Anguil Environmental Systems, Inc.

Air pollution control for the pharmaceutical industry - Chemical & Pharmaceuticals - Pharmaceutical

From pill coating and mixing operations to Ethylene Oxide (ETO) sterilization, Anguil has had great success solving a wide range of emission control applications in the pharmaceutical industry. As companies struggle to comply with the EPA`s MACT (Maximum Achievable Control Technology) standards or international regulations, it is comforting to know that Anguil thoroughly understands your process. Over three decades of experience treating halogenated, VOC and HAP process streams enable us to efficiently solve your pollution control problems.

Anguil's breadth of technology offerings make us the best choice for the varied needs in the pharmaceutical industry. We start with a detailed process evaluation or engineering study, gaining a complete understanding of process flow, oxygen levels, and minimum, average and peak emission levels. Our process experts then analyze a detailed summary of your process to select and recommend the most cost-effective emission control system. The final recommendation would include a turnkey installation of the proper equipment solution, as well as review and participation in the selection process for determining of collection methods and systems. We have handled High Volume Low Concentration process streams, which usually have plenty of oxygen present with ConcentratorsCatalytic Oxidizers and RTOs (Regenerative Thermal Oxidizers). Historically, we have applied Thermal Recuperative and Direct Fired Thermal Oxidizers on Low Volume High Concentration streams that could be inert.

Anguil is very aware of the demand to keep your company functioning and profitable. Consequently, our system approach and turnkey installations do not require complete shutdown of your process lines.

Whether your company's air emissions are from process reactors, distillation units, centrifuges, storage tanks or pill drying ovens, Anguil likely has experience dealing with your application.