Related Topics:
Facility ID: 1903WBNGTN55LDB
Facility Name and Address: ABINGTON RELDAN METALS LLC 550 OLD BORDENTOWN RD FAIRLESS HILLS, PA 19030 Parent Company: Industry: Nonferrous Metal (except Aluminum) Smelting and Refining (331410) Chemical: Nitric acid Reports: View TRI Facility profile report for this facility View TRI Form R submissions by this facility |
|
*You can navigate within the map with your mouse. |
Production Related Waste Management for Selected Chemical
lchemid=007697372
Chart Options1: |
Waste Management Comparison -
Display facility comparison report for this industry and chemical
Pollution Prevention Activities for Selected Chemical
Reporting Year | Section 8.10: Newly Implemented Source Reduction Activity | Section 8.10: Methods to Identify Activity | Section 8.11: Optional Pollution Prevention Information* |
---|---|---|---|
2022 |
Other Environmental Practices: Waste Treatment - The nitric acid is used primarily in a reaction with silver to strip the silver from metals such as aluminum. In this stripping process the pH is brought to at least 6.0. As a result, the nitric acid is all neutralized with no air, water, or waste releases. |
||
2021 |
Barriers: B7-Barriers to P2 B7 - No known substitutes or alternative technologies.
|
Other Environmental Practices: Waste Treatment - The nitric acid is used primarily in a reaction with silver to strip the silver from metals such as aluminum. In this stripping process the pH is brought to at least 6.0. As a result the nitric acid is all neutralized with no air, water, or waste releases Barriers to P2: B7 - No known substitutes or alternative technologies. - It is part of a acid mixtures used in the process of recovering precious metal. No alternative chemicals have been shown to be effective. |
|
2020 |
Other Environmental Practices - The nitric acid vapors are destroyed in an acid scrubber
Source Reduction: Ways P2 Was Incorporated in Original Process Design - The nitric acid is used primarily in a reaction with silver to strip the silver from metals such as aluminum. In this stripping process the pH is brought to at least 6.0. As a result the nitric acid is all neutralized with no air, water, or waste releases |
||
2019 |
Source Reduction: Ways P2 Was Incorporated in Original Process Design - ARM uses nitric acid as a reactant to reclaim precious metals. ARM has initiatives in place to use less while processing in future years |
||
2018 |
Source Reduction: Ways P2 Was Incorporated in Original Process Design - ARM uses nitric acid as a reactant to reclaim precious metals. ARM has initiatives in place to use less while processing in future years |
||
2017 |
Other Environmental Practices - ARM uses nitric acid asa reactant to reclaim preciousmetals. ARMhasinitiativesin place to use less while processingin future years
Source Reduction: Ways P2 Was Incorporated in Original Process Design - ARM uses nitric acid asa reactant to reclaim preciousmetals. ARMhasinitiativesin place to use less while processingin future years |
||
2016 |
Source Reduction - ARM uses nitric acid as a reactant to reclaim precious metals. ARM has initiatives in place to use less while processing in future years.
Source Reduction: Ways P2 Was Incorporated in Original Process Design - ARM uses nitric acid as a reactant to reclaim precious metals. ARM has initiatives in place to use less while processing in future years. |
||
2015 |
Other Environmental Practices - Abington Reldan Metals has pollution controls in place to prevent release to the environment
Other Barriers to Source Reduction - ARM uses Nitric acid as a reactant to reclaim precious metals, this process increased in 2015 therefore increasing the use of nitric acid to reclaim precious metals. ARM has initiatives in place to use less while processing for 2016. |
||
2014 |
Source Reduction:: W42: Substituted raw materials[-25-49%]
|
Methods to Identify SR Opportunities: T11: Other
|
Source Reduction - ARM is changing our processes in a way we can recycle nitric acid by using it again in subsequent batches. |