Services | COVID-19 Airflow & Ventilation Solutions

Hotels, restaurants, and other hospitality facilities must ensure customers have a comfortable, reliable, and pleasant environment during their stay. This also must come in an economical, scalable, and manageable packge, which makes efficient system design absolutely crucial. From hotels with individually-controlled air conditioning systems in each unit to restaurants and conference centers with high-capacity airflow & plumbing systems, our team has produced efficient and reliable designs for hospitality facilities of all types.

When it comes to healthcare and medical facilities, patient safety is paramount. It is critical that any potential contaminants are removed from air circulation to safeguard immune-comprised individuals from risk.

“The combination of HEPA filtration and air recirculation has been shown to be extremely effective in many space functions such as ORs, AIIRs, and PEs. These systems clean air by simultaneously removing (i.e., filtering) and diluting (through recirculation) contaminants from the space … HEPA filters will be effective tools to mitigate hospital spread, as noted in a recent review on the potential airborne route of the SARS-CoV-2 transmission in hospitals.” – “COVID-19 Outbreak and Hospital Air Quality: A Systematic Review of Evidence on Air Filtration and Recirculation” (Study by the Department of Construction Science and Management, Clemson University)

Our consulting engineers have extensive experience designing Airflow & Ventilation systems for hospitals, patient facilities, and medical research centers. As a result, our accumulated expertise guides us in ensuring the safe, comfortable, and wellness-promoting environment for all occupants.

When it comes to healthcare and medical facilities, patient safety is paramount. It is critical that any potential contaminants are removed from air circulation to safeguard immune-comprised individuals from risk.

“The combination of HEPA filtration and air recirculation has been shown to be extremely effective in many space functions such as ORs, AIIRs, and PEs. These systems clean air by simultaneously removing (i.e., filtering) and diluting (through recirculation) contaminants from the space … HEPA filters will be effective tools to mitigate hospital spread, as noted in a recent review on the potential airborne route of the SARS-CoV-2 transmission in hospitals.” – “COVID-19 Outbreak and Hospital Air Quality: A Systematic Review of Evidence on Air Filtration and Recirculation” (Study by the Department of Construction Science and Management, Clemson University)

Our consulting engineers have extensive experience designing Airflow & Ventilation systems for hospitals, patient facilities, and medical research centers. As a result, our accumulated expertise guides us in ensuring the safe, comfortable, and wellness-promoting environment for all occupants.

When it comes to aerospace facilities, clinical laboratories, pharmaceutical clean-rooms, and medical device manufacturing, extreme levels of precision are required to ensure proper environmental control. With facilities that hold strict temperature, humidity, contamination and clean air requirements—both for regulatory and safety reasons—it is crucial that proper Air-Quality Control Systems (AQCS) are implemented to produce a stringently aseptic environment.

Our consulting engineering team has unparalleled experience designing specialty systems for such environments; from clean-rooms for aerospace facilities producing space-bound vessels to airflow systems in medical device facilities that manufacture allergen, autoimmune, and in-vitro products, we have produced bespoke system designs for the most exacting facilities in the world.

Our prior work includes the design of custom spray booth exhausts for Boeing, industrial Dust-Collection systems for Composite Horizons, Pharmaceutical Cleanrooms for Amgen, Contaminated Soil Remediation systems for EnviroPro, Heating & Fuel Distribution systems for the U.S. Navy, and many more that are viewable on our Projects page.