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1) Fogging System 2) Vapour Phase System 3) Direct Dosing into liquid

It is worth explaining, that, unlike masking agents,RXSOL Odor Eliminator does not blow away in the wind. Being positively charged, it will seek out target molecules and bond to them resulting in a chemical reaction forming a non-volitile organic salt. If a RXSOL Odor Eliminator molecule does not find a target, it will attach itself to a negatively charged surface and wait for an odorous molecule. As with all gases, the odorous molecules are constantly moving and, given time, will come into contact with a  RXSOL Odor Eliminator molecule and be destroyed.

Fogging System:

Fogging systems spraying RXSOL Odor Eliminator  are used when odour is from open-air sources.RXSOL Odor Eliminator is sprayed on an interval basis depending on odour type and strength. An example of this is running the system for 30 seconds ON and 2 minutes OFF.

Some examples of facilities where fogging systems can be used:
 

• Waste Water/Sewage Treatment Plants
• Refuse Transfer Stations
• Steel Manufacturing Slag Beds
• Contaminated Soil Remediation
• Pig Farms
• Sludge Lagoons

Fogging systems spraying RXSOL Odor Eliminator  is also used in indoor facilities. Some examples are:
 

• Sewage Pumping Stations
• Slurry Pits

Vapour Phase Systems :

Vapour phase systems delivering  RXSOL Odor Eliminator is used when odour is from ducted, or confined, air sources. This type of application is designed to inject the vapour into a continuous flow air stream that is part of an exhaust or extraction process. These types of systems are delivering vapour into the air stream continuously. Some examples of these types of problems are:
 

• Manufacturing Process Exhaust Airflow
• Sewage Plant Air Extraction
• Sewage Pumping Stations
• ANY air emissions vented to atmosphere

Direct Dosing:

RXSOL Odor Eliminator  is exceptionally effective in capturing its target in a liquid solution. Liquid solutions only produce odours when they reach a point where cavitation occurs, say at the end of the pipe or weir. Odour is produced as a result of the reduction in water pressure and the odorous gases are stripped out of solution.

This method of application is ideal for waste treatment plants, animal and fish processing plants, and pig and chicken farms, which have wash down systems where waste water is collected and stored in a settlement pond system or holding tanks.

RXSOL Odor Eliminator  molecules will attach to the odorous compounds to remove toxins from the water and, over about seven days, will spread through the whole anaerobic/facultative/aerobic pond system to remove odours. This action chemically bonds (valency bond) to the odorous compound to form a non-toxic, non-odorous organic salt. Bacteria will then break down this salt. As a result, there is no increase in BOD, and no regeneration of foul odours.

RXSOL Odor Eliminator can best be thought of as a detoxifying catalyst that beneficially affects the pond ecology. It is extremely powerful.

RXSOL Odor Eliminator , which is not required to destroy toxic odorous compounds, will continue in the stream and neutralise any air that is stripped from the stream due to water turbulence at the treatment station or ponds.

Efficiency :Rapid Softening, disintegration and dissolving of scales.

Economy

By reducing down-time, productivity is increased. by protecting metal and by uniform leaning of the surface equipment life is prolonged and performance made superior. The above information is adequate for commonly encountered problems of descaling.

Handling & Storage

Safety

•    No Fumes Avoid contact with skin or eyes. Wear Cup-type, rubber or soft plastic-framed goggles, protective clothing, and rubber gloves must be worn when handling.

•    Keep in a tightly closed container. Protect from physical damage.

•    Store in a cool, dry, ventilated area away from sources of heat, moisture and incompatibilities.

•    Containers containing this material may be hazardous when empty since they retain product residues (dust, solids); observe all warnings and precautions listed for the product.

•    Ensure as low exposure as possible. Local exhaust ventilation is generally preferred as it can control the emissions of the contaminant at its source, preventing dispersion of it into the general work area.