Facility ID: 47240BHNNGHIGHW
Facility Name and Address: ADVANCED BEARING MATERIALS LLC 1515 W MAIN ST GREENSBURG, IN 47240 Parent Company: MIBA BEARINGS US LLC Industry: Motor Vehicle Gasoline Engine and Engine Parts Manufacturing (336310) Chemical: Lead compounds |
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Reporting Year | Section 8.10: Newly Implemented Source Reduction Activity | Section 8.10: Methods to Identify Activity | Section 8.11: Optional Pollution Prevention Information* |
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2022 |
Source Reduction:: S23: Implemented new technology, technique, or process
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Methods to Identify SR Opportunities: T11: Other
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S23: we are developing a new lead free alloy which in the long term will replace some of the lead based alloy strip materials. This new alloy will be finalized in 2023. Source Reduction - See above under S23. |
2021 |
Source Reduction:: S23: Implemented new technology, technique, or process
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Methods to Identify SR Opportunities: T11: Other
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S23: Developing a new lead free alloy. This will be sued on all new future product in lieu o four lead based copper alloy. Source Reduction - After approval and production release of new lead free alloy, in the future those materials that use one of our lead based copper alloys will be replaced with this new one. |
2020 |
Source Reduction:: W42: Substituted raw materials
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Methods to Identify SR Opportunities: T11: Other
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W42: Developing an addtional lead free alloy that will replace some cast materials that use the leaded alloy. This is still in R&D trial phase Source Reduction - Being developed by our Austria parent company Miba Bearings. |
2019 |
Source Reduction:: W84: Developed a new chemical product to replace previous chemical product
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Methods to Identify SR Opportunities: T11: Other
Barriers: B7-Barriers to P2 B7 - No known substitutes or alternative technologies. |
W84: R&D work is ongoing for a new lead free alloy that will replace the leaded alloy on some cast material. Barriers to P2: B7 - No known substitutes or alternative technologies. - Some leaded alloys are dictated by the customer and may not be substituted Other Environmental Practices: Recycling - An increased amount of alloy millings are being added back tot eh casting process |
2018 |
Barriers: B7-Barriers to P2 B7 - No known substitutes or alternative technologies.
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Barriers to P2: B7 - No known substitutes or alternative technologies. - The lead content is required for the alloy structure required for the cast material used in the manufacture of bearings. Some new customers are moving to trying our lead free alloys. Other Environmental Practices: Recycling - For 2019, we have re-introduced our program for re-use of alloy millings in the process. |
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2017 |
Barriers: B7-Barriers to P2 B7 - No known substitutes or alternative technologies.
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Barriers to P2: B7 - No known substitutes or alternative technologies. - The lead content is required for the different leaded alloy concentrations that we use and the required chemistry is dictated by our customers. No known substitute exists for the varying lead concentrations,. Other Environmental Practices: Recycling - We ship alloy millings off site for reclaim by our alloy supplier and re-use. We re-use a percentage of millings internally to our furnaces. All copper clad scrap is reclaimed for metal recovery. |
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2016 |
Barriers: B7-Barriers to P2 B7 - No known substitutes or alternative technologies.
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Barriers to P2: B7 - No known substitutes or alternative technologies. - The lead free usage for alloy has decreased due to a change in process from our main customer/owners. They changed to a roll bonding process for lead free in lieu of casting. The lead component is required for the other alloy types, no know substitute exists. Other Environmental Practices: Recycling - We recycle all of our alloy left over from the milling process and scrap recovery except fro what small amount of aprtuclate is collected through our bag house and disposed by Heritage environmental. |
The Waste Management Hierarchy |
The waste management hierarchy established by the Pollution Prevention Act (PPA) guides waste generators toward the best options for managing wastes.
The preferred option is to prevent pollution at its source, but for waste that is generated, the preferred management methods are recycling, followed
by burning for energy recovery, treatment and, as a last resort, disposing of the waste.
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