The Pretest Report shall be submitted to the appropriate Bureau of Air Quality Control (BAQC) staff no less than 30 days prior to the scheduled test date.

A pretest meeting shall be held between the source, its consultant, and BAQC staff to discuss the stack test(s) be scheduled prior to testing. This requirement may be waived, on a case-by-case basis, upon the written request of the source. 3. Compliance Test Compliance Tests shall be scheduled with at least 30 days advance notice to the appropriate BAQC staff. All testing shall be conducted under circumstances representative of the source's normal process and operating conditions. 4. Compliance Test Report The Test Report shall be submitted to the appropriate BAQC staff within 30 days of the completion of the compliance test.Pretest Information Requirements: 1. Identification and description of the source to be tested. At a minimum, the description shall include: a) Type of combustion or process facility b) Type and quantity of all fuel consumed in the process including schematics of fuel flow from delivery through all tanks, pumps, and meters to the burners; where appropriate, the type and quantity of raw and finished materials used in the process, including schematics of material flow through all relevant equipment from delivery through finished product. c) Description of any cyclical or batch operations which would tend to produce variable emissions with time and the impact of such variable emissions on the tested emission rate. d) All relevant operating parameters used to regulate the process, and parameter values representative of the facility's normal process and operating conditions. e) Design operating capacity and operating capacities of the process(es) representative of the facility's process and operating conditions and which will be maintained during the test. f) Where applicable, the identification and description of any and all soot blowing equipment found on each boiler and a soot blow schedule (including duration of soot blow cycles) representative of operation for each boiler g) Sufficient documentation to demonstrate the validity of the data submitted pursuant to paragraphs (a) through (f) above. 2. Identification and description of the emission control equipment associated with the source to be tested including: a) Type of emission control device(s), including design capacity and efficiency. b) Pollutant(s) controlled by the emission control device. c) All relevant operating parameters used to monitor the performance of the emission control device(s) and parameter values representative of the emission control device's normal operating condition. d) Identification of all factors having an impact on emission control device performance. e) Manner in which control equipment is to be operated during the test. f) Sufficient documentation to demonstrate the validity of the data submitted pursuant to paragraphs (a) through (e) above.

3. Type of pollutant(s) to be sampled (e.g. particulate, NOx, SO2, VOC, etc.)

b) Type and quantity of all fuel consumed in the process during the test(s); and where appropriate, the type and quantity of raw and finished materials used in the process during the test(s). c) All relevant operating parameters used to regulate the process, and parameter values recorded during the test(s). d) All relevant operating parameters used to monitor the performance of the emission control device(s) and parameter values recorded during the test(s). 4. Sampling and analytical procedure a) Description of the sampling train and field procedures. b) Description of recovery and analytical procedures. c) Sketch indicating sampling port locations relative to process, emission control equipment, upstream and downstream flow disturbances. d) Sketch of cross-sectional view of stack indicating traverse point locations. 5. Test results and discussion a) Detailed tabulation of results including process operating conditions and flue gas conditions. b) Discussion of results significance of results relative to operating parameters and applicable emission standards. c) Detailed discussion of and justification for any divergence from normal sampling procedures or operating condition which could have affected test results or the representitiveness of the test results. 6. Calculation and data reduction methods a) Description and presentation of computational methods, including equation format used to obtain final emission results from field data.Appendix 1. Copies of all field data collected during the test(s), including sampling data sheets and process operating logs and charts. 2. Copies of all analytical laboratory data, including oil samples, where appropriate. 3. Calculation sheets or computer input and output data. 4. Sampling equipment and laboratory calibration data. 5. Names and titles of all personnel (including operators and supervisory staff) and organizations participating in the test(s). 6. Visible Emission observations performed during the test(s) (as applicable). 7. Cyclonic flow check data.

8. Copies of Continuous Emission Monitor data and/or Continuous Opacity Monitor data collected during the test(s).