Funding for Emission Reduction Projects in Mackenzie and Peace River Region Detailed
By 250 News
Mackenzie, B.C.- Funding for more emissions reduction projects has been announced for Mackenzie and the Peace River region.
In Mackenzie, work will start this summer on $63,716 worth of upgrades to the Mackenzie and District Hospital and Health Centre.
The project, will create a heat recovery loop for the HVAC system, installation of a domestic hot water heater, re-commissioning the building automation system, and scheduling the building automation system.
In the Peace River region, more than $700 thousand dollars wil be spent on a variety of projects:
* $76,450 for the installation of variable air volume controls for kitchen exhaust, upgrading and commissioning the building automation system, ventilation controls, and domestic hot water system, and installing a new boiler at the Dawson Creek Rotary Manor;
* $171,810 for the installation of a new building automation system, new boilers, and a solar wall to heat ventilation air at the Tumbler Ridge Community Health Centre;
* $193,154 for the installation of LED exit signs, variable air volume controls of kitchen exhaust fans, a new building automation system with ventilation controls, new domestic hot water heaters, and new boilers;
* $190,597 for the installation of a summer boiler and a condensing boiler for domestic hot water, a heat recovery loop for the HVAC system, heat recovery ventilation and ventilation control for the building automation system, variable air ventilation controls for the kitchen exhaust, and lighting retrofits for the Fort Nelson Hospital; and
* $30,300 for the installation of photo cells to control lighting, building automation systems and addition of ventilation control, and a condensing hot water system for the Hudson's Hope Health Centre.
These retrofits are part of the second round of projects funded under Budget 2008 and the Public Sector Energy Conservation Agreement (PSECA), which states that 50 per cent of B.C.'s future power will be met through
conservation.
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