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Niagara Health is doing double duty in its mission to provide the highest standards of care.
Hospitals are designed to help doctors, nurses and other medical professionals help sick or injured patients mend. Niagara Health has added a new element of caring through its commitment to look after the environment at the same time as it tends to patients.
Innovative design features at the St. Catharines Site and recent investments across our other sites aim to lessen the footprint on the environment and lower long-term operating costs
The 980,805-square-foot St. Catharines Site, which opened its doors March 24, 2013 is one of the first hospitals in Ontario designed to achieve certification under the LEED (Leadership in Energy and Environmental Design) Green Building Rating System.
As an organization dedicated to providing care, it's important to us that we take these steps to care for the environment and reduce our impact as much as possible. Not only is this the responsible way to design and operate the new building environmentally, but also it will decrease operating costs over time.
Niagara Health also invested approximately $10 million across all sites through an energy retrofit project that reduces energy use and operating costs. These improvements will save substantial amounts of natural gas and electricity for years to come.
The work included the replacement of boilers as well as ventilation system improvements, heating plant optimization and energy efficient lighting retrofits. Patients will notice improved comfort and lighting, better-regulated temperature control and improved fresh air flow.
The St. Catharines Site, designed by renowned Silver Thomas Hanley Architects of Australia and Bregman + Hamann Architects of Canada, has set an ambitious target of dramatically reducing energy costs through numerous conservation measures, such as its high-performance building exterior, ventilation air/heat recovery on most of the outdoor air, high-efficiency boilers and chillers, low-flow service water fixtures, efficient lighting design and the extensive use of natural light throughout the building.
By using less energy and water, LEED-certified buildings reduce greenhouse gas emissions and contribute to a healthier environment for patients, staff and the wider community. This also helps reduce the hospital’s operating costs, which benefits the entire healthcare system.
Niagara Health expects power-saving design features of the new site to cut its energy consumption by as much as 29% compared to a standard hospital design of a similar size.
The hospital uses thermal wheels throughout the building to capture and harness heat being expelled through its high-tech heating and ventilation system. The recovery system preheats cold, fresh air drawn into the building to reduce the burden on its overall HVAC system.
The expansive roof of the hospital is covered with a white membrane, which is designed to reflect heat from the sun, keeping the building cooler during warmer months and lowering air-conditioning costs.
Every patient room and most treatment areas in the facility are equipped with high-efficiency thermal windows. Not only do the windows capture natural light throughout the building to enhance the atmosphere for patients and staff, but also they help cut down electric lighting usage during daylight hours.
While the hospital features an unprecedented 1,400 hand-washing sinks to help curb the spread of infections, that doesn’t mean the hospital is using more water.
The high-efficiency, low-flow plumbing fixtures installed throughout the building are expected to help the hospital decrease its water usage by 20 per cent. Contributing to the water savings, Niagara Health also does not have irrigation systems for the outdoor gardens and landscaping.
The long-term savings these greening initiatives will generate through reduced energy and utility consumption will save us significant money over the life of the building.
Helping the hospital achieve LEED certification was the emphasis placed on green building practices during its nearly three years of construction. The building was constructed with 15 per cent recycled materials and at least 20 per cent of the materials were manufactured regionally — defined under LEED as within 800 kilometres for materials transported by truck and 2,400 kilometres if transported by rail or water.