Common use of Offgas Particulate Tests Clause in Contracts

Offgas Particulate Tests. TSP matter will be quantified in accordance with EPA Method 5. The isokinetic tests will be performed every * hours. The EPA Method 5 sampling train will consist of a glass nozzle, a heated glass lined probe, a pre-weighed quartz filter heated in an enclosed box, a set of six (6) glass impingers connected in series, and a vacuum pump and dry gas meter. At the completion of each test run the sampling train xxxx be leak checked to ensure no leakage greater than 0.02 cubic feet per minute. The sampling train operating parameters will be recorded at each traverse point (i.e., temperature pressures and velocity head) on preprinted data sheets to be developed prior to the TSP test. After the post leak check, the sampling train components will be taken to the clean up area. The following is a description of the TSP sampling recovery procedures. Container 1 filter Container 2 acetone washings from nozzle, glass lined probe and front half of filter Sample containers 1 and 2 will be brought back to the Independent Testing Laboratory for gravimetric analysis. Minimum duplicate weighing (constant weight) will be performed on each sample fraction at ambient temperature and ambient pressure. No external heat will be applied to either the filter or acetone washings. All weighing will meet the criteria for constant weight measurements as specified in EPA Method 5. * The particulate size distribution in the gas stream will be measured with an Xxxxxxxx Xxxx III Cascade Impactor. The cyclone catch will be sent to an independent lab that specializes in particle size distribution analysis. Gas stream particle distribution and cyclone bottoms solids distribution test data shall be presented in a graph format for comparison to cyclone removal guarantee.

Offgas Particulate Tests. TSP matter will be quantified in accordance with EPA Method 5. The isokinetic tests will be performed every * hours. The EPA Method 5 sampling train will consist of a glass nozzle, a heated glass lined probe, a pre-weighed quartz filter heated in an enclosed box, a set of six (6) glass impingers connected in series, and a vacuum pump and dry gas meter. At the completion of each test run the sampling train xxxx be leak checked to ensure no leakage greater than 0.02 cubic feet per minute. The sampling train operating parameters will be recorded at each traverse point (i.e., temperature pressures and velocity head) on preprinted data sheets to be developed prior to the TSP test. After the post leak check, the sampling train components will be taken to the clean up area. The following is a description of the TSP sampling recovery procedures. Container 1 filter Container 2 acetone washings from nozzle, glass lined probe and front half of filter Sample containers 1 and 2 will be brought back to the Independent Testing Laboratory for gravimetric analysis. Minimum duplicate weighing (constant weight) will be performed on each sample fraction at ambient temperature and ambient pressure. No external heat will be applied to either the filter or acetone washings. All weighing will meet the criteria for constant weight measurements as specified in EPA Method 5. * The particulate size distribution in the gas stream will be measured with an Xxxxxxxx Xxxx III Cascade Impactor. The cyclone catch will be sent to an independent lab that specializes in particle size distribution analysis. Gas stream particle distribution and cyclone bottoms solids distribution test data shall be presented in a graph format for comparison to cyclone removal guarantee.

Offgas Particulate Tests. TSP matter will be quantified in accordance with EPA Method 5. The isokinetic tests will be performed every * hours. The EPA Method 5 sampling train will consist of a glass nozzle, a heated glass lined probe, a pre-weighed quartz filter heated in an enclosed box, a set of six (6) glass impingers connected in series, and a vacuum pump and dry gas meter. At the completion of each test run the sampling train xxxx will be leak checked to ensure no leakage greater than 0.02 cubic feet per minute. The sampling train operating operating (a) to Form 10-Q for the Quarter Ended September 30, 2008 filed by ADA-ES, Inc. (File No. 000-50216) on November 7, 2008 parameters will be recorded at each traverse point (i.e., temperature pressures and velocity head) on preprinted data sheets to be developed prior to the TSP test. After the post leak check, the sampling train components will be taken to the clean up area. The following is a description of the TSP sampling recovery procedures. Container 1 filter Container 2 acetone washings from nozzle, glass lined probe and front half of filter Sample containers 1 and 2 will be brought back to the Independent Testing Laboratory for gravimetric analysis. Minimum duplicate weighing (constant weight) will be performed on each sample fraction at ambient temperature and ambient pressure. No external heat will be applied to either the filter or acetone washings. All weighing will meet the criteria for constant weight measurements as specified in EPA Method 5. * The particulate size distribution in the gas stream will be measured with an Xxxxxxxx Xxxx III Cascade Impactor. The cyclone catch will be sent to an independent lab that specializes in particle size distribution analysis. Gas stream particle distribution and cyclone bottoms solids distribution test data shall be presented in a graph format for comparison to cyclone removal guarantee.

Offgas Particulate Tests. TSP matter will be quantified in accordance with EPA Method 5. The isokinetic tests will be performed every * hours. The EPA Method 5 sampling train will consist of a glass nozzle, a heated glass lined probe, a pre-weighed quartz filter heated in an enclosed box, a set of six (6) glass impingers connected in series, and a vacuum pump and dry gas meter. At the completion of each test run the sampling train xxxx will be leak checked to ensure no leakage greater than 0.02 cubic feet per minute. The sampling train operating Exhibit 10.50(b) to Form 10-Q for the Quarter Ended September 30, 2008 filed by ADA-ES, Inc. (File No. 000-50216) on November 7, 2008 parameters will be recorded at each traverse point (i.e., temperature pressures and velocity head) on preprinted data sheets to be developed prior to the TSP test. After the post leak check, the sampling train components will be taken to the clean up area. The following is a description of the TSP sampling recovery procedures. Container 1 filter Container 2 acetone washings from nozzle, glass lined probe and front half of filter Sample containers 1 and 2 will be brought back to the Independent Testing Laboratory for gravimetric analysis. Minimum duplicate weighing (constant weight) will be performed on each sample fraction at ambient temperature and ambient pressure. No external heat will be applied to either the filter or acetone washings. All weighing will meet the criteria for constant weight measurements as specified in EPA Method 5. * The particulate size distribution in the gas stream will be measured with an Xxxxxxxx Xxxx III Cascade Impactor. The cyclone catch will be sent to an independent lab that specializes in particle size distribution analysis. Gas stream particle distribution and cyclone bottoms solids distribution test data shall be presented in a graph format for comparison to cyclone removal guarantee.

Offgas Particulate Tests. TSP matter will be quantified in accordance with EPA Method 5. The isokinetic tests will be performed every * hours. The EPA Method 5 sampling train will consist of a glass nozzle, a heated glass lined probe, a pre-weighed quartz filter heated in an enclosed box, a set of six (6) glass impingers connected in series, and a vacuum pump and dry gas meter. At the completion of each test run the sampling train xxxx will be leak checked to ensure no leakage greater than 0.02 cubic feet per minute. The sampling train operating Exhibit 10.50(d) to Form 10-Q for the Quarter Ended September 30, 2008 filed by ADA-ES, Inc. (File No. 000-50216) on November 7, 2008 parameters will be recorded at each traverse point (i.e., temperature pressures and velocity head) on preprinted data sheets to be developed prior to the TSP test. After the post leak check, the sampling train components will be taken to the clean up area. The following is a description of the TSP sampling recovery procedures. Container 1 filter Container 2 acetone washings from nozzle, glass lined probe and front half of filter Sample containers 1 and 2 will be brought back to the Independent Testing Laboratory for gravimetric analysis. Minimum duplicate weighing (constant weight) will be performed on each sample fraction at ambient temperature and ambient pressure. No external heat will be applied to either the filter or acetone washings. All weighing will meet the criteria for constant weight measurements as specified in EPA Method 5. * The particulate size distribution in the gas stream will be measured with an Xxxxxxxx Xxxx III Cascade Impactor. The cyclone catch will be sent to an independent lab that specializes in particle size distribution analysis. Gas stream particle distribution and cyclone bottoms solids distribution test data shall be presented in a graph format for comparison to cyclone removal guarantee.