Our client, REGLASS Inc., has asked us to design an air pollution control system that will ensure

PM air emissions from their new recycled glass processing facility in CT$,$ will meet the regulatory

standards.

Site specific information: The site is a recycled glass processing facility. The recycling process

produces particulate matter as a byproduct $($PM$10$ and PM$2\mathrm{.}5).$ The facility has two stacks which

have the potential to emit substantial amounts of PM$10$ and PM$2\mathrm{.}5.$ Potential emissions assume

that the equipment is running $24$ hours a day for $365$ days a year.

Table $1$: PM Potential input and emission factors per stack $($determined by tests on a similar

facility$).$

Table $2$: Stack characteristics

You need to conduct a review of the requirements for a New Source Permit according to the

Connecticut Department of Energy and Environmental Protection $($CT DEEP$)$ and the US

Environmental Protection Agency $($USEPA$)($web resources are provided at the end of this

document$).$ the question needed to be answered is Define the required collection efficiency for the air pollution control system to ensure atmospheric concentrations of PM$2\mathrm{.}5$ and PM$10$ from each stack do not exceed the NAAQS.