• Cleans the Air in Working Environments!

• Destroys Corrosive Gases and Fumes!

• Prevents Gaseous Contamination!

• Stop Odours!

• Maintains Air Quality

Corrosion And Odour Control

• For control of corrosion, contamination, odours and

• moisture in air, gases and vapour

• Activated alumina as above

• Activated carbon

• Specialized impregnated carbons

Engineering System

• Pressurization and reticulation applications

• Side access (inline)

• Cabinet system

• Bulk bed system

• Custom built system

• Product test kits (on site system analysis)

• Destroys Corrosive Gases and Fumes!

• Won't Outgas!

• Prevents Gaseous Contamination!

• Maintains Air Quality!

• Cleans the Air in Working Environments!

Particles Filtrations

• Pleated panel filters

• Pocket filters

• Cartridge filters

• Hepa filters

• Pressure differential gauges

• Filter housing frames and accessories

Dust Control (Reverse Pulse)

• Cartridge styled systems

• Ultra high efficiency systems (99.999%)

The major Advantages of Activated Impregnated Alumina Over Other Media Types . . .
High-performance Activated Impregnated Alumina Media contains activated alumina that is entirely impregnated with precise blends of dynamic-oxidant chemicals before being formed into uniformly-sized heavy-duty spheres. Unique manufacturing procedures then cause each Sphere to become porous and internally honeycombed with tiny channels that branch and twist throughout to present massive chemically active surface areas per unit weight.

Controls Corrosion
As the corrosive gasses and vapours pass over and through the microscopic channels of the Activated Impregnated Alumina spheres, they are chemically reacted to yield non-toxic, odourless by-products. The unified process of Absorption, Oxidation & neutralization that takes place between the Media and the contaminants are typically stable, with no desorption of the by-products.
These peerless features account for Activated Impregnated Alumina's impressive air purification power with longevity of service, compared to "surface-coated only" media.

Activated Impregnated Alumina reacts to destroy these gases and vapours

Media Types

Due to continuing research and development SAS & Engineering reserves the right to make changes or revisions without notice. The information contained herein is accurate to the best of our knowledge. The user should determine the suitability of the product for the intended use.

SAS + Engineering 8 Preserves archive and art Ethylene removal for preservation of fruits and vegetables. Final polishing filter in multi stage scrubber systems. Aldehydes, Amines, Ethylene, Mercaptans, Organic acids, Oxides, Sulphur compounds SAS + Engineering 8 - Blend Controls odours and improves IAQ in commercial environments Animal Oudours, Auto Exhaust, bathroom smells, Cigarette smoke, cooking oudours Alphacarb Various Industry specific impregnates available.Used alone in one of multi-blends or Blended NoX, Ammonia, H2S, Mercaptans, So2 Chlorine, VOC's SAS + Engineering 15XL Removes corrosive acid gasses in industrial facilities. Hydrogen sulphide, Sulphur dioxide, Mercaptans, Chlorine SAS + Engineering 2 Semi-conductor manufacture. High capacity applications. Aldehydes, Amines, Ethylene, Mercaptans, Organic acids, Sulphur compounds, Arsine SAS + Engineering 15 CLS Removes corrosive acid gasses in industrial facilities. Specifically designed for EGS Applications for Chlorine and Sulphur Dioxide. Hydrogen Sulphide, Sulphur dioxide, Chlorine SAS + Engineering 15 Removes corrosive acid gasses in industrial facilities Hydrogen Sulphide, Sulphur dioxide, Multi-Blend Removes oudours from jet fuel Diesel exhaust and automotive emissions. Oudours from cigarette smoke areas. Removes complexed mixed gasses from air streams . Can be custom blended to suit any application Nitric oxide , Sulphur dioxide, SAS + Engineering 5 Indoor swimming pools, Paper Mills, chlorine facilities. Prevents accidental chlorine releases at water- water waste facilities. Chlorine Alphacarb Removes Mercaptans and other high molecular weight compounds in wastewater applications Mercaptans, Organics

SAS + Engineering high surface area medias are produced to the highest Quality Control Standard in our Modern factory backed by a Certified in-house Laboratory and are designed for the efficient removal of a broad spectrum of gaseous contaminants from air streams.

SAS + Engineering Medias are all designed to have the highest possible removal capacity, physical integrity and lowest possible pressure drops.

The media consists of essentially, spherical pellets, produced by intimate mixing of wet and dry chemicals, together with high surface area materials, followed by curing.

These medias are hard enough to maintain physical integrity in a dry scrubbing application, yet porous enough to allow maximum contact with the pollutant gasses which are converted into harmless gasses and solids in the process.

At the heart of SAS + Engineering’s air purification systems are the dry scrubbing, gas phase air purification medias. SAS + Engineering has various types of chemical filtration media for removal of airborne gaseous contaminants via physical adsorption and chemical absorption. Gaseous molecules are held to the high surface areas of the media and are chemically converted into a non-toxic disposable form.

HVAC Integrated Systems come complete with dust filtration and chemical filtration all housed in a metal housing with no fan, the air movement through the system is via Air Handling or HVAC unit.

Side Access Units
SAS + Engineerings side access units “ ASA “ are designed for both gaseous and particulate contamination control, they are an integral part of the HVAC system, designed to lower operating costs.

SAS + Engineerings “ACIF” units are designed for both gaseous and particulate removal on supply air to compressors, protecting internal components from corrosive contaminants.

SELF CONTAINED SYSTEMS
Self Contained Systems come complete with dust filtration, media and fan all housed in a metal housing. These systems are designed for easy servicing, and suit standard air handlers. The HVAC system is separate from the self-contained system.

Air Pressurisation and Recirculation Units

SAS + Engineerings have developed a full range of these units, for many applications that require high efficiency air filtration with compact low cost considerations. These units remove gaseous and particulate contaminants from confined spaces, with reduced amounts of outside air requirements.

The SAS + Engineering “ P “ series is a positive pressurisation unit designed to supply pressurisation air, free of corrosive gases, into a controlled area containing computer electronics and electrical equipment.

The SAS + Engineering “ R “ series is a recirculation unit designed to recirculate and clean air within a controlled area containing computer electronics and electrical equipment. The “ R “ unit is designed to filter room air to maintain low corrosive gas levels in industrial environments.

Packed Bed Scrubber Units

SAS + Engineerings have a full range of Packed Bed Scrubbers “PBS’s” designed for applications that have high contaminant gas levels, areas such as refineries, steel mills, chemical plants, sewage works, pulp and paper and smelters all having very hostile environments. They are used to protect electronic process control rooms, switch gear and equipment rooms.

Drum/Tub Scrubber Units

SAS + Engineerings Drum/Tub Scrubber units are designed for use in applications where the contaminant gas levels are very high, such as sewage works, steel mills, chemical plants and paper and pulp mills. They are specifically designed for the supply of clean air into process control rooms, switch gear equipment rooms and out of odorous facilities.

MODULES / CASSETTES

SAS + Engineering Modules/Cassettes “ AM12, AM18 and AP12, AP18 “ are the main components in “ ASA and ACIF “ units. They are the chemical media containers manufactured in both steel and plastic and come in 75-mm deep bed and 25 mm deep bed format. They are designed for ease of handling, in that they have filler caps to remove and replace chemical media, and are available in factory pre-filled modules, they can be installed in vertical as well as the horizontal units and are available in half sizes.

All SAS + Engineering designed systems have the following factors taken into consideration.

• Types and concentrations of contaminants
• Space availability
• Air flow requirements
• Desired media life

SAS + Engineering pay attention to energy and space saving when designing all systems. Special attention is given to airflow resistances and to required media residence times. All systems are designed for maximum life cycling, with accessibility for servicing, chemical media and dust filter change outs