Examples of Potential VOC emissions in a sentence
Potential HAP emissions are greater than 10 TPY for any single HAP and greater than 25 TPY for any combination of HAPs. Potential VOC emissions are greater than 250 TPY.
Potential VOC emissions from all other emissions units at the facility total 242.19 tons per year.
Potential VOC emissions from the blast furnace stoves is low and VOC control for the blast furnace stoves are not practical and cost-prohibitive.
Potential VOC emissions from the AOD vessel are estimated at 26.3 tpy based on an emission rate of 0.06 lb/ton steel (based on stack testing performed in February 1996) and a maximum throughput of 876,000 tpy (100 tph x 8,760 hr/yr).
Potential VOC emissions from all other emissions units at36NEW SOURCE REVIEW FORM B PTI Number: 03-13456 Facility ID: 0302000166 FACILITY NAME DTR Industries Incoperate as batch cold cleaers and increaseallowable OC emissions.nEmissions Unit ID: L004FACILITY DESCRIPTION modification of two metal parts washers to CITY/TWP Bluffton the facility total 242.19 tons per year.
Potential VOC emissions were determined based on the following equation from the permittee-supplied information in the application for FEPTIO number 14- 06038 as submitted on April 1, 2008: VOC = [(2 gallons of zinc primer/vehicle x 4.0 pounds VOC/gallon of zinc primer) + (2 gallons of epoxy primer/vehicle x 3.5 pounds VOC/gallon of epoxy primer)] x 12 vehicles maximum primed per day.
Potential VOC emissions are less than 3 pounds per hour and potential HAP emissions are less than 1 ton per year.
Potential VOC emissions reductions were estimated by multiplying the difference between the VOC content of individual products (in weight percent) and the EPA/OTC/CARB limits by the quantity of those products (kg).
Potential VOC emissions < 10.0 tons per year Applicable Compliance Method: The potential VOC emissions were calculated based on the permittee’s potential resin and gelcoat usage, multiplied by the Unified Emission Factor Table for Open Molding of Composites for the material having the highest styrene content (45% by weight) resulting in an emission factor of 152 lbs.
Potential VOC emissions were determined based on the following equation from the permittee-supplied information in the application for FEPTIO number 14- 06043 as submitted on April 23, 2008: VOC emissions = (3.83 gallons/hour maximum coating and cleanup usage) x (1 hour/vehicle) x (3 vehicles/day maximum) x (7.2 pounds VOC/gallon maximum VOC content).