RXSOL
Power Plant / Heavy Industries
Odor Control
SKU: RXSOL-37-8345-220
Odor Remover - Odor Neutralizer Odor Control manufacturer and supplier. RXSOL Odor Eliminator was developed to absorb for the strong acid odours, mainly Hydrogen Sulphide, Methyl Mercaptan and other gases, associated with sewage and fatty wastes. RXSOL Odor Eliminator has added to it, an emulsifying agent, which helps with the dispersion of scum and oil and reduces fat build-up on plant and machinery and considerably reduces maintenance costs and prolongs equipment and infrastructure life. It is important to note, acidic odours, regardless of origin, can be neutralized using “AIR REPAIR”© FS GOLD. The neutralization of Hydrogen Sulphide can be shown in the following equation: H2S (HYDROGEN SULPHIDE) + RXSOL Odor Eliminator = RNH3SH (AMINE-BISULPHIDE SALT). This is a non-volatile Amine, therefore has no odour and is readily absorbed.
Application
RXSOL Odor Eliminator is also used in industries where hydrocarbon odours are a problem. Specifically, odorous compounds such as Benzene, Toluene, Ethyl benzene, Xylene, Naphthalene, and PAH’s (Polycyclic Aromatic Hydrocarbons). Examples of these types of industries are oil refineries, bitumen manufacturing for use in tar sealing roads, refining of natural gas, and contaminated soil remediation.
Dosage
RXSOL Odor Eliminator can be applied by using one of the following methods to control odour.
Technical Specifications
RXSOL Odor Eliminator is different to nearly all other odour neutralisers or masking agents. The difference lies in the product makeup: nearly every product in the market is a blend of essential oils or plant extracts combined with a standard surfactant while RXSOL Odor Eliminator is made of food and cosmetic grade compounds and contain only 1% essential oils or plant extracts (by total volume of concentrate). Basic chemistry proves all essential oil and plant extract based products cannot truly neutralise odours; they can only mask them or encapsulate them for a period before releasing them again. Essential oils and plant extracts cannot bind to, and react with, a compound such as H2S and change the structure of that volatile compound into a non-volatile compound.
