HALL VENTILATION
Hall ventilation in production halls and workshops
Hall ventilation is used for automatic air exchange in large halls. Fresh air is supplied as required and exhaust air as well as pollutants, emissions and viruses are extracted and filtered. Innovative heat recovery can save up to 70 % of the energy and drastically reduces the operating costs, especially in existing halls. The various systems differ in terms of operation and application.
Benefits
- • Central ventilation control and high air quality
- • Extraction of several workplaces at constant extraction power
- • Most effective protection against industrial emissions without interrupting work
- • Fully automatic operation
- • Draft-free and low-noise airflow
- • Automatic Jet-Pulse cleaning
- • Individual unit color and branding
- • High-quality products »Made in Germany«
Added value
- • Low operating costs
- • Heating cost savings of up to 70 %
- • Flexibility for future hall use
- • Increased productivity and health
- • Compliance with occupational health and safety regulations
- – Large workpieces
- – Workplaces far apart from each other
- – Medium to large quantities of smoke/dust
- – Point extraction not possible or sufficient
- – Environments with changing dust/fume sources
Air exchange can take place via recirculation, exhaust air operation or in combination with fresh air. Recirculated air operation is particularly useful in combination with heat recovery.
Constant air quality and circulation significantly improves the indoor climate and can save up to 70 % on heating costs.
Constant air quality and circulation significantly improves the indoor climate and can save up to 70% on heating costs.
The right extraction solutions from ABSAUGWERK
The right extraction
solutions from
ABSAUGWERK
Techniques of hall ventilation
Layered Ventilation:
In the principle of layered ventilation, the cleaned air is supplied via displacement outlets close to the floor. The fresh air mixes again with pollutants, heats up and rises to the top due to its thermal properties, where it is extracted and cleaned via the exhaust air duct on the hall ceiling.
Push-Pull:
In so-called push-pull mixed ventilation, the cleaned air is introduced via long-throw nozzles of the supply air duct on the hall ceiling and sucked in on the opposite side through exhaust grilles of the exhaust air duct. Mixing of the hall air occurs primarily in the upper third of the hall, where the warm air and polluted air collects.
Push-Pull Plus:
In Push-Pull Plus systems, additional air source emitters on the floor support the intrinsic thermal properties of the welding fumes. The contaminated air rises more quickly and is captured at the hall ceiling, fed through the extraction system via a pipe system and cleaned.
Assembly and installation
of your hall ventilation
Assembly and
installation of your
hall ventilation
We accompany you personally in every phase of the completion of your hall heating and hall ventilation. From the first consultation to planning, installation, commissioning and after-sales service!
References hall ventilation
Every application is unique. Therefore, we pay attention to numerous parameters during the technical design in order to guarantee you the most economical solution.
Environmental protection & sustainability
Our goal is to develop economical and energy-saving state-of-the-art extraction systems – for a green industry of today and tomorrow.
Environmental protection & sustainability
Our goal is to develop economical and energy-saving state-of-the-art extraction systems – for a green industry of today and tomorrow.
Heating cost savings up to 70%
Low power and water consumption
Low maintenance
Low cleaning costs for tools,
machines and hall
Minimized pollution
Future-proof and innovative
technology
Flexible use & redesign
of production
Durable permanent filters
Get 20 % funding for ventilation
systems and hall ventilation!
Get 20 % funding
for ventilation systems
and hall ventilation!
Eligible for funding are central, decentralized or room-by-room ventilation systems with heat recovery, demand-controlled exhaust air systems and compact systems with air/air heat exchangers and exhaust air heat pumps. BAFA subsidizes energy-efficient ventilation systems in industry with a subsidy of 20 %. We will be happy to assist you in applying for the funding.
Related links:
Non-binding expert estimate
We offer comprehensive technical planning and consulting.
With our sales team, we will find the right solution for you and provide you with an individual offer.
Needs assessment
On-site appointment
Offer
Feel free to contact us!
We will respond within 3 working days.