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Username
Dani Mueller
Proposer First Name
Dani
Proposer Email
dani.mueller@sharcenergy.com
Proposer Last Name
Mueller
Proposer Company/Organization
SHARC Energy Systems Inc
Proposer Phone
(604) 475-7710
Proposer Job Title
Area Sales Manager
Proposed Session Description
With the rising environmental awareness and new government laws and regulations focused on cutting carbon emissions, cleantech solutions are becoming very relevant. At the same time, customers and industries continuously pursue cost-effective solutions, whether for their homes or businesses. In that sense, the PIRANHA™ T10 HC wastewater heat recovery system was installed in a multi-family building pilot plant in North Vancouver in order to assess its performance when it comes to GHG emissions, energy reduction and cost savings. The results showed the PIRANHA™ T10 HC system was able to provide up to 100% of the domestic hot water and space conditioning to the building, with an energy and cost savings of over 60%. The system can fully offset the natural gas consumption and, consequently, the GHG emissions.
Learning Objectives
Have an introduction to or better understanding of wastewater heat recovery technology
Learn the proper applications for a wastewater heat recovery system
Learn how to decarbonize your hot water supply
Learn how to maximize storage capability for energy savings
Has this session been presented before?
Yes
When and Where?
AEE World Energy Conference 2020 - virtual
Target Audiences Level of Expertise
Level 1 - No prior knowledge needed.
Session Format Details
Presentation with slides including a case study of our most recent installation followed by Q&A
Reviewer 1
Schow, Mark
Proposal #
119
Committee Decision
Rejected

Presenters

Full Description
Wastewater heat recovery can and should be utilized around the world. Every year in the world a total of 968 trillion litres of sewage heated at 16 degrees C is discarded into our waters. In the USA, 350 billion kWh worth of hot water is discarded annually. Wastewater heat recovery can utilize the waste heat to provide domestic hot water heating and space heating or cooling, while reducing GHG emissions.