Skip to main content

Search Shelves Books Log in

Details

Revision #1

Created 1 year ago by Gabriel Sieben

Updated 1 year ago by Gabriel Sieben

Actions

Revisions

Export

Contained Web File.html
PDF File.pdf
Plain Text File.txt
Markdown File.md
Portable ZIP.zip

Attachments

NZ Canterbury method uleb-appendix-1.pdf

Book Navigation

Lopez Labs
About Lopez Labs
Tests
Test Series
WoodSim and other software
EVERYTHING BELOW THIS LINE MAY BE MOVED OR REORGANIZED IN THE FUTURE
Repeatability of Cordwood Combustion Particulate Measurements
Data Analysis - 185 Masonry Heater Tests from 2006 - 2019
January 2023 Heater Calculator update by Damien Lehmann, AFPMA
2018 Next Generation Woodstove Design Challenge
Heater Calculator update by Damien Lehmann, AFPMA
Repeatability of Cordwood Combustion Particulate Measurements
Testing an OekoSolve Electrostatic Precipitator at the 2018 Stove Design Challenge
Pellet stove emissions comparison testing with EPA Method 5G
Austrian Eco Firebox Testing
2018 MHA Research Heater Tests - "Substantially Similar" Study
Heater Comparison Testing at Ortner Company in Austria
Powerpoint: Repeatability of Wood Combustion Particulate Measurements
Data summary for 87 runs (2008 - 2010)
Heater Field Testing Workshop at 2017 MHA Meeting
Manufactured Heater Test Method Exploratory Testing
2017 MHA Research Heater Tests - Cordwood Repeatability
Decombustion Theory
Experimental Heater Testing Workshop, Wildacres 2016
2016 MHA Research Heater Tests
Research Heater build and instrumentation
Calibration of Heater Simulation Software for Potential EPA Certification
Condar Correlation Study against EPA Method 5G
2015 Ontario Stove Testing Camp
Eco Firebox Testing in France
Heater Comparison Testing at Ortner Company in Austria
Next Generation Woodstove Design Challenge at Brookhaven National Laboratory
Toronto Fireplace Retrofit Project
2014 Test Series
Field Testing the Norcore 5 run heater at Wildacres
Austrian Eco-firebox testing at Masonry Stove Builders
Fuel crib repeatability testing
Condar comparison testing at OMNI-Test
Condar comparison testing at Brookhaven National Laboratory
Wood Stove Decathlon 2013
2010 Test Series
Bell Experiments with a Contraflow Heater
Lopez Labs Conference 2010
Evaluating a Testo 308 Digital Smoke Spot Meter
Bell Construction and Testing Workshop
Rocket-Bell Experiments
Alaska Fireplace Retrofit Project
Condar dilution tunnel particulates data summary (2008-9, 67 runs)
2009 Test Series
Experimental Masonry Hydronic Heating Workshop
Masonry Heater Emissions Testing at Shawville, 2008
Burning Pellets in a Masonry Heater
Comparison of 4 Condar portable dilution tunnels - Fairbanks, Alaska, 2007
Free Gas Movement - Shawville 2007
2006 - 2007 Contraflow Tests at Shawville
Technical Assessment of Hi-mass Masonry Heaters and Integrated Water Loop
Bell heater testing - Alex Chernov, 2007
Bell heater testing - Wildacres 2006
Bell heater testing - Toronto 2006
Fuel Crib Testing, February, 2005
Crib Testing at Lopez Lab Co-Operative 2008-2014 - all test runs
Clearance to Combustibles Testing, MHA Annual Meeting, 2001
Clearance to Combustibles Testing, Shawville, April, 2000
1997 Heater Combustion Tests
Low Emissions Residential Cordwood Combustion in High Mass Appliances - Recent Research and Results
A Comparison of Fireplace Emissions Testing Methods
Very Low Emissions Cordwood Combustion in High Burn Rate Appliances - Early Results with Possible Implications
Air Requirements and Related Parameters for Masonry Heating Systems
Summary of 101 Masonry Heater Emissions Tests
NYSERDA Biomass Heating R&D Program Case Studies
Masonry Heater White Paper
MHA Position Paper
Short Course on Masonry Fireplace and Masonry Heater Emissions Testing Method and Combustion Design
Short Course on Masonry Heating Systems
Review - particulate emissions from wood burners in New Zealand
An Investigation of the Variability of Particulate Emissions from Woodstoves in New Zealand
Emission Factors for New Certified Residential Wood Heaters
Residential Wood Combustion Technology Review
Residential Wood Combustion Technology Review - Volume 2. Appendices
Emission Factors for New Certified Residential Wood Heaters
Review of Wood Heater and Fireplace Emission Factors
Verification of Emission Factors for U.S. EPA Certified Wood Heaters
Design and Operating Factors Which Affect Emissions from Residential Wood-Fired Heaters: Review and Update
Discussion Regarding Reporting Units for Emissions from Residential Cord-wood Burning Space-heating Appliances
Oregon's Woodstove Certification Program (1985)
Woodstove Emission Measurement Methods: Comparison and Eimission Factors Update
Summary Report of the In Home Emissions and Efficiency Performance of Five Commercially Available Masonry Heaters
Field Performance of Woodburning Stoves in Crested Butte, Colorado
Defining Masonry Heaters - A Discussion Paper
Colorado Regulation No. 4
EPA Method 5G
R-2000 Makeup Air Guidelines
Investigation of Negative Pressure Test Protocols for Wood- and Pellet-Burning Appliances
Fireplace Air Requirements
Modifications and Refinement of the Computer Model "Wood Burning Simulator"
The Dynamics of Domestic Open Fires
The Flow of Gases in Furnaces (1923)
Recent Laboratory and Field Testing of Masonry Heater and Masonry Fireplace Emissions
The Hearth as an Element of the Sustainable House - A Comparison of Emission Test Methods for New Clean Burning Wood Fired Masonry Fireplaces
Low Emisson and High Efficiency Residential Pellet-Fired Heaters
Design, Construction and Performance of Stick-Wood Fired Furnace
Flue Gas Emissions in Wood Burning Stoves
Determination of Condensible Particulate Woodstove Emission Factors Using Condar's Emissions Sampler
Calibration of 4 Condar Portable Dilution Tunnels
Canterbury method 1 for testing of ultra-low emission wood heaters
Real-life Emissions Testing of Pellet Burners in Tokoroa
Real-life Emissions Testing of Wood Burners in Tokoroa
Real Life Emissions Testing of Pre 1994 Woodburners in New Zealand
Real-life emissions from residential wood burning appliances in New Zealand
Fireplaces: Studies in Contrasts
Strawbale Moisture Sensor Study
- Study
- Archived PDF
1993-1995 Seattle Testing: "Very Low Emissions Cordwood Combustion in High Burn Rate Appliances - Early Results with Possible Implications"
High Performance Masonry Heating
Woodburning, forestry and global warming

Books

Lopez Labs

Canterbury method 1 fo...

Canterbury method 1 for testing of ultra-low emission wood heaters

Environment Canterbury, New Zealand, 2015

PDF: NZ Canterbury method uleb-appendix-1.pdf

Calibration of 4 Condar Portable Dilution Tun...

Real-life Emissions Testing of Pellet Burners...

No Comments

Back to top