Sustainability in Higher Education

How Johnson Controls is helping signatories of the American College & University Presidents Climate Commitment

College Campus
The trend of energy efficiency and sustainability in higher education is on the upswing. More colleges are developing programs to reduce greenhouse gas emissions, protect our environment, lower utility and operations costs, and compliment student education. In fact, over 650 college and university presidents have already signed the American College & University Presidents Climate Commitment.
The commitment means tackling global climate change and represents a huge opportunity to be leader in higher education. It also offers an incredible opportunity to engage the broader university community.
The Presidents Climate Commitment challenges colleges and universities to find and travel a path to carbon neutrality. Having a clear map and an experienced guide is critical. Johnson Controls can provide you with both.

Johnson Controls is a global leader in efficiency and reducing carbon emissions

You are under increasing pressure to control energy costs, reduce greenhouse gas emissions, and increase the value of your facilities. Johnson Controls has the proven experience, expertise, and capabilities to help you assess, plan, implement, and communicate your commitment to sustainability.

Johnson Controls has been involved in performance contracting with public and private institutions since its inception in 1983. We have implemented over 2,500 performance contracts with total active guarantees of more than $4.9 billion in North America alone.**
We have helped our customers save almost 13 million* metric tons of carbon dioxide. 
We work with you to develop a least-cost, high-impact path to reaching your climate goals.
University's Greenhouse Gas Emissions
This graph summarizes Sample University's inventory of greenhouse gas emissions totaling metric tons of carbon dioxide.

Copyright 2008 Econergy International Corporation and Johnson Controls, Inc.
 
 
Wedge Diagram

The carbon mitigation analysis considers the full spectrum of available emissions reduction options that can reduce the University's GHG inventory which comprises emissions associated with 1) energy use in campus facilities, 2) fuel use by the vehicle fleet, 3) business travel, and 4) commuting, taking into account future growth projections. The output of the mitigation analysis (the Wedge Diagram shown above) presents a pathway by which the University can deflect downward the Business-As-Usual (BAU) emissions trajectory, projected out into the future, via a suite of specific emissions reduction strategies that are prioritized to maximize cost-effectiveness and GHG reduction potential. Energy efficiency is always the first step since it is always the least-cost sustainable energy option.

Copyright 2008 Econergy International Corporation and Johnson Controls, Inc.
 
 



*Based on performance contracting projects in North America. January 2000 and September 2008. The measurement was calculated by applying national average emission factors to the annual guaranteed electricity and natural gas savings from these projects.
**Figures represent 1983-2008.