Sustainability

People using alternate transportation such as bicycles, walking, and running can use these changerooms to freshen up when they arrive on campus.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

There are a few different window features at Fanshawe, which include windows with argon that reduce the amount of heat being lost through the windows and have low-energy coatings to keep the building warmer in the winter and cooler in the summer; tinted windows that eliminate the need for blinds, reduce glare, and reduce the amount of heat generated in the building; and fritted glass which increases the amount of shade. All of these features reduce the need for heating and cooling which reduces overall carbon emissions.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of. 

Located on first floor near A1012 & A1014 and on second floor near A2002, AA2003 & A2019.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Bike racks are available for people who choose to bicycle to school or work.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Secure bike storage available for people who choose to bicycle to school or work. The Secure Bicycle Facility is monitored by College security cameras and is accessed by key. "Parking" spaces are available to rent: $5 per semester or $15 for the year with a security deposit of $20 for access key. For more information please visit the Parking Office in D1018 or email parking@fanshawec.ca.

Large wall structures that pre-heat incoming air using the sun's rays, which reduces natural gas consumption and greenhouse gas emissions from heating and ventilating buildings.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor B1062 and on second floor near B2033-S.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Wood shavings from the building technology programs is collected and properly disposed of through Miller Waste Systems.

Location:

B BUILDING

Bike racks are available for people who choose to bicycle to school or work.

Electric Vehicle (EV) charging stations encourage use of electric vehicles, which do not emit any pollution due to fossil fuels. On campus, they are free to use and open to public. You can book a spot on the mobile App: ChargePoint (available on App Store or Google Play). Users just have to pay for the parking spot.

There are a few different window features at Fanshawe, which include windows with argon that reduce the amount of heat being lost through the windows and have low-energy coatings to keep the building warmer in the winter and cooler in the summer; tinted windows that eliminate the need for blinds, reduce glare, and reduce the amount of heat generated in the building; and fritted glass which increases the amount of shade. All of these features reduce the need for heating and cooling which reduces overall carbon emissions.

Large wall structures that pre-heat incoming air using the sun's rays, which reduces natural gas consumption and greenhouse gas emissions from heating and ventilating buildings.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor in the accessible washroom.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Existing building and/or construction materials were reused as much as possible during construction, reducing the amount of waste going to landfill.

People using alternate transportation such as bicycles, walking, and running can use these changerooms to freshen up when they arrive on campus.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Rather than using a large volume tank, which always needs constant energy input to maintain water temperature, instant water heaters only heat water that is needed in that moment, reducing energy consumption.

Faucets in washrooms have motion sensors, which reduce the amount of water used to wash hands and cannot be left running. These also offer hygiene control because they are no-contact.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located across from C1047 near the washrooms.

Limit on window to wall ratio to maximize high performance cladding.

Bike racks are available for people who choose to bicycle to school or work.

There are a few different window features at Fanshawe, which include windows with argon that reduce the amount of heat being lost through the windows and have low-energy coatings to keep the building warmer in the winter and cooler in the summer; tinted windows that eliminate the need for blinds, reduce glare, and reduce the amount of heat generated in the building; and fritted glass which increases the amount of shade. All of these features reduce the need for heating and cooling which reduces overall carbon emissions.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Green roofs reduce stormwater runoff into the sewer system, help combat the urban heat effect by reducing heat going back into the atmosphere and reduce heating and cooling costs of buildings.

The D-building green roof sits above D1063, occupying 840 square feet of space. Six different types of sedum, a drought-resistant perennial ground cover, can be found here, which also provide habitat for insects and some birds.

Creates renewable energy to avoid fossil fuel usage and reduce greenhouse gas emissions

Large wall structures that pre-heat incoming air using the sun's rays, which reduces natural gas consumption and greenhouse gas emissions from heating and ventilating buildings.

Additional and more reliable chilling capacity for cold water and air conditioning throughout most of London Campus.

Location:

D BUILDING

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor near D1012, D1018, D1028 and D1059, on the third floor near D3011.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Provide shade and power to charge cellphones and laptops. The tables also have LED lights on timers and push-button activated high-intensity LED lights for use after the sun goes down.

Location:

D COURTYARD, FOREWELL COURTYARD

Water is heated by the sun before flowing into the water heater tank, reducing the amount of energy  needed to get the water up to temperature. Less natural gas is used, which reduces the amount of greenhouse gasses emitted into the atmosphere.

Bifacial (sun can be collected from the top and bottom) solar PV panels generate energy that is directed to hot water heaters, offsetting the amount of natural gas needed to heat water. The pergolas also provide a shaded seating area and has laptop and cellphone charging outlets.

Bike racks are available for people who choose to bicycle to school or work.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor near E1022 and the second floor near E2012.

Bike racks are available for people who choose to bicycle to school or work.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on second floor near F2010 and third floor near F3015.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Roofing material reflects light away from the building, which reduces the amount of energy needed for air conditioning and helps battle the urban heat effect.

Bike racks are available for people who choose to bicycle to school or work.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Solar PV generates renewable energy to avoid fossil fuel usage and reduce greenhouse gas emissions.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor near H1022, second floor near the elevator, and third floor near H3014.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Roofing material reflects light away from the building, which reduces the amount of energy needed for air conditioning and helps battle the urban heat effect.

People using alternate transportation such as bicycles, walking, and running can use these changerooms to freshen up when they arrive on campus.

There are a few different window features at Fanshawe, which include windows with argon that reduce the amount of heat being lost through the windows and have low-energy coatings to keep the building warmer in the winter and cooler in the summer; tinted windows that eliminate the need for blinds, reduce glare, and reduce the amount of heat generated in the building; and fritted glass which increases the amount of shade. All of these features reduce the need for heating and cooling which reduces overall carbon emissions.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor near J1015 & J1020, on the second floor near J2015 and the volleyball locker area.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located near K1014.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Bike racks are available for people who choose to bicycle to school or work.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Chimney Swifts, a protected species under the Endangered Species Act, were living in the old chimneys on LDA. When it was rebuilt, the chimneys were replaced with ones that replicated the old ones, to continue to attract the birds.

By renovating the existing building on site and reusing many of the same materials, Fanshawe was able to save on new construction materials being used, avoid energy usage from demolition and reconstruction, and preserve historical heritage.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on the bottom floor near M36-2, the second floor near 227-s, the third floor near 330, and the fourth floor near 416.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Roofing material reflects light away from the building, which reduces the amount of energy needed for air conditioning and helps battle the urban heat effect.

Bike racks are available for people who choose to bicycle to school or work.

Existing building and/or construction materials were reused as much as possible during construction, reducing the amount of waste going to landfill.

People using alternate transportation such as bicycles, walking, and running can use these changerooms to freshen up when they arrive on campus.

Chilled beams reduce the air temperature in a room without removing humidity. Located in computer labs to prevent electrical systems from overheating, they save approximately 20% in energy needed for cooling.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

There are a few different window features at Fanshawe, which include windows with argon that reduce the amount of heat being lost through the windows and have low-energy coatings to keep the building warmer in the winter and cooler in the summer; tinted windows that eliminate the need for blinds, reduce glare, and reduce the amount of heat generated in the building; and fritted glass which increases the amount of shade. All of these features reduce the need for heating and cooling which reduces overall carbon emissions.

Green roofs reduce stormwater runoff into the sewer system, help combat the urban heat effect by reducing heat going back into the atmosphere and reduce heating and cooling costs of buildings.

The LDB green rood has 2 locations. The first roof occupies 588 square feet of space and the second occupies 100 square feet of space. Six different types of sedum, a drought-resistant perennial ground cover, can be found here, which also provide habitat for insects and some birds.

Indoor living walls improve air quality and add insulation to the building. Living walls also reduce energy costs for heating in the winter months, reduce noise levels, purify the air, boost employee happiness and productivity, and improve well-being of campus users.

By renovating the existing building on site and reusing many of the same materials, Fanshawe was able to save on new construction materials being used, avoid energy usage from demolition and reconstruction, and preserve historical heritage.

Faucets in washrooms have motion sensors, which reduce the amount of water used to wash hands and cannot be left running. These also offer hygiene control because they are no-contact.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on the first floor near L36-S, the second floor near 230-S, the third floor near 334, the fourth floor near 434, the fifth floor near 534, and a kitchenette filler located ono the sixth floor inside the staff lounge in 603-15.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Material reflects light away from the building which reduces the amount of energy needed for air conditioning and helps battle the urban heat effect.

Forest Stewardship Council (FSC) approved wood products were used in a minimum of 50% of the building to reduce habitat and forest loss.

Location:

LRA (ABIS)

The Open Space By-law has been exceeded by providing more open space than is required for the lot area.

Location:

LRA (ABIS)

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling. 

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on the first floor near M1027.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Free secure bike storage is located inside the residence (R1041) and is for student use.

Large wall structures that pre-heat incoming air using the sun's rays, which reduces natural gas consumption and greenhouse gas emissions from heating and ventilating buildings.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Free secure bike storage is located inside the residence (S1017) and is for student use.

Large wall structures that pre-heat incoming air using the sun's rays, which reduces natural gas consumption and greenhouse gas emissions from heating and ventilating buildings.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Storm water collects in trenches, allowing the water to percolate into the soil. This helps to replenish groundwater sources, decrease pollutants that would otherwise flow into streams, and reduce the burden on municipal storm water systems.

Free secure bike storage is located inside the residence (Q3019) and is for student use.

Large wall structures that pre-heat incoming air using the sun's rays, which reduces natural gas consumption and greenhouse gas emissions from heating and ventilating buildings.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located near SC1008.

Bike racks are available for people who choose to bicycle to school or work.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located near the Falcon's Nest.

Provide shade and power to charge cellphones and laptops. The tables also have LED lights on timers and push-button activated high-intensity LED lights for use after the sun goes down.

Bike racks are available for people who choose to bicycle to school or work.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on the first floor near T1004 & T1017, second floor near T2017, and third floor near T3012.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Bike racks are available for people who choose to bicycle to school or work.

Existing building and/or construction materials were reused as much as possible during construction, reducing the amount of waste going to landfill.

People using alternate transportation such as bicycles, walking, and running can use these changerooms to freshen up when they arrive on campus.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

Dynamic glass has glazing that changes shades depending on the angle the sun hits it. This helps reduce solar heat gain and glare.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Green roofs reduce stormwater runoff into the sewer system, help combat the urban heat effect by reducing heat going back into the atmosphere and reduce heating and cooling costs of buildings.

The green roof sites on J Wellness, occupying 1,490 square feet of space. Six different types of sedum, a drought-resistant perennial ground cover, can be found here, which also provide habitat for insects and some birds.

Water is heated by the sun before flowing into the water heater tank, reducing the amount of energy needed to get the water up to temperature. Less natural gas is used, which reduces the amount of greenhouse gasses emitted into the atmosphere.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located on first floor near J1003-B (in front of men's locker room), the second floor near J2000-6 and the weights area, and on the third floor near the weights area and the accessible washroom.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Roofing material reflects light away from the building, which reduces the amount of energy needed for air conditioning and helps battle the urban heat effect.

Limit on window to wall ratio to maximize high performance cladding.

Bike racks are available for people who choose to bicycle to school or work.

Electric Vehicle (EV) charging stations encourage use of electric vehicles, which do not emit any pollution due to fossil fuels. On campus, they are free to use and open to public. You can book a spot on the mobile App: ChargePoint (available on App Store or Google Play). Users just have to pay for the parking spot.

By renovating the existing building on site and reusing many of the same materials, Fanshawe was able to save on new construction materials being used, avoid energy usage from demolition and reconstruction, and preserve historical heritage.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located in the hangar.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Bike racks are available for people who choose to bicycle to school or work.

People using alternate transportation such as bicycles, walking, and running can use these changerooms t freshen up when they arrive on campus.

Daylight harvesting is accomplished using daylight sensors that measure light levels. Lighting fixtures are dimmed within a space to maintain a set minimum level to reduce energy consumption.

There are a few different window features at Fanshawe which include windows with argon reduce the amount of heat being lost through the windows and have low-energy coatings to keep the building warmer in the winter and cooler in the summer; tinted windows that eliminate the need for blinds, reduce glare, and reduce the amount of heat generated in the building; a fritted glass which increases the amount of shade. All of these features reduce the need for heating and cooling which reduced overall carbon emissions.

Green roofs reduce stormwater runoff into the sewer system, help combat the urban heat effect by reducing heat going back int the atmosphere and reduce heating and cooling costs of buildings.

The Z building green roof is located above the auto shops and covers 17,896 square feet of space. Six different types of sedum, a drought-resistant perennial ground cover, can be found here, which also provide habitat for insects and some birds.

Mirrors that use GPS to track the sun's position in the sky to reflect as much light as possible into the building, which reduces the need for artificial light throughout the day.

Reduces the building's exposure to heat and helps to reduce the need for air conditioning.

Rainwater hitting the green roof is collected in an underground storage tank, which is recycled to flush toilets and water gardens.

Image

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Location:

Located on the first floor near Z1024 & Z1078, and the second floor near Z2006.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Reduce the cost of ventilation and improve indoor air quality. By using CO₂, sensors, we monitor indoor air quality and are able to provide the appropriate amount of airflow to each classroom.

Good waster, paper cups, paper food containers, napkins, and paper towels are disposed of in compost bins found around campus to reduce the amount of waster going to landfills. All signage was designed by Fanshawe students. See our Waste Management page for more details.

All external lighting faces toward the ground, reducing nighttime light pollution.

Electric Vehicle (EV) charging stations are free to use and open to the public. You can book a spot on the mobile App: ChargePoint (available on App Store or Google Play). Users just have to pay for the parking spot.

Energy efficient computer towers reduce the amount of electricity used to compared to previously expensive, high-powered computers. power has been reduced by 88%, with each machine using an average of 46kwh, down from 385kwh.

Volatile organic compounds (VOC) are chemicals that are released into the air at room temperature. Using building materials and products with low VOC reduces the amount of chemicals in the environment from things such as adhesives and sealants, paints, flooring systems, composite wood, and agrifibre products.

Location:

ALL BUILDINGS

Located in all kitchen, grease collected is recycled through our grease recycling program.

Reduces energy consumption, reduces physical waste because lighting tubes last longer, do not contain mercury or other hazardous gases.

The majority of washrooms across all campuses are equipped with low flow toilets and sink aerators. In our residences, ultra-low flow toilets can be found. By using taps with aerators, we are able to reduce the amount of water we use without sacrificing pressure. Low flow toilets reduce the amount of water used per flush.

Volatile organic compounds (VOC) are chemicals that are released into the air at room temperature. Using building materials and products with low VOC reduces the amount of chemicals in the environment from things such as adhesives and sealants, paints, flooring systems, composite wood, and agrifibre products.

HVAC (heating, ventilation, and air conditioning) controlled by high-sensitivity motion sensors makes it so we are not heating or cooling areas with no one in them, reducing energy consumption.

Scheduled lighting times and high-sensitivity motion sensors make it so we do not light hallways or rooms with no one in them. This helps reduce energy consumption.

Large bins are provided in medical labs to collect used PPE. This PPE is sent to a dedicated recycling facility that turns the PPE waste into energy.

Sensors that detect how full each compactor is, reducing the number of pickups needed, which reduces cost and avoids greenhouse gas emissions from transportation.

Provide shade and power to charge cellphones and laptops. The tables also have LED lights on timers and push-button activated high-intensity LED lights for use after the sun goes down.

Location:

MAIN BUS LOOPS

Parking meters in all Fanshawe parking lots are powered by solar energy.

Variable speed drives allow motors to be run at differing speeds, reducing energy usage. Motors can be programmed so they run exactly as fast or slow as needed instead of running at a constant speed, which is typically faster than is required. Variable speed drives can be used in many aspects of building operation including pumps, air handlers and exhaust fans.

Storm water collects in trenches, allowing the water to percolate into the soil. This helps to replenish groundwater sources, decrease pollutants that would otherwise flow into streams, and reduce the burden on municipal storm water systems.

Reduce the cost of ventilation and improve indoor air quality. By using CO2 sensors, we monitor indoor air quality and are able to provide the appropriate amount of airflow to each classroom.

All external lighting faces toward the ground, reducing nighttime light pollution.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Reduces energy consumption, reduces physical waste because lighting tubes last longer, do not contain mercury or other hazardous gases.

The majority of washrooms across all campuses are equipped with low flow toilets and sink aerators. In our residences, ultra-low flow toilets can be found. By using taps with aerators, we are able to reduce the amount of water we use without sacrificing pressure. Low flow toilets reduce the amount of water used per flush.

Volatile organic compounds (VOC) are chemicals that are released into the air at room temperature. Using building materials and products with low VOC reduces the amount of chemicals in the environment from things such as adhesives and sealants, paints, flooring systems, composite wood, and agrifibre products.

HVAC (heating, ventilation, and air conditioning) controlled by high-sensitivity motion sensors makes it so we are not heating or cooling areas with no one in them, reducing energy consumption.

Scheduled lighting times and high-sensitivity motion sensors make it so we do not light hallways or rooms with no one in them. This helps reduce energy consumption.

Variable speed drives allow motors to be run at differing speeds, reducing energy usage. Motors can be programmed so they run exactly as fast or slow as needed instead of running at a constant speed, which is typically faster than is required. Variable speed drives can be used in many aspects of building operation including pumps, air handlers and exhaust fans.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Reduce the cost of ventilation and improve indoor air quality. By using CO2 sensors, we monitor indoor air quality and are able to provide the appropriate amount of airflow to each classroom.

All external lighting faces toward the ground, reducing nighttime light pollution.

Electric Vehicle (EV) charging stations encourage use of electric vehicles, which do not emit any pollution due to fossil fuels. On campus, they are free to use and open to public. You can book a spot on the mobile App: ChargePoint (available on App Store or Google Play). Users just have to pay for the parking spot.

Located in all kitchens, grease collected is recycled through our grease recycling program.

Reduces energy consumption, reduces physical waste because lighting tubes last longer, do not contain mercury or other hazardous gases.

The majority of washrooms across all campuses are equipped with low flow toilets and sink aerators. In our residences, ultra-low flow toilets can be found. By using taps with aerators, we are able to reduce the amount of water we use without sacrificing pressure. Low flow toilets reduce the amount of water used per flush.

Volatile organic compounds (VOC) are chemicals that are released into the air at room temperature. Using building materials and products with low VOC reduces the amount of chemicals in the environment from things such as adhesives and sealants, paints, flooring systems, composite wood, and agrifibre products.

Scheduled lighting times and high-sensitivity motion sensors make it so we do not light hallways or rooms with no one in them. This helps reduce energy consumption.

Solar PV generates renewable energy to avoid fossil fuel usage and reduce greenhouse gas emissions.

Variable speed drives allow motors to be run at differing speeds, reducing energy usage. Motors can be programmed so they run exactly as fast or slow as needed instead of running at a constant speed, which is typically faster than is required. Variable speed drives can be used in many aspects of building operation including pumps, air handlers and exhaust fans.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located around campus and in the cafeteria.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.

Reduce the cost of ventilation and improve indoor air quality. By using CO2 sensors, we monitor indoor air quality and are able to provide the appropriate amount of airflow to each classroom.

All external lighting faces toward the ground, reducing nighttime light pollution.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Reduces energy consumption, reduces physical waste because lighting tubes last longer, do not contain mercury or other hazardous gases.

The majority of washrooms across all campuses are equipped with low flow toilets and sink aerators. In our residences, ultra-low flow toilets can be found. By using taps with aerators, we are able to reduce the amount of water we use without sacrificing pressure. Low flow toilets reduce the amount of water used per flush.

Volatile organic compounds (VOC) are chemicals that are released into the air at room temperature. Using building materials and products with low VOC reduces the amount of chemicals in the environment from things such as adhesives and sealants, paints, flooring systems, composite wood, and agrifibre products.

HVAC (heating, ventilation, and air conditioning) controlled by high-sensitivity motion sensors makes it so we are not heating or cooling areas with no one in them, reducing energy consumption.

Scheduled lighting times and high-sensitivity motion sensors make it so we do not light hallways or rooms with no one in them. This helps reduce energy consumption.

Variable speed drives allow motors to be run at differing speeds, reducing energy usage. Motors can be programmed so they run exactly as fast or slow as needed instead of running at a constant speed, which is typically faster than is required. Variable speed drives can be used in many aspects of building operation including pumps, air handlers and exhaust fans.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Located in the basement near L09 & L010, on the second floor near L211, and third floor across from L310.

Reduce the cost of ventilation and improve indoor air quality. By using CO2 sensors, we monitor indoor air quality and are able to provide the appropriate amount of airflow to each classroom.

All external lighting faces toward the ground, reducing nighttime light pollution.

Energy recovery wheels harvest energy from exhaust air and transfers it into incoming air supply to reduce the amount of energy needed to heat the air to comfortable temperatures. They also work in reverse, reducing the amount of energy needed for cooling.

Located in all kitchens, grease collected is recycled through our grease recycling program.

Reduces energy consumption, reduces physical waste because lighting tubes last longer, do not contain mercury or other hazardous gases.

The majority of washrooms across all campuses are equipped with low flow toilets and sink aerators. In our residences, ultra-low flow toilets can be found. By using taps with aerators, we are able to reduce the amount of water we use without sacrificing pressure. Low flow toilets reduce the amount of water used per flush.

Volatile organic compounds (VOC) are chemicals that are released into the air at room temperature. Using building materials and products with low VOC reduces the amount of chemicals in the environment from things such as adhesives and sealants, paints, flooring systems, composite wood, and agrifibre products.

HVAC (heating, ventilation, and air conditioning) controlled by high-sensitivity motion sensors makes it so we are not heating or cooling areas with no one in them, reducing energy consumption.

Scheduled lighting times and high-sensitivity motion sensors make it so we do not light hallways or rooms with no one in them. This helps reduce energy consumption.

Variable speed drives allow motors to be run at differing speeds, reducing energy usage. Motors can be programmed so they run exactly as fast or slow as needed instead of running at a constant speed, which is typically faster than is required. Variable speed drives can be used in many aspects of building operation including pumps, air handlers and exhaust fans.

Allows campus users to refill water bottles, reducing the number of plastic water bottles being purchased and disposed of.

Meters that capture real time water consumption data, down to the minute. This helps Fanshawe keep track of how much water is being used and helps to identify if there are any water leaks. These meters also show where high-consumption areas are, which helps us to focus water reduction projects.