AES fresh air intake systems are designed to improve pneumatic scrap and trim conveyance while helping facilities reduce the loss of heated or cooled indoor air. By using outside air to move material through the system, these solutions help balance plant air pressure, reduce energy waste, improve comfort, and support more economical long-term operation.
AES fresh air intake systems are designed to improve pneumatic scrap and trim conveyance while helping facilities reduce the loss of heated or cooled indoor air. By using outside air to move material through the system, these solutions help balance plant air pressure, reduce energy waste, improve comfort, and support more economical long-term operation.
Traditional air conveyance systems exhaust conditioned air from the building, increasing heating and cooling costs, creating negative building pressure, and placing additional demand on HVAC systems.
AES fresh air intake systems use outside air for pneumatic conveyance, allowing facilities to move scrap, trim, and production byproducts while preserving conditioned indoor air. The result is lower energy consumption, reduced utility costs, and a more balanced plant environment. In the right application, fresh air intake systems may also eliminate the need for a dust collector, reducing permitting requirements and the cost of auxiliary fire and explosion protection systems.
Fresh air intake systems are commonly used in facilities where scrap, trim, dust, or light production waste is moved through pneumatic conveyance systems. They are especially useful in operations where traditional air conveyance creates energy loss, air balance issues, or unnecessary HVAC demand.
Help convey trim and scrap from die cutting equipment while reducing conditioned air loss and keeping production areas cleaner.
Support efficient removal of paper, board, film, and similar production byproducts from finishing lines and related equipment.
Provide air support for conveying shredded material from process equipment to downstream separators, collection points, or balers.
Used in converting environments where trim waste must be collected, conveyed, and managed continuously during production.
Help collect and convey dry trim, paper scrap, and process waste from production, bindery, and finishing lines.
Improve pneumatic movement of light scrap materials without overburdening plant air systems or wasting conditioned indoor air.
AES Fresh Air Intake Systems help manufacturers maintain cleaner, more energy-efficient production environments across a wide range of converting and scrap handling applications. These systems support the conveyance of paper trim, corrugated waste, plastic film, nonwovens, and lightweight manufacturing byproducts while improving airflow balance and reducing conditioned air loss throughout the facility. Ideal for converting plants, shredding operations, and finishing lines, AES Fresh Air Intake Systems deliver reliable performance while supporting long-term energy savings and improved indoor air quality.
Explore frequently asked questions about AES Fresh Air Intake Systems, including system operation, energy savings, air balancing, installation considerations, and scrap conveyance performance.
AES Fresh Air Intake Systems are closed-loop air conveyance solutions designed to improve scrap handling efficiency while preventing the loss of conditioned air inside manufacturing facilities. These systems help maintain balanced airflow, reduce energy consumption, and improve indoor air quality.
By eliminating negative pressure conditions and reducing the need to exhaust conditioned air outdoors, Fresh Air Intake Systems help lower heating and cooling costs while supporting more efficient plant airflow and scrap conveyance performance.
Unlike traditional systems that exhaust air outside the facility, AES Fresh Air Intake Systems operate in a closed-loop configuration that recirculates air within the plant, helping maintain stable indoor temperatures and reduce HVAC demand.
Yes. AES Fresh Air Intake Systems are designed to lower operational energy usage by minimizing conditioned air loss, reducing heating and cooling loads, and operating with lower overall energy consumption than many traditional dust collection systems.
Fresh Air Intake Systems support the conveyance of paper trim, corrugated waste, plastic film, nonwovens, lightweight packaging materials, and various manufacturing byproducts commonly found in converting and recycling environments.
In many applications, Fresh Air Intake Systems can reduce or eliminate the need for large dust collectors, helping facilities lower maintenance, compliance, and infrastructure costs.
Yes. AES systems are engineered for long-term reliability with simplified operation and lower maintenance requirements compared to many traditional air handling and scrap conveyance solutions.
AES delivers integrated solutions for scrap, trim, and dust handling, combining system design, equipment, and long-term support to improve performance and reliability.
We design, build, and support complete systems tailored to your operation, providing a single source for equipment, installation, and service.
For over 30 years, AES has partnered with manufacturers to improve efficiency, increase productivity, and support long-term operational performance.
Service and delivery capabilities that support facilities across the country, wherever you operate.
Quick access to essential parts and components helps reduce downtime and keep your system running smoothly.
Our experienced technicians provide fast, dependable repairs to keep your systems operating without disruption.
Routine service and proactive support help prevent costly failures before they impact your operation.
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