Air Technology Systems Ltd specialises in the design, delivery, and commissioning of heating, cooling and ventilation systems.

We serve a wide range of applications:

  • Pharmaceuticals
  • Distribution & Warehousing
  • Automotive & Rail
  • Manufacturing and Processing
  • Aircraft Hangars
  • Water & Wastewater
  • Odour Control
  • Waste
  • Nuclear
  • Commercial
  • Mining

This means that we regularly operate in hazardous areas and/or the transport of hazardous material. Such system design requires proficient knowledge of working in ATEX Zoned Areas/Intrinsically Safe Environments as well as an understanding of the system components to ensure compliance.

In addition, our extensive experience within highly regulated industries, such as the Pharmaceuticals and Nuclear Industries, guarantees that quality, performance, cost, and customer service are at the forefront of what we do.

LEV
Displacement Ventilation
Effective Ventilation

LEV- Local Extraction Ventilation  

All Design engineers at ATS are trained to the BOHS standard for LEV (Local Exhaust Ventilation) system design and commissioning in accordance with the dictates of the relevant HSE Guidance (HSG28). As a minimum, design engineers are required to undergo and complete the necessary LEV training as set out below:

  • P601: Commissioning of LEV
  • P602: Design of LEV

These specialist qualifications, together with over 25 years of industry knowledge enable ATS to provide the most proficient, safe, and efficient ventilation systems, whether it is dealing with:

  • Odour Control, such as the highly volatile organic compound – H2S
  • Chemical storage rooms
  • Battery charging and storage.
  • Alcohol and drug manufacturing storage
  • Aerosol storage

Displacement Ventilation

Displacement Ventilation is widely used throughout the industry and within various sectors. Typically, this ventilation solution is used where human comfort is at the centre of the design and in conjunction with heating and cooling, such as office spaces and or airport terminals.

In addition to this, it is commonly used in applications where low air flow velocities are required within a treated space, and thus not disturbing the process, such as component manufacturing within the automotive industry and aerospace industry.

ATS specialise in displacement ventilation, the principles behind the design and distribution as well as the application, we have been involved in the design, installation, and commissioning of this type of system for many years. Where required, requested, and identified we have provided this solution to the following markets/sectors:

  • Aerospace
  • Automotive Manufacturing
  • Distribution and Logistics
  • Office and Commercial Buildings
View Magna Case Study

Effective Ventilation

Air Technology Systems Ltd have spent decades on the calculation, study, and observation of the effectiveness and efficiency of perceived ventilation strategies and design.

This knowledge together with our own proprietary high velocity system, is proven to be one of the most impressive methods of ventilating a space. We demonstrated through countless installations where ventilation efficiency is significantly increased when utilising our proprietary JETFLO system, when used in conjunction with one of the ventilation methods below:

  • Mechanical Forced Ventilation with Passive Exhaust
  • Mechanical Forced Ventilation with Forced Extract, often in this application referred to Push-Pull

Due to the inherent ventilation inefficiency associated with mechanical extract, we promote a collaborative working approach with our clients and customers whereby, we can engage earlier on in the project to provide a turnkey solution befitting the application. Therefore, demonstrating the increased ventilation competency of a forced mechanical supply system in conjunction with our own proprietary jet nozzle system.

This approach has many benefits when used in a large open space; and relevant in applications where either noxious gases or odours are an issue as well as large scale heating and cooling.

  • Increased ventilation performance
  • Reduced capital costs:
    • Plant duties and sizes reduced; odour abatement sizes reduced (smaller footprint required on overcrowded sites)
    • Ductwork and Ancillaries reduced in size.
Internal air handing unit as part of HVAC system
ATS high velocity Jetflo solution providing odour control
Warehouse ductwork showing extractor fan
Ventilation GRP/plastic ductwork with rooftop discharge via efflux stack
Lee Tunnel ductwork with rope access
Motor control centre (MCC room) process cooling