Despite NASF Plea, EPA Issues Chromium Air Rule
NASF will be reviewing the rule and supporting documents to determine whether to proceed with a legal challenge.
#nasf #regulation
Featured Content
Despite the lack of any credible data to support the rule, the new stringent emissions limits and revised surface tension levels will become effective. A final copy is not yet available, but NASF will be reviewing the rule and supporting documents to determine whether to proceed with a legal challenge. In the weeks leading up to the signature of the final rule, NASF has been meeting with EPA officials and the White House regarding the rule and EPA’s technical justification for it.
The White House’s Office of Management and Budget completed its review of the new chromium coatings emission limits on August 15, but not before meeting with NASF officials in early August to hear again about major concerns from the plating industry with the proposed EPA rules.
The NASF’s Christian Richter and Jeff Hannapel met at the White House with OMB officials Cortney Higgins, Dominic Mancini and Kevin Neyland to review the proposed EPA changes, and to make several presentations on the impact the rule would have on the hard and decorative chromium electroplating and anodizing industry.
Also in attendance with Richter and Hannepel were Stiven Foster and Anna Yu from the White House Council on Environmental Quality; Bruce Rodan from the White House’s Office of Science and Technology; and Sarah Bresolin from the Small Business Administration. Three EPA officials—Chuck French, Kelly Rimer and Ann Johnson—joined the meeting via conference call.
“The EPA has maintained its stance that many existing finishing facilities will have no trouble meeting significantly more stringent limits at little or no cost,” Hannapel says. “However, the NASF has pointed to several analytical shortfalls in the rule, including the fact that agency officials have no data in the rulemaking record to back the argument that the use of non-PFOS mist suppressants can achieve significant emission reductions.”
The White House OMB needs to complete a “residual risk” review of the proposed NESHAP rules as the last major step in the regulatory process before EPA can sign and publish it in the Federal Register as policy.
The Sierra Club, the Natural Resources Defense Council and other environmental activist groups have been lobbying the EPA for even stricter rules for hexavalent chromium use. But several state EPA officials have criticized the rules as flawed, and the U.S. Department of Defense came out against the proposed EPA regulations on stopping the use of perfluorooctane sulfonate as a method for cutting hex chrome emissions.
“The NASF may proceed with litigation in federal court this fall,” Richter says.
RELATED CONTENT
-
Development of a Sustainability Metrics System and a Technical Solution Method for Sustainable Metal Finishing: AESF Research Project #R-121, 6th Quarterly Report
The NASF Research Board has funded a research grant at Wayne State University on sustainability in the surface finishing industry, under the direction of Professor Yinlun Huang. The objective of the work is to create a surface-finishing-specific sustainability metrics system to measure economic, environmental and social sustainability. In this report, a benchmarking study of five plants was undertaken to illustrate how the sustainability assessment works.
-
Hybrid Sol-Gel Coatings in Surface Engineering
A look at the use of modified sol-gel polymer films and hybrid system coatings, as well as the methodologies for evaluating the mechanical properties of the coatings.
-
AES Research Project #41: Part 4: Adhesion Failure of Electrodeposited Coatings on Anodized Aluminum Alloys
An SEM study of peel-test adhesion specimens from plated coatings on anodized aluminum shows that failure can be categorized in three different modes: (1) specimens exhibiting poor adhesion strength, which fail at the anodic film/coating interface; (2) specimens with good adhesion strength, which fail by local fracture of the anodic film and (3) specimens with excellent adhesion strength , which fail when the applied load is greater than the strength of the alloy substrate. The effect of anodizing parameters and alloy composition on peel test failure are discussed.