Hydrogen Sulfide Scavenger Manufacturer, Exporter and supplier in India, Middle East UAE, Oman. Also wellknown supplier of Hydrogen Sulfide Scavenger in Mumbai, Muscat, Fujairah, Canada, Ajman, Abudhabi, Dubai, Sharjah, Kolkata, Visakhapatnam, Chennai, Gandhidham, Sohar BArka, Nairobi Kenya
MUSCAT CHEMICAL TAG::
Hydrogen Sulfide Scavenger -RXSOL-11-5014-210 corrosive and Acidic GAS Remover
H2S Scavengers and Speaciality Chemicals to Reduce Hydrogen Sulfide Exposure
Harmful and Colorless toxic gas, Toxic Odor like rotten egg in to the working environment is due to presence of good amount of Hydrogen Sulfide in the system.
Hydrogen Sulfide is corrosive and Acidic GAS towards metal equipment practically observed that within 5 years can cause millions of dollars in damage to infrastructure.
RX Marine International offers a compleate line of water soluble and oil soluble hydrogen sulfide scavengers that can be applied via continous injection or through batch treatments.
HS Code : 3811900
Keep coantiner tightly closed and away from direct Heat and sunlight.
TYPICAL PROPERTIES
Appearance Clear, colorless liquid
Autoignition Temperature 190°C
Boiling Point 100% solution149°C
Density 42% solution; at 25°C1.02 g/cm3
Flash Point Closed Cup88°C
Freezing Point 42% solution <-50°C
Freezing Point100% solution <-27°C
Octanol-water partition coefficient, log Pow 0.76
Vapor Pressure @ 20°C2.79-3.4 hPa
Viscosity @ 20°C 13 mPa·s
Viscosity @ 40°C 5.1 mPa·s
Water solubility : Soluble
Benefits:
- Improved safety due to reduced H2S content
- Meet contract sales limit for H2S content
- Removal of hydrogen sulfide gas from process systems, therefore reducing corrosion
- The reaction products can be easily removed from the process systems
- Maintains asset integrity and reduces the need for new equipment
Hydrogen Sulfide Scavenger Manufacturer, supplier, Exporter. Product Code : RXSOL-11-5014-210 is very effective corrosive and Acidic GAS Remover. H2S Scavengers and Speaciality Chemicals to Reduce Hydrogen Sulfide Exposure from atmosphere.
Hydrogen sulfide (H2S) naturally occurs and may already by present information can be the result of sulphate reducing bacteria (SRB) in your process systems. Ones established, it can potentially be carried in hydrocarbon streams, resulting in servere gatharing lines, creating high failure rates in your production.
Through strategic H2S scavenger applications and speciality chemicals, RX Marine International chemicals experts can help reduce H2S levels and lower overall solids in your system, reducing any gas or fluid souring while controlling corrosion.
If you encounter hydrogen sulfide in your system, RX Marine International can perform a fluid compatibility test to determine H2S levels and customize a chemical solution to fit your production needs.
Hydrogen Sulfide Scavenger is works as a corrosive Acidic GAS Remover from system as well as from working station. which is not only damaging precious instrument but also creating Worker Health problem by attacking on respiratory system.
The neutralizing effect of H2S is the result of a simple chemical reaction between the components of an RXSOL-11-5014-210 molecule and an offensive, toxic odour molecule.
Hydrogen Sulfide (H2S) + RXSOL-11-5014-210 = Bi Sulfide salt
The resultant products in the above equations are safe and stabilized compounds, which are neutral, harmless, and odour free. They dissolve in water and will not be re-released into the atmosphere in normal conditions.
Also works as BIOCIDE IN OILFIELD DRILLING
HYDROGEN SULFIDE SCAVANGER
MMA Triazine is a cyclic tertiary triamine. It is mainly used as a scavenger for sour gases like H2S and mercaptans in gaseous or liquid hydrocarbon streams
The MMA-triazine reacts with H2S or mercaptan resulting in the formation of dithiazines. Both MMA-triazine and its reaction products are readily biodegradable.
MMA-triazine is available as an aqueous solution with concentration up to 42%.
KEY Feature
• Can be applied in both aqueous and hydrocarbon streams
• Effective removal of H2S down to ppm levels
• Product and its reaction products are readily biodegradable