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PROJECT APPROACH & SCHEDULE <br />S <br />• Ice arena’s use a lot of energy, but they can reclaim that energy for <br />spaces and bleachers. Reclaimed heat has also been used to help dehumidify the ice <br />Sustainable Guidelines <br />• <br />energy, sources that range from solar panels, to natural gas fuel cells, to wind energy. All <br />• Water that is used to make ice is reclaimed and used to cool the <br />•More glass is being used in ice arena design to allow greater amounts of <br />natural light into the arena space itself. Increased daylight reduces the amount of <br />• <br />energy recovery units to capture the energy in the air that is leaving the building. The <br />energy recovery allows the exhaust air to transfer the heat or cold into the supply/fresh <br />• <br />principles as outlined in the <br />Minnesota Sustainable Building <br />t. <br />Guidelines. <br />• <br />land is not destroyed. Whenever possible, sites adjacent to schools, local government <br />are either closed or in minimal use. Shared parking allows for smaller parking lots. This <br />• <br />process can divert up to 75% of waste from disposal.Commissioning services <br />| 292 | <br />