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Control of Volatile Organic Compounds Emissions from Manufacturing

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Table 5-6. POLYSTYRENE MODEL PLANT PARAMETERS AND EMISSION CONTROL COSTS<br />

Styrene in Steam Styrene in Air<br />

Total Process Sectionb Total Process sectionb<br />

Parameter PI anta MR Pl anta MR<br />

Production Capacity (Gglyr) 73.5<br />

36.75C<br />

VOC Concentration, wt. % 15.5d 15.5d<br />

Gas Fl owrate, acfm 99.5 49.8<br />

Gas Temperature, OF 210 210<br />

Flow Time, hrlyr 8,000 8,000<br />

Uncontrol 1 ed Emission<br />

Factor, kg VOC/Mg Product 3.09 3.09 0.2<br />

Total Uncontrol 1 ed VOC<br />

<strong>Emissions</strong>, Mglyr 227 114 14 .'7<br />

Total Exlsting VOC<br />

<strong>Emissions</strong>, Mglyr 227 114 14.7 7.4<br />

Projected <strong>Control</strong> Device Condenser Condenser Condenser Condenser<br />

Assumed VOC Reduction<br />

Efficiencye, % 96.1 96.1 40<br />

<strong>Control</strong> 1 ed VOC<br />

<strong>Emissions</strong>, Mglyr 8.8 4.4 8.8<br />

Installed Capital Cost, $ 28,000 28,000 32,300<br />

Annual ized ~ostf , $ -146,700 -69,200 5,660<br />

a.<br />

Excludes emissions <strong>from</strong> raw material storage (stream A) and product finishing (Stream 0).<br />

b Parameters are provided on a per process line basis and represent initial stream conditions <strong>from</strong><br />

C<br />

the sources.<br />

Assumed plant has 2 process lines, each at 36.75 Gglyr.<br />

d Weight % <strong>of</strong> total mass <strong>of</strong> stream.<br />

e From uncontrolled emission rate to 0.12 kg VOCIMg product.<br />

f Includes styrene recovery credit.

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