BIOCIDE GLUTARALDEHYDE

BIOCIDE GLUTARALDEHYDE

BIOCIDE GLUTARALDEHYDE OVERVIEW

Biocide is a Chemical additives or natural Additives used in the Oil field to reduce the Slime forming bacteria or to control the Sulfate-reducing bacteria. Biocides of Different formulations are added to Drilling Fluids, Oilfield water Systems, transmission Pipelines and Storage Systems.

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Bactericides, also called biocides, can be used to control sulfate-reducing bacteria, slime-forming bacteria, iron-oxidizing bacteria and bacteria that attack polymers in fracture and secondary recovery fluids.

Types of BIOCIDE GLUTARALDEHYDE

biocides are divided into four major groups: disinfectants and general biocidal products, preservatives, pest control, and other biocidal products.

There are two basic types of biocides oxidising and non-oxidising. Oxidising biocides include; chlorine, chlorine dioxide, hydrogen peroxide, bromine and ozone.

Non-oxidising biocides include: quaternary ammonium compounds, Bronopol, THPS, DBNPA and Glutaraldehyde.

Application of BIOCIDE GLUTARALDEHYDE

For continuous injection, concentration ranges from 5-100 ppm depending on the system to be treated.

For batch application, concentration of between 15 to 250- ppm over a period of 10-16 hrs, one or more times per week depending on the system to be treated.

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BIOCIDE GLUTARALDEHYDE Advantage

Inhibits microbial growth in enhanced oil recovery systems, industrial recirculating cooling waters, and non-food contact paper manufacturing. A broad-spectrum biocide against a range of bacteria, especially sulfate reducing bacteria (SRB), and algae.

RMI-THPS 75 is Miscible in all proportions with every type of water, including seawater and brine solutions and can be readily deactivated under controlled conditions. It contains No organic solvents in a completely aqueous formulation and demonstrates outstanding chemical stability and good compatibility with most water treatment chemicals.

Biocides can be used to control sulfate-reducing bacteria, slime-forming bacteria, iron-oxidizing bacteria and bacteria that attacks polymers in fracture and secondary recovery fluids.used in unconventional oil and gas (UOG) practices, such as hydraulic fracturing, control microbial growth. Unwanted microbial growth can cause gas souring, pipeline clogging, and microbial-induced corrosion of equipment and transportation pipes. However, optimizing biocide use has not been a priority.

biocide for controlling the growth of sulphate reducing bacteria and other oilfield related microorganism in both fresh and saline waters.

BIOCIDE GLUTARALDEHYDE Typical Properties

Appearance Colorless to Yellowish Liquid
pH 3-6
Molecular Weight (g/mol) 406.27
Specific Gravity (@25°C) 1.01-1.10 g/mL
Viscosity 28-37 mPas.
Active Content 20-50%

BIOCIDE GLUTARALDEHYDE Packaging

TBiocide is packed in 5 Gal Pails. Private Labeling and customized packaging is also available on request

BIOCIDE GLUTARALDEHYDE COMPREHENSIVE OVERVIEW

Bactericides are used to kill microorganisms including sulfate-reducing bacteria, slime-forming bacteria, and algae. Microorganisms and their enzymes can degrade and destroy polymeric drilling muds, completion and work over fluids, and fracturing fluids.

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The negative effect of microorganisms is primarily associated with the degradation of PETRAleum hydrocarbons, leading to an increase in oil density, sulfur content and viscosity. These changes cause disruption in oil extraction and processing technology, bringing about significant economic losses. Problems also concern the ways crude oil is stored, products of its processing, drilling fluids, and natural gas. In addition to lowering the content of hydrocarbons in crude oil, adverse activity of microorganisms causes corrosion of transmission installations (oil and gas pipelines) and the production of undesirable substances (H2S, polymers, organic acids, etc.) that affects the performance of oil and gas.

The selected biocide should provided consistent performance in the quick kill of aerobic, fermentative, and sulfate-reducing bacteria as well as the long-term preservation of the produced fluid. Operators commonly use hydraulic fracturing with varied proppant concentrations for extracting gas from shale formations.

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