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The desire to implement energy-saving strategies is growing among cultural institutions. However, if a facility was not designed, insulated, or sealed properly, implementing certain energy-saving strategies can waste energy. Understanding the energy-saving potential of a facility requires a thorough evaluation of facility capabilities to inform educated decisions on the proper implementation of energy-saving strategies. With proper understanding of a facility, projections can be made including: how long environmental conditions can be sustained during HVAC shutdowns, whether or not the facility is insulated properly, or if errant sources of heat influence a room. This webinar will provide a basic introduction to how to evaluate the energy-saving potential of a collection facility..

Instructor
Christopher Cameron, Sustainable Preservation Specialist, Certified Energy Manager (CEM), joined Image Permanence Institute (IPI) in 2013 and frequently consults with collecting institutions to provide advice on managing and operating mechanical systems to achieve the best possible preservation of collections with the least possible consumption of energy. Chris has an MS in Communication & Media Technologies from Rochester Institute of Technology. Prior to his work at IPI, Chris worked as a facility manager for twelve years and is certified in Project Management Certification from the International Facility Management Association and in HVAC systems by Energy Service Company. Christopher was a recipient of the 2021 Champion of Sustainability award from RIT.

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When evaluating a collection space environment, existing or in the design phase, one of the primary questions to address is: what is the dew point? Dew point is a critical component of a collection space environment. If the dew point is too high or too low, it will contribute to collection damage. For example, excessively high dew points may lead to mold in a space. Understanding the criticality of dew point, what it is, why it matters, and how we can try to control it is important not only for the longevity of collections but for understanding the collection environment as a whole. This webinar will aid in the understanding of what dew point is, and why dew point is so critical in the preservation of collection materials.

Instructor
Christopher Cameron, Sustainable Preservation Specialist, Certified Energy Manager (CEM), joined Image Permanence Institute (IPI) in 2013 and frequently consults with collecting institutions to provide advice on managing and operating mechanical systems to achieve the best possible preservation of collections with the least possible consumption of energy. Chris has an MS in Communication & Media Technologies from Rochester Institute of Technology. Prior to his work at IPI, Chris worked as a facility manager for twelve years and is certified in Project Management Certification from the International Facility Management Association and in HVAC systems by Energy Service Company. Christopher was a recipient of the 2021 Champion of Sustainability award from RIT.

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Whether in collection storage or an office space, air flow is a very important aspect of the indoor environment. Lack of air flow can cause stale air and high temperatures, while too much air flow can disturb objects or create comfort issues. Air balancing and fan speed adjustments can have significant impact on air flow in a collection space, and are opportunities to manage the appropriate balance of air flow. Common mistakes that hinder ideal indoor air flow include blocking or short-circuiting of air flow. These issues will waste energy, and can reduce the life of mechanical equipment. This webinar will provide insight into the importance of good air flow, including ways to identify inefficiencies and correct common mistakes.

Instructor
Christopher Cameron, Sustainable Preservation Specialist, Certified Energy Manager (CEM), joined Image Permanence Institute (IPI) in 2013 and frequently consults with collecting institutions to provide advice on managing and operating mechanical systems to achieve the best possible preservation of collections with the least possible consumption of energy. Chris has an MS in Communication & Media Technologies from Rochester Institute of Technology. Prior to his work at IPI, Chris worked as a facility manager for twelve years and is certified in Project Management Certification from the International Facility Management Association and in HVAC systems by Energy Service Company. Christopher was a recipient of the 2021 Champion of Sustainability award from RIT.