In Berlin, Connecticut, efforts are actively underway to tackle the unpleasant odours and disruptive noise emanating from a local food processing plant. Bright Feeds, located at 76 Fuller Way, has begun installing crucial equipment this week to mitigate these community concerns, transforming food waste into animal feed while grappling with the accompanying challenges of stench and sound disturbance.
On March 24, the company received a regenerative thermal oxidiser (RTO), a significant piece of equipment aimed at improving the situation. Crews have been diligently working on the installation, with the Town of Berlin assuring residents that the project is on track for completion by mid-April. This initiative is expected to offer a long-term solution for those affected by the plant’s unpleasant emissions.
As the installation progresses, local officials and the community remain hopeful that these enhancements will restore quieter, fresher surroundings. With Bright Feeds and the town joining forces, residents can look forward to a significant improvement in their environment, lightening the burden of noise and odour that has been a longstanding issue.
Efforts in Berlin, CT, to resolve the unpleasant odour and noise from Bright Feeds have commenced, with the installation of a regenerative thermal oxidiser. Expected to be complete by mid-April, this equipment aims to provide a permanent solution for residents bothered by the plant’s emissions. The town and Bright Feeds are united in addressing these concerns, promising significant improvements for the community.
The ongoing endeavour in Berlin to address the noise and odour from the Bright Feeds food processing plant exemplifies the importance of community collaboration. With the installation of the regenerative thermal oxidiser, residents can anticipate a more pleasant living environment by mid-April. Such initiatives underscore the town’s commitment to resolving local grievances, fostering a better relationship between industry and community.
Original Source: patch.com
