Production Indoor Air Quality Dependent on High Performance Systems

Tony Effenberger, PE, LEED AP
,
Mechanical Engineering Practice Group Leader
March 16, 2022

Food + Industrial Production Indoor Air Quality Dependent on High Performance Systems

The air we breathe is essential to our quality of life. Still, how often do we think about air quality? Do you know how air is affecting your food production plant, the quality of your output, and your workers? In today’s food production facilities, air quality and the way it moves through the space is critical in a myriad of ways. ISG engineers have demonstrated experience and a deep understanding of Indoor Air Quality (IAQ) issues and the conditions that can lead to them. Using a phased diagnostic approach, our team investigates the relationship between IAQ goals, heating, ventilation, and air conditioning (HVAC) systems, and the facility structure to provide cost-effective options for improvement.

To develop the optimal design for food production facilities, ISG begins with an Indoor Air Quality (IAQ) assessment, measuring the temperature, humidity, and volume, all playing a role in production and operations. How air is entering and exiting the facility is also considered, as proper air filtration limits the dust, debris, and particulate from entering your processing rooms. ISG clients have experienced a significant improvement in maintaining clean, dry air entering processing spaces by implementing stainless steel construction with direct drive fans, properly sequenced heating and cooling sections, and wash-down duty components. Other considerations such as pre-filters to protect the final filters, draw-through cooling coils to eliminate final filter wetting, removal of belt dust and efficiency loss, multiple speed operation for dry out, pressure control, and others are paramount in ensuring proper conditions in processing spaces during operation. Installing Air Handling Units (AHUs) in the correct roof location helps to avoid the intake of contaminants from sources such as loading docks and process discharges. Regional challenges should also be considered, as proper elevations and curb heights prevent snow drifts from blocking intakes in northern geographies.

There are countless air handling design considerations that can help or hinder the performance of food processes and facilities. ISG’s in-house controls and mechanical engineers model and design specific systems to develop cohesive, efficient facilities. Creative, simplified solutions include the integration of air handler controls with clean-up cycles to help limit fogging during wash downs, ensure the units return to production mode once Clean-in-Place (CIP) is complete. Automating the process eliminates human error from the air equation, reduces the likelihood of contamination, and improves the energy efficiency of utilities to heat and cool the air. The use of programmable logic controllers (PLCs) and variable frequency drives (VFDs) automates the air handling systems to ensure the air volume doesn’t drop off as filters load, keeping proper space pressurizations uncompromised.

Air surrounds every worker, machine, and product in your plant—carrying allergens, contaminates, pathogens, moisture, and heat. Are you confident in your facility’s air handling system to maintain a clean and comfortable processing facility? Boost your system and your confidence through the broad range of mechanical, electrical, and HVAC services ISG offers—bringing you and the customers you serve, peace of mind.

No items found.
Tony Effenberger, PE, LEED AP
Mechanical Engineering Practice Group Leader
More from
Tony Effenberger, PE, LEED AP

Related Articles

Is Mass Timber Right for Your Next Building Project?

ISG recently attended the world’s largest gathering of mass timber experts, the International Mass Timber Conference, gaining new insights from experts in forest management, manufacturing, development, and construction.

Industry Insights

Are you properly protecting your employees from arc flash and shock hazards?

Maintenance, testing, and training have always been important elements of a successful facility electrical safety program, but recent requirements ensure they are being implemented according to a standard.

Culture
Industry Insights

Creating Learning Options for Water/Wastewater Operators

Public works systems are crucial for community well-being and functionality as they contribute to the quality of life for residents. With an in-depth understanding of regulations, environmental conditions, processes, and procedures, ISG aims to develop strategic partnerships with municipalities and deliver right-sized solutions for their unique systems.

Industry Insights

Navigating the MS4 Permit Program: How ISG Supports Communities Every Step of the Way

The management of stormwater runoff is a pressing concern for cities across the nation, and the Municipal Separate Storm Sewer System (MS4) permit program is a critical framework designed to protect water quality and our natural resources.

Industry Insights

Shared Visions, Shared Spaces: Making Use of Public and Private Partnerships for New Library and Housing Development

New Richmond, Wisconsin is on track to expand its library and housing options through a joint effort of the City, school district, and a private developer.

Industry Insights

Optimize Maintenance + Reveal Opportunities with Facilities Assessments

The Clay County Board of Supervisors (County) knew they needed to address facility repairs in their Administration Building, Courthouse, and General Services Center. While maintaining public buildings does not generate excitement, County leaders recognized that deferring upkeep of public facilities can cost more in the long run if left unaddressed and may result in limiting other more impactful projects.

Industry Insights