Acoustic louvre system for Cornwall Energy Centre

Acoustic louvre system for Cornwall Energy Centre

Caice has provided a suitable “A” Class acoustic louvre system that both met the extreme weathering as well as the acoustic requirements for The Cornwall Energy Recovery Centre. Both “A” Class Acoustic louvres & weather louvres plus dampers and actuators were supplied and installed on this project to provide natural ventilation to the tipping and turbine halls.

High winds due to the exposure to the north coast of Cornwall made installation difficult even during the spring and early summer. With only being able to use a special scissor platform (working 50m above the ground), from the outside and ab-sailors within the building installation was slow, but safe.

Caice undertook the design of a new acoustic louvre to make sure the system met the class “A” weathering requirement’s as set out in EN 13030:2001. The beauty of the Class “A” acoustic louvre on this particular project was that only one product needed to be installed as opposed to a conventional weather louvre with an attenuator positioned behind.

A spokesman for the energy centre said "A project that due to it’s location and extreme weather made for a difficult installation, but handled professionally and competently bearing in mind the top louvres were over 50m above the ground. Completed successfully working with Caice and Vinci in cooperation”

Add to Project Board

Create a new project board:

View Louvre Systems Product Entry
Caice Ltd

Caice Ltd

Caice Acoustic Air Movement are a privately owned noise control company currently celebrating its 23rd year. During that time, it has become one of the top two acoustic manufacturers in the UK and is proud of its achievement’s including being the only...
View company profile
T(0118) 9186 470
WVisit Caice Ltd's website
 Riverside House, Unit 3 Winnersh Fields, Gazelle Close, Winnersh, Berkshire, RG41 5QS

Make an enquiry to Caice Ltd

You may also be interested in this related Case Study: Caice provides louvre system for utilities building Read Now