Ensure appropriate segregation. Keep non-hazardous wastes out of the hazardous waste streams.
5) Education - All chemical users should attend “Chemical Hygiene” training. Pitt EH&S offers additional waste minimization guidance through this program.
6) Inventory - Maintain an accurate inventory of chemicals. Ensure that all containers are accurately labeled to ensure that “unknowns” are not generated.
7) Chemical Redistribution - Utilize the EH&S Chemical Redistribution Program to donate or request unused surplus chemicals. Learn more: https://www.ehs.pitt.edu/chemical-redistribution-program
8) Purchasing Practices - Only purchase in useable amounts.
9) Other Techniques - Elementary chemical neutralization, improved inventory control practices, and good management and training are all techniques which can be utilized to minimize waste.
A brief description of how the institution safely disposes of hazardous, universal, and non-regulated chemical waste:
The University of Pittsburgh disposes all hazardous waste, universal wastes, and non-regulated chemical wastes via third-party vendors who are licensed to transport, treat, recycle, and/or dispose of the wastes. Pitt EH&S is charged with program management regarding regulated waste disposal and has long-preferred treatment methods in the following order:
• Recycling/reclamation,
• Fuels blending,
• Waste to energy,
• Chemical/physical aqueous treatment,
• Incineration.
Secure landfills are last on the list and utilized as a last resort when necessary and safe.
When Pitt’s most recent hazardous waste contract was re-bid in 2020, EH&S and Sustainability collaborated on the request for proposals, helping ensure expanded diversion from landfill of these materials where safe and possible.
• Recycling/reclamation,
• Fuels blending,
• Waste to energy,
• Chemical/physical aqueous treatment,
• Incineration.
Secure landfills are last on the list and utilized as a last resort when necessary and safe.
When Pitt’s most recent hazardous waste contract was re-bid in 2020, EH&S and Sustainability collaborated on the request for proposals, helping ensure expanded diversion from landfill of these materials where safe and possible.
A brief description of any significant hazardous material release incidents during the previous three years, including volume, impact and response/remediation:
None
A brief description of any inventory system employed by the institution to facilitate the reuse or redistribution of laboratory chemicals:
The University of Pittsburgh’s Chemical Redistribution program emphasizes the University's commitment to the environmental protection by reducing the overall volumes of chemical waste generated. Pitt’s Chemical Redistribution Program provides faculty and staff with the opportunity to donate and obtain chemicals free of charge, helping reduce expenses for both purchasing and waste disposal. Unopened, unused, and uncontaminated chemicals in their original containers may be donated.
A public list of chemicals available for redistribution is available and requests from University of Pittsburgh faculty and staff are honored on a first come, first serve basis. At this time, the program is only available to the Pittsburgh campus.
Since the program's inception, Pitt’s Chemical Redistribution Program has successfully redistributed over 900 pounds of chemicals.
Learn more & find an inventory of chemicals available for redistribution: https://www.ehs.pitt.edu/chemical-redistribution-program
A public list of chemicals available for redistribution is available and requests from University of Pittsburgh faculty and staff are honored on a first come, first serve basis. At this time, the program is only available to the Pittsburgh campus.
Since the program's inception, Pitt’s Chemical Redistribution Program has successfully redistributed over 900 pounds of chemicals.
Learn more & find an inventory of chemicals available for redistribution: https://www.ehs.pitt.edu/chemical-redistribution-program
Part 2. Electronic waste diversion
Yes
Does the institution have or participate in a program to responsibly recycle, reuse, and/or refurbish electronic waste generated by students?:
Yes
If yes to either of the above, provide:
BATTERIES & HANDHELD ELECTRONICS
The University of Pittsburgh has 18 public locations to collect dry cell (household) batteries of any size or type. Collection units have been placed around campus and can be used for dry cell batteries along with cell phones and iPods. Large volumes are handled as electronic waste (described below).
Cell phones and other small electronics can also be recycled in battery recycling units or at 3 other campus locations (2 residence halls and the Mascaro Center for Sustainable Innovation (153 Benedum Hall).
Learn more about Pitt’s battery recycling: https://www.sustainable.pitt.edu/campus-culture/zerowaste/batteries/
Learn more about Pitt’s small electronics recycling: https://www.sustainable.pitt.edu/campus-culture/zerowaste/electronics/
ELECTRONIC WASTE
Electronic waste generated from across the University of Pittsburgh is collected by the University's Surplus Property department. “Electronic waste” includes unwanted, broken, and/or obsolete computers, monitors, televisions, audio equipment, printers, laptops, fax machines, telephones, and other electronic equipment.
Surplus Property picks up electronic waste across campus free of charge, assesses the value of the waste, and takes appropriate next steps. The waste is either refurbished for sale, donated to nonprofit groups, or sent to a certified third-party electronics recycling provider (ELoop, who is a Certified BAN e-Steward (ISO 14001) Recycler).
Pitt students can also recycle personal electronic waste at 2 residence halls on-campus. Additionally, if batteries and/or electronics are left behind / donated by students departing the residence halls at the end of the academic year (known at Pitt as Clutter for a Cause), they are responsibly disposed of as described above.
New in 2023, Pitt employees were invited to recycle personal electronics in partnership with SHI International at a one-day drop off held simultaneous to Clean & Swap, Pitt's annual office & lab supply clean out and reuse event.
Learn more about Pitt Surplus Property: https://www.pittsurplus.com/
Learn more about Pitt electronics recycling: https://www.pittsurplus.com/Site/Ewaste
Learn more about third-party provider ELoop: https://www.eloopllc.com/
The University of Pittsburgh has 18 public locations to collect dry cell (household) batteries of any size or type. Collection units have been placed around campus and can be used for dry cell batteries along with cell phones and iPods. Large volumes are handled as electronic waste (described below).
Cell phones and other small electronics can also be recycled in battery recycling units or at 3 other campus locations (2 residence halls and the Mascaro Center for Sustainable Innovation (153 Benedum Hall).
Learn more about Pitt’s battery recycling: https://www.sustainable.pitt.edu/campus-culture/zerowaste/batteries/
Learn more about Pitt’s small electronics recycling: https://www.sustainable.pitt.edu/campus-culture/zerowaste/electronics/
ELECTRONIC WASTE
Electronic waste generated from across the University of Pittsburgh is collected by the University's Surplus Property department. “Electronic waste” includes unwanted, broken, and/or obsolete computers, monitors, televisions, audio equipment, printers, laptops, fax machines, telephones, and other electronic equipment.
Surplus Property picks up electronic waste across campus free of charge, assesses the value of the waste, and takes appropriate next steps. The waste is either refurbished for sale, donated to nonprofit groups, or sent to a certified third-party electronics recycling provider (ELoop, who is a Certified BAN e-Steward (ISO 14001) Recycler).
Pitt students can also recycle personal electronic waste at 2 residence halls on-campus. Additionally, if batteries and/or electronics are left behind / donated by students departing the residence halls at the end of the academic year (known at Pitt as Clutter for a Cause), they are responsibly disposed of as described above.
New in 2023, Pitt employees were invited to recycle personal electronics in partnership with SHI International at a one-day drop off held simultaneous to Clean & Swap, Pitt's annual office & lab supply clean out and reuse event.
Learn more about Pitt Surplus Property: https://www.pittsurplus.com/
Learn more about Pitt electronics recycling: https://www.pittsurplus.com/Site/Ewaste
Learn more about third-party provider ELoop: https://www.eloopllc.com/
Is the institution’s electronic waste recycler certified under the e-Stewards and/or Responsible Recycling (R2) standards?:
Yes
Optional Fields
Additional documentation to support the submission:
---
Data source(s) and notes about the submission:
Pitt's electronics recycling for the past 5 years includes the following diversion counts:
2022 - 30.5 tons
2021 - 25.0 tons
2020 - 18.5 tons (down due to low campus population density during COVID-19 pandemic)
2019 - 37.3 tons
2018 - 38 tons
Updated by EH&S 9/14/23
2022 - 30.5 tons
2021 - 25.0 tons
2020 - 18.5 tons (down due to low campus population density during COVID-19 pandemic)
2019 - 37.3 tons
2018 - 38 tons
Updated by EH&S 9/14/23
The information presented here is self-reported. While AASHE staff review portions of all STARS reports and institutions are welcome to seek additional forms of review, the data in STARS reports are not verified by AASHE. If you believe any of this information is erroneous or inconsistent with credit criteria, please review the process for inquiring about the information reported by an institution or simply email your inquiry to stars@aashe.org.