Main Applications in the Oil & Gas Fields In addition to conventional polyacrylamide, Henan Boyuan utilizes advanced microbial fermentation technology to produce high-purity acrylamide monomers. With their unique ultra-low temperature polymerization technology, post-hydrolyzed polyacrylamide products can be divided into two main categories: S series (homopolymers) and X series (copolymers). These products are frequently used in the mining and Oil & Gas industries.
Enhanced Oil Recovery: Polymer flooding is a fluid control technique in which polyacrylamide is added to injected water to increase the aqueous phase's viscosity, reduce its permeability, and cause a decrease in reservoir permeability due to polymer retention. Polymer flooding can significantly reduce the water phase's flow velocity, improve the mobility ratio, and increase the swept area. Boyuan Vismega High Viscosity and Bysate Temperature and Salt Resistance series features:
Can be dissolved in produced water within the specified time Market-leading chemical polymer flooding with temperature and salt-resistant polymer, maintaining high viscosity and linear shape. No hydrophobic association forms, reducing adsorption and impact on the injectivity Friction Reducers: Friction reducers are the primary additives in hydraulic fracturing fluids designed to reduce fluid friction in the pipeline. Byfric Series features:
A wide range of particle sizes can be applied to different fields. Rapid hydration in clear water and high-salinity water High temperature and salt resistance drilling Fluid: The composition of drilling mud directly affects the conditions and service life of oil or gas wells. Boyuan products include preparing fluid additives for flocculation, oil wetting, rheology modification, shale suppression, and fluid loss control. Our high-quality products and expertise enable our customers to increase efficiency and achieve critical performance. Boyuan Vismega and Byfric Series features:
Lubricate and cool the drill bit. Protect the excellent wall, prevent shale collapse, and reduce fluid loss: high initial viscosity and salt resistance.