Facility ID: 28349GLFRDROUTE
Facility Name and Address: LEAR CORP 1754 NC HWY 903 KENANSVILLE, NC 28349 Parent Company: LEAR CORP Industry: Textile and Fabric Finishing Mills (313310) Chemical: Nitrate compounds (water dissociable; reportable only when in aqueous solution) |
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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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2016 |
Other Barriers to Source Reduction - This Nitrate compound is contained within a nutrient mixture that is sometimes required for the wastewater treatment plant activated sludge process to effectively reduce pollutants in wastewater discharge. |
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2014 |
Source Reduction:: W19: Other changes in operating practices[-15-24%]
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Methods to Identify SR Opportunities: T03: Materials balance audits
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Source Reduction: Source Reduction - Waste water/nitrate discharge will be reduced via efficient use of water in processes. |
2013 |
Source Reduction - Over the past decade, Guilford has modified the dyeing and finishing chemistries to eliminate air releases of TRI chemicals. Guilford has converted from #6 fuel oil to natural gas as the primary fuel for boiler and production operations. In addition, Guilford utilizes steam from a wood chip cogeneration operation. Future plans include optimizing production operations to minimize water usage and optimize waste water treatment.
Other Barriers to Source Reduction - Product quality and customer requirements continue to challenge the waste water treatment systems. Specifically, new textile finishes requiring flameproofing, UV protection, soil release, etc. require use of exotic chemicals. Just-in-time manufacturing causes release of production chemicals during product change-overs. |
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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