Oil Extraction Chemicals

The main components of TC-J18 crude oil viscosity reducing agent are non-ionic surfactants based on polyoxyalkylene compounds, which are complexed by high molecular weight polymers formed by block polymerization of initiators with propylene epoxide and ethylene oxide. The product is mainly used for reducing the viscosity of crude oil in oilfield extraction. The product is soluble in water and alcohols.

This product, a condensation product of aldehyde, amine, and ketone, is specifically designed for the acidizing treatment of oil fields, particularly in high-temperature and high-concentration hydrochloric acid and mud acid applications. It exhibits excellent solubility in acid, minimizing damage to drill core permeability. Its low viscosity and resistance to crystallization at low temperatures ensure consistent performance. Furthermore, it is engineered to withstand well temperatures ranging from 120-160℃, making it ideal for challenging high-temperature environments. This product provides a reliable and effective solution for optimizing acidizing operations in demanding oil field conditions.

TC-001 is a high-performance biocide designed for a wide range of applications within the petroleum industry. It offers fast and long-acting sterilization, with effective performance across a broad pH range. TC-001 demonstrates exceptional efficacy against common petroleum industry microorganisms, including rust fungus, H2S-producing bacteria, anaerobes, Legionella, and algae. Notably, it features low toxicity, automatic degradation, and is environmentally friendly. This versatile product is suitable for sterilization and algae removal in circulating water, air-conditioning water, cooling water, workover fluid, completion fluid, fracturing fluid, well drilling injection water, produced water, and in-tank stored water, providing comprehensive microbial control.

Organosilicone modified oxirane and epoxypropane block polymer, increase the surface tension of oil-water separation, achieve demulsification.