Arada Stoves Farringdon 16 Bedienungsanleitung

11785 SE Highway 212 –Suite 305

Clackamas, OR 97015-9050

(503) 650-0088

Arada Stoves LTD

Project # 035-S-075-1

Model: Farringdon 16

Type: Free Standing Residential

Catalytic Wood Fired Heater

February 24, 2017 (Dirigo)

Revised: July 11, 2022, August 30,

2022

EPA Test Method 28R for

Certification and Auditing of

Wood Heaters

Contact:

Mr. Jon Butterworth

The Fire Works

Weycroft Avenue

Axminster, Devon

United Kingdom EX13 5HU

JButterworth@aradastoves.com

+44 1297 35700

Project # 035-S-075-1 Model: Farringdon 16

Page | 1

Revision:

July 11, 2022

•Changed CO from g/hr to g/min

•Updated Summary Table for clarity.

•Added 1st hour emissions in g/hr for all runs.

•Added train precision criteria table.

•Added fuel load density to summary table.

•Added firebox volume drawing to main body of report.

•Added statement that no negative catch weights recorded.

August 30, 2022

•Added additional description of dilution tunnel per EPA request dated August 24, 2022 .

See Notes page and Page 28.

•Updated conditioning data to state that it was operated at a medium burn rate.

•All fuel used for conditioning was between 18% and 25% wet basis per ASTM E2780-10.

Because Conditioning data is not part of the overall results of the unit as tested,

Individual piece moisture was checked but not recorded.-Please note that the items that

are required to be recorded for conditioning purposes are:

oTime and Weight for all fuel (ASTM E2780-10 section 9.1.4)

oFlue gas temperature a minimum of once per hour (ASTM E2780-10 Section

9.1.5)

•Added comment to notes section that no written instructions were provided to the lab

from the manufacturer regarding the operation of the catalyst bypass. Operation of the

bypass was consistent with those in the Users Manual provided.

Project # 035-S-075-1 Model: Farringdon 16 
 
Page | 2 
 
Table of Contents 
Revision:........................................................................................................................1 
Affidavit:.........................................................................................................................4 
Introduction:..................................................................................................................5 
Notes:.............................................................................................................................5 
Wood Heater Identification and Testing:.....................................................................6 
Test Procedures and Equipment:..........................................................................................................7 
Results:..........................................................................................................................8 
Efficiency:............................................................................................................................................10 
Summary Table: ....................................................................................................................................12 
Run 2:..................................................................................................................................................12 
Run 3:..................................................................................................................................................13 
Run 4:..................................................................................................................................................13 
Run 5:..................................................................................................................................................13 
Precision:.....................................................................................................................14 
Filter Catch:................................................................................................................. 15 
Run 1:.....................................................................................................................................................15 
Run 3:.....................................................................................................................................................16 
Run 4:.....................................................................................................................................................16 
Run 5:.....................................................................................................................................................17 
Test Condition Summary:........................................................................................... 18
Heater Specifications:.................................................................................................18 
Heater Dimensions................................................................................................................................18 
Useable Firebox Volume:.....................................................................................................................19 
Air Flow Schematic...............................................................................................................................20 
Process Operations and Description:.................................................................................................25 
Settings & Run Notes ...........................................................................................................................25 
Test Fuel Properties: ............................................................................................................................27 
Pre-burn Configuration: .......................................................................................................................27 
Sampling Locations and Descriptions: ..............................................................................................28 
Sample Points .......................................................................................................................................28 
Sampling Methods:.....................................................................................................29 
Analytical Methods Description:................................................................................ 29

Project # 035-S-075-1 Model: Farringdon 16 
 
Page | 3 
Calibration, Quality Control and Assurances:.......................................................... 29 
Appliance Sealing and Storage: ................................................................................29 
Sealing Label.........................................................................................................................................29 
Sealed Unit.............................................................................................................................................30 
Sampling and Analytical Procedures........................................................................32 
Participants.................................................................................................................. 32 
Analysis and Report Writing ......................................................................................32 
Observers:...................................................................................................................32 
Appliance Updates......................................................................................................32 
Accreditations:............................................................................................................33
List of Appendices:.....................................................................................................37 
 
 

Project # 035-S-075-1 Model: Farringdon 16

Page | 4

Affidavit:

Dirigo Laboratories, Inc. was contracted by Arada Stoves Ltd. to provide testing

services for the Farringdon 16 catalytic wood fired heater per EPA Method 28R for

Certification and Auditing of Wood Heaters. All testing and associated procedures were

conducted at Dirigo Laboratories, Inc. beginning on 2/14/2017 and ending on 2/17/2017.

Dirigo Laboratories is located at 11785 SE Highway 212 –Suite 305, Clackamas,

Oregon 97015. Testing procedures followed EPA Method 28R and ASTM E2780-10.

Particulate sampling was performed per ASTM E2515-11 Standard Test Method for

Determination of Particulate Matter Emissions Collected by a Dilution Tunnel.

Dirigo Laboratories is accredited by the U.S. Environmental Protection Agency for the

certification and auditing of wood heaters pursuant to subpart AAA of 40 CFR Part 60,

New Source Performance Standards for Residential Wood Heaters and subpart QQQQ

of 40 CFR Part 60, Standards of Performance for New Hydronic Heaters and Forced Air

Furnaces, Methods 28R, 28WHH, 28 WHH-PTS, and all methods listed in Sections

60.534 and 60.5476. Dirigo holds EPA Accreditation Certificate Numbers 4 and 4M

(mobile). Dirigo Laboratories, Inc. is accredited by A2LA to ISO 17020:2012 “Criteria for

Bodies Performing Inspections, ISO 17025:2005 “Requirements for Testing

Laboratories”, and ISO 17065:2012 “Requirements for Bodies Operating Product

Certification Systems”. Dirigo holds A2LA Certificate Numbers 3726.01, 3726.02, and

3726.03. See Appendix E for Accreditations.

The following people were associated with the testing, analysis and report writing

associated with this project.

John Steinert, President

Ben Nelke, Test Technician

Doug Towne, QA Manager

Project # 035-S-075-1 Model: Farringdon 16

Page | 5

Introduction:

Arada Stoves Ltd. of Axminster, United Kingdom, contracted with Dirigo Laboratories,

Inc. to perform EPA certification testing for their Model Farringdon 16 catalytic wood

heater. All testing was performed at Dirigo Laboratories, Inc. Testing was performed by

Mr. Ben Nelke.

Notes:

•A 50 hour break-in was performed on the appliance at Dirigo Laboratories, Inc.

from 12/02/16 through 12/14/16.

•Prior to testing, the dilution tunnel was cleaned with a steel brush.

•The heater has no blower so no fan confirmation test was performed.

•Front filters were changed on sample train A at one hour for all runs.

•There were no negative filter or probe weights for any of the test runs. All runs

were appropriate and valid.

•Leak checks were performed for all test runs and were verified in the run data.

•Sample ports are located 16.5 feet downstream from any disturbances and 1 foot

upstream from any disturbances. Flow rate traverse data was collected 12 feet

downstream from any disturbances and 5.5 feet upstream from any disturbances.

(See page 28)

•There were no written instructions provided by the manufacturer to the

Laboratory. The catalyst bypass was operated per the Owners Manual.

Project # 035-S-075-1 Model: Farringdon 16

Page | 6

Wood Heater Identification and Testing:

•Appliance Tested: Farringdon 16 Free Standing

•Serial Number: DEV6764B

•Manufacturer: Arada Stoves Ltd.

•Catalyst: Yes

•Heat exchange blower: None

•Type: Wood Stove

•Style: Free Standing

•Date Received: Tuesday, November 29, 2016

•Wood Heater Aging: December 2 - December 14, 2016

•Testing Period –Start: Tuesday, February 14, 2017 Finish: Friday, February

17, 2017

•Test Location: Dirigo Laboratories, Inc. 11785 SE HWY 212 - Suite 305,

Clackamas, OR 97015

•Elevation: ≈131 Feet above sea level

•Test Technician(s): Ben Nelke

•Observers: None

Project # 035-S-075-1 Model: Farringdon 16

Page | 7

Test Procedures and Equipment:

All Sampling and analytical procedures were performed by Ben Nelke. All procedures

used are directly from EPA Method 28R, ASTM E2780-10 and ASTM E2515-11.See

the list below for equipment used. See Appendix D for calibration data.

Equipment List:

1. Analyzer -California Analytical ZRE CO2/CO/O2 IR ANALYZER

2. Delmhorst J-2000 Wood Moisture Meter

3. Dayton 4c121 Blower for dilution tunnel -Emissions Booth #1

4. ScienTech Balance Scale

5. 10 lb Calibration Weight

6. DigiWeigh Bench Shipping Scale

7. APEX XC-60 Digital Emissions Sampling Box A

8. APEX XC-60 Digital Emissions Sampling Box B

9. APEX Ambient sampling box

10.Gast MOA-P122-AA Vacuum Pump

11.Rice Lake 3'x3' floor scale w/digital weight indicator

Project # 035-S-075-1 Model: Farringdon 16

Page | 8

Results:

For the Farringdon 16 wood heater, the weighted average emission rate is 1.5 g/hr with

a weighted average efficiency of 77.2% and a weighted average CO of 0.91 g/min. The

Arada Stoves Ltd. Model Farringdon 16 catalytic free standing wood heater meets the

2020 PM emission standard of ≤2.0 g/hr per CFR 40 part 60, §60.532 (b).

Detailed individual run data can be found in separate digital folders supplied with this

report.

Emissions:

EPA Method 28 - Weighted Average

Weighted Average: 1.5 (g/hr)

Client: Arada

Model: Farringdon 16

Tracking No.: 75

Project No.: 035-S-075-1

Test Dates: 2/14/17 - 2/17/17

Burn Rate Category 1 Burn Rate Category 1

Burn Rate (kg/hr-dry) 0.59 Burn Rate (kg/hr-dry) 0.77

Emissions Rate (g/hr) 0.9 Emissions Rate (g/hr) 1.1

Emissions Rate Cap (g/hr) 15 Emissions Rate Cap (g/hr) 15

Weighting Factor 10.96% Weighting Factor 14.42%

Run Number 1 Run Number 2

Burn Rate Category 2 Burn Rate Category 3

Burn Rate (kg/hr-dry) 0.98 Burn Rate (kg/hr-dry) 1.29

Emissions Rate (g/hr) 2.0 Emissions Rate (g/hr) 1.5

Emissions Rate Cap (g/hr) 15 Emissions Rate Cap (g/hr) 15

Weighting Factor 22.65% Weighting Factor 30.52%

Run Number 3 Run Number 4

Burn Rate Category 4

Burn Rate (kg/hr-dry) 2.01

Emissions Rate (g/hr) 1.7

Emissions Rate Cap (g/hr) 18

Weighting Factor 21.45%

Run Number 5

Project # 035-S-075-1 Model: Farringdon 16

Page | 9

EPA Method 28 - Weighted Average

Client: Arada

Model: Farringdon 16

Tracking No.: 75

Project No.: 035-S-075-1

Test Dates: 2/14/17 - 2/17/17

0.0

0.5

1.0

1.5

2.0

2.5

0.59 0.77 0.98 1.29 2.01

Emissions Rate (g/hr)

BurnRate (kg/hr)

EPAMethod28 - WeightedAverage

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