HOME COMPANY OILFIELD CHEMICALS INDUSTRIAL SOLUTIONS FOOD ADDITIVES SURFACTANTS NAFTAMAX CERTIFICATES CONTACTS RU H2S Scavengers One of the most serious problems for oil and gas producing and refining companies is the contamination of products with hydrogen sulfide and light mercaptans. Hydrogen sulfide is an explosive and toxic substance, poisonous and which can cause serious damage to the respiratory and nervous systems, and in high concentrations it may even cause death. The high corrosiveness of hydrogen can cause failure of equipment and pipelines. When concentrations of hydrogen sulfide are at moderate levels or the object of purification is complicated, for example, heavy fuel oil, the most effective solution is to use chemical cleaning methods, like hydrogen sulfide scavengers. Zirax offers PS and Z-Scav H2S scavengers, which can be applied in different ways: Commercial oils purification; H2S and mercaptans elimination at completion, maintenance and repair works for complicated wells; Purification of formation waters containing H2S and mercaptans; Treatment of bottom waters to be injected into formation; Purification of oil-water emulsion (fluids showing oil-gas and water). © 2021 Zirax We use cookies to improve our website and your experience when using it. Cookies used for the essential operation of this site have already been set. I accept

HOME COMPANY OILFIELD CHEMICALS INDUSTRIAL SOLUTIONS FOOD ADDITIVES SURFACTANTS NAFTAMAX CERTIFICATES CONTACTS RU History 2020 Zirax concludes the acquisition of 100% of one of the leading manufacturers of surfactants in Russia NIIPAV in Volgodonsk. This acquisition means Zirax can now provide value-added R&D services to clients in the oil&gas sector on products in E&P in the field at well head and deliver bespoke solutions, in addition to the existing range of drilling fluids and additives. © 2021 Zirax We use cookies to improve our website and your experience when using it. Cookies used for the essential operation of this site have already been set. I accept