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Overview

Dartmouth President Philip J. Hanlon ’77 has called on Dartmouth to play a leadership role in improving global sustainability and overcoming the challenges of climate change. As such, Dartmouth has committed to improving the efficiency of its energy production and distribution systems and to reducing its greenhouse gas emissions. Specifically, Dartmouth has pledged to achieve the following Green Energy Goals as outlined in its 2017 sustainability road map:

  • Improve the efficiency of energy transmission and distribution systems by 20 percent by 2030 (relative to efficiency levels from 2010)
  • Obtain 50 percent of energy supply from renewable sources by 2025 and 100 percent by 2050
  • Reduce Scope 1 and 2 greenhouse gas emissions by 50 percent by 2025 and 80 percent by 2050 (relative to a 2010 emissions baseline)

Dartmouth’s heating load is currently met predominantly through a co-generation plant that burns #6 fuel oil, and a steam distribution system that pipes steam throughout campus. Since 2010, Dartmouth has undertaken significant energy efficiency initiatives, which have resulted in nearly a one-quarter reduction in fuel consumption. In 2018, Dartmouth burned 3.5 million gallons of oil, down from 4.6 million in 2010. However, in order to achieve its Green Energy Goals, Dartmouth will need to implement significant changes to its energy infrastructure and is seeking a private partner to bring expertise and resources to help execute many of those changes as outlined in the Request for Qualifications included on this site.

Proposed Project

The proposed project includes the following elements:

  • Steam to Hot Water Conversion
    • Nearly 26,000 feet of current steam distribution pipes and 119 buildings are proposed to be converted from steam to hot water
    • Converting will reduce energy loss from distribution providing an approximate 20 percent increase in distribution efficiency
    • Hot water is more flexible than the current pressurized steam system and provides the option to adopt future non-combustion solutions
  • New Generation Source
    • The RFP will seek innovative ideas from partners on how best to generate heat and energy for the campus while reducing green house gases
  • Operation of Current Generation Facility
    • Proposed that the private partner operate and maintain the current generation facility during transition to new energy generation source(s)
    • Partner will be required to employ Dartmouth’s existing personnel on terms and conditions equal to, or better than, those under which they are employed by Dartmouth

To learn more about Dartmouth’s broader sustainability efforts visit the Sustainability Office website.