Waste Heat Recovery/Combined Heat and Power
Project Description
This project focuses on conventional waste heat recovery (WHR) technologies, where industrial waste heat is captured, recovered and converted to electricity (5 MW or greater), as well as combined heat and power (CHP) technologies, which utilize a single fuel source such as natural gas, biogas, biomass or waste heat to produce two energy outputs: electricity and heating/cooling. TVA seeks to complete this project through leveraging funds with large industrial customer(s). This initiative will result in the award of at least one project depending on the level of matching funds from industrial customer proposals, which was completed through a previous Request for Proposals (RFP) process.
Project Implementation
An RFP was issued to directly served and local power company served industrial customers located in the TVA service area. TVA will provide minimal technical guidance and financial assistance towards the capital cost of the project, with progress payments to be made during fiscal years 2016 through 2020. Proposals were to include, but not be limited to the following:
- Description of project including the technologies to be used and major equipment
- Net amount of electricity produced and estimated capacity factor
- Total capital cost (including breakdown by cost elements)
- Total capital funding assistance requested from TVA and detail on capital funding assistance per milestone
- Project schedule and major milestones
TVA Project Schedule
Project Milestones | Dates* | |
---|---|---|
RFP issued to industrial customers | August 3, 2015 | |
External webinar—RFP proposal | September 2015 | |
Proposals Due | December 2015 | |
Evaluate and award contract | March 2016 | |
Environmental permitting and reviews | August 2016 | |
Detailed design and engineering package | December 2016 | |
Design review and approval | December 2017 | |
Equipment procurement | May 2017 | |
Begin site preparation | June 2018 | |
Begin construction, develop operating procedures | October 2018 | |
Construction complete | September 2019 | |
System prove-out, operator training | December 2019 | |
Commercial operation and project completion | April 2020 | |
Final report to the EPA | June 2020 |
* Dates are tentative and subject to change