Send this article to Promobot

Cannery fined for Clean Air violation

October 27th | Dave Bendinger, KDLG Print this article   Email this article  

A Bristol Bay seafood processor has been fined by the Environmental Protection Agency for violating the Clean Air Act. There were no incidents that triggered the penalties, but rather an alleged failure to report storage of anhydrous ammonia, which is commonly used for refrigeration.

"Any facility in the United States that has above a threshold amount of anhydrous ammonia on site needs to have a plan in place that protects its workers were there an accidental release, and that protects nearby citizens and emergency responders," said Bill Dunbar, a spokesperson at the EPA's Seattle office.

The EPA determined that the Red Salmon Cannery in Naknek, owned by Seattle-based North Pacific Seafoods, had not reported it had at least 10,000 pounds of the anhydrous ammonia. The "hazardous chemical" is "dangerous to life and health," and "flammable and can explode," said the EPA.

"North Pacific came to our attention because they were missing from a database that tracks facilities that we know are large enough to store that threshold amount," said Dunbar.

North Pacific agreed to settle the Clean Air Act case with the EPA. The company will pay $45,743 in penalties and spend another $175,000 on "environmental projects that will help their energy efficiency at the facility," said Dunbar.

Those will include installing a solar power system and upgrading lighting to LEDs at the cannery in Naknek.

 

Copyright 2017 The Bristol Bay Times is a publication of Alaska Media, LLC. This article is © 2017 and limited reproduction rights for personal use are granted for this printing only. This article, in any form, may not be further reproduced without written permission of the publisher and owner, including duplication for not-for-profit purposes. Portions of this article may belong to other agencies; those sections are reproduced here with permission and Alaska Media, LLC makes no provisions for further distribution.