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How to Size an Electrostatic Coalescer for Your Production Rate

Selecting the correct size of an electrostatic coalescer for your specific production rate is not merely a matter of matching flow numbers—it directly impacts separation efficiency, operational stability, and long-term capital expenditure.…
oil-water separators

Zhengyuan Petrochemical Proudly Announces ABS PDA Certification for Copper-Nickel Alloy Pipe Fittings

Zhengyuan Petrochemical, a leading professional service provider of refining equipment systems and comprehensive oil and gas field solutions, is thrilled to announce a significant milestone: our Copper-Nickel (CuNi) Alloy Pipe Fittings have…

How to Maintain Your Wind Tower Welding Rotator for 20+ Years

A wind tower welding rotator is a critical investment for any fabrication facility producing tubular sections for wind energy structures. With proper care, these heavy-duty machines routinely deliver 20+ years of reliable service. However, achieving…

Comparing AC vs. DC Electrostatic Coalescers for Water Removal

Electrostatic coalescers are critical equipment in the oil and gas industry for removing water from crude oil emulsions. Two primary technologies dominate the market: alternating current (AC) and direct current (DC) electrostatic coalescers.…

Dual-Head Rotator for Simultaneous Welding of Tower Flanges

In the fabrication of wind turbine towers, the welding of flanges is a critical operation that directly impacts structural integrity and production throughput. Traditional single-head rotators require sequential welding passes, leading to longer…

Solving Weld Distortion: Adaptive Rotation for Wind Towers

Weld distortion remains one of the most persistent challenges in wind tower manufacturing. As towers grow taller and wall thicknesses increase, the cumulative thermal stresses from multiple weld passes can lead to significant dimensional deviations,…