Engineering approach identifies opportunities to capture, recover and reuse energy across industrial processes and air systems

YORK, Pa., Sept. 8, 2026 /PRNewswire/ — Air Dynamics Industrial Systems Corporation is helping manufacturers take a broader look at energy efficiency by identifying energy already being generated within their facilities that may be going unused, lost to the environment or discarded as part of normal operations.

Industrial facilities generate and consume significant amounts of energy through heating, cooling, compressed air, ventilation, production equipment and other processes. Depending on the application, some of that energy may be recoverable and redirected to reduce the demand elsewhere in the facility.

“We don’t want to look at one exhaust stack or one piece of equipment in isolation,” said Dan Lehman, President of Air Dynamics Industrial Systems Corporation. “We look at the process and ask: Where is energy being generated? Where is it being lost? And is there a practical way to capture that energy and put it back to work?”

Looking Beyond the Exhaust Stack

Heat carried out through an exhaust stack is one potential source of recoverable energy, but it is far from the only one.

Depending on the facility and its processes, energy-recovery opportunities may exist in heated exhaust air, process air, equipment and machinery heat, hot process streams, compressed-air systems, ventilation and makeup-air systems, or other sources of thermal energy that are currently being released or underutilized.

Air Dynamics evaluates how these energy sources interact with other demands within the facility to determine whether energy can be captured, transferred and productively reused.

Potential applications may include:

• Preheating incoming or makeup air
• Supporting facility heating
• Supplementing process-heating requirements
• Recovering heat from exhaust or process air
• Redirecting otherwise wasted thermal energy to another process
• Reducing heating, cooling or overall system demand
• Lowering fuel and energy consumption
• Reducing long-term operating costs

The objective is not simply to recover heat because it is available. The objective is to identify a useful match between where energy is being lost and where energy is needed.

An Engineered, Facility-Specific Approach

Energy recovery is highly application-specific. Air Dynamics evaluates factors such as temperatures, airflow, operating schedules, process requirements, energy demand, equipment configuration and facility layout to determine where recovery opportunities exist and whether they are technically and economically practical.

In some facilities, the opportunity may involve recovering heat from an air-pollution-control or dust-collection system. In others, the most valuable opportunity may originate elsewhere in the manufacturing process.

This broader approach changes the conversation from simply reducing the energy consumed by an individual piece of equipment to improving how energy moves throughout the facility.

“Efficiency isn’t always about buying another piece of equipment,” Lehman said. “Sometimes the opportunity is already inside the plant. The challenge is identifying it, understanding where it can be useful and engineering a practical way to recover it.”

Air Dynamics brings more than three decades of experience engineering custom industrial air purification, dust collection, ventilation, pneumatic conveying and process systems for manufacturing, aerospace, defense, energy and other industrial applications. That process knowledge allows the company to evaluate energy recovery as part of the larger manufacturing environment rather than as an isolated component.

About Air Dynamics Industrial Systems Corporation

Headquartered in York, Pennsylvania, Air Dynamics Industrial Systems Corporation designs, engineers, and manufactures advanced air and particle control systems that are configurable to the exact needs of each client. With over 34 years of experience, Air Dynamics has delivered engineered solutions to facilities around the world—developing systems that adapt to a broad range of processes, layouts, and environmental conditions.

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SOURCE Air Dynamics Industrial Systems Corporation