Skip to Content
Home

Ecoair odorless toilet fan systems

The RTF is a technical advisory committee to the Northwest Power and Conservation Council established in 1999 to develop standards to verify and evaluate energy efficiency savings

NWCouncil.org Contact
Calendar
Work products
UES Measures Standard protocols list Demand Response Technologies Supporting Documents Propose a measure or standard protocol Proposed measures and status Whole Building Efforts
Subcommittees
  • Commercial HVAC
  • Connected Thermostats
  • Demand Response
  • Duct Sealing
  • Guidelines
  • Heat Pump Water Heaters
  • Implementers Group
  • Modeling
  • Natural Gas
  • New Homes
  • Non-Residential Lighting
  • Operations
  • Refrigeration
  • Research and Evaluation
  • Residential HVAC
  • RTF Policy Advisory Committee
  • Small and Rural Utilities
  • Weatherization
  • Whole Building
Home Calendar News and updates Decisions Guidelines

About the RTF

  • RTF Membership - 2025-2027
  • Work plan and budget
  • Request for proposals
  • Charter and bylaws
  • Conflict of interest policy
  • RTF Policy Advisory Committee
  • Contacts
  • Conservation achievements

Work Products

UES Measures Standard protocols list Demand Response Technologies Supporting Documents Propose a measure or standard protocol Proposed measures and status Whole Building Efforts

Subcommittees

  • Commercial HVAC
  • Connected Thermostats
  • Demand Response
  • Duct Sealing
  • Guidelines
  • Heat Pump Water Heaters
  • Implementers Group
  • Modeling
  • Natural Gas
  • New Homes
  • Non-Residential Lighting
  • Operations
  • Refrigeration
  • Research and Evaluation
  • Residential HVAC
  • RTF Policy Advisory Committee
  • Small and Rural Utilities
  • Weatherization
  • Whole Building
Close Navigation
  1. /

UES Measure

  • Ecoair odorless toilet fan systems

Ecoair odorless toilet fan systems

At a Glance

Category 
to be determined
Status 
not accepted
Fuel type 
gas

Decisions

Expand All Decisions

Latest decision

Decision details

Decided 
February 22, 2023
RTF Meeting: February 22-23, 2023

Allocate Resources to New Measures

Decision Details

Allocate resources to:
>Irrigation Reduction for Orchards and Vineyards
>High Efficiency Decoupled Commercial HVAC Retrofits

Allocate resources to a more targeted measure for:
>Heat Recovery Ventilation and Energy Recovery Ventilation

Include consideration of Wall-Mounted Heat Pumps in the ongoing measure development for Packaged Terminal Heat Pumps for MF and Commercial Lodging.

Do not allocate resources to:
>Alternatives to Cremation
>Toilet Fan Systems

Proposer Information

Proposer Information

Name
Jason Jones
Organization
Ecoair LLC.
Proposed Category
planning

Proposer Documents

IMG_0730 3.mov

File IMG_0730 3.mov

09-16-2022, Power Calculations 3.pdf

File 09-16-2022, Power Calculations 3.pdf

EA_measurements_2.ai

File EA_measurements_2.ai

Description

Ecoair odorless toilet system - Removal of harmful odors and pathogens like Covid at the source. Reducing the overall power required by traditional exhaust fan systems and making our bathroom green and healthy. 09-16-2022 BSU Health Study / power reduction Re Dr Uwe EcoAir Ventilation System Assessment Background Average bathroom size in the US: 80 sq.ft. Average bathroom volume: 80 sq.ft. x 8 ft. height = 640 cu.ft. Standard commercial bathroom exhaust ventilator o Air flow: 80 cfm o Power usage: 36 W EcoAir Ventilator o Air Flow: 6 cfm o Power usage: 7 W Energy use Computations Bathroom odor-dilution calculations: o 640 cu. ft. bathroom volume / 80 cfm. air flow = 8 minutes o Dilution reduction by 90% = 8 min x 10 = 80 minutes = 1.3 hours o Power requirement: 36 watts x 1.3 hours = 48 watt hours or 0.048 KWH EcoAir Design o Power requirement: 7 watts x 10 min operation = 7 watts x 0.2 hours = 1.4 watt hours or 0.0014 KWH Results: o In comparison to the standard commercial bathroom ventilator, the EcoAir design uses only 3% of the power used by the commercial bathroom ventilator. Explanation of results: o EcoAir captures the odor directly at the “source” while a bathroom ventilator is required to dilute the odor present in the entire air volume of the bathroom, i.e., 640 cu.ft. o Ventilation principles dictate that 10 volumes of fresh air are required to reduce an odor concentration inside a fixed volume by 90%. o Therefore, while traditional ventilators require up to 1.3 hours to dilute the bathroom air, the EcoAir system must operate only 10 minutes thus conserving significant amounts of electrical energy. Thank you for your time

AN ADVISORY COMMITTEE OF:

Northwest Power & Conservation Council

ARCHIVES  •  ELCAP  •  CONSERVATION ACHIEVEMENTS

© Regional Technical Forum