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Abstract <p>A novel agent (specifically, a chemical herder designated as CH-1) has been developed to reduce crude oil spill areas and thicken oil films. CH-1 has exhibited adequate surface activity both in fresh water and seawater due to providing a spreading pressure above 40 mN/m. A series of field performance tests in water of the South China Sea have demonstrated that CH-1 increases the thickness of an oil slick from 0.15 to 3.20 mm. The study results indicate the high potential efficiency of CH-1 in oil film preparation both for mechanical oil skimming and in situ burning of oil spills under tropical conditions.</p>

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A Novel Agent for Oil Spill Response in a Tropical Climate

  • 期刊论文

  • 发表日期：

    2025年2月4日

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  • D. A. Sandzhieva,
  • B. V. Ubushaeva,
  • Quang Cuong Hoang,
  • Thi Hue Le,
  • Cong Tinh Nguyen,
  • A. G. Dedov

摘要

Abstract

A novel agent (specifically, a chemical herder designated as CH-1) has been developed to reduce crude oil spill areas and thicken oil films. CH-1 has exhibited adequate surface activity both in fresh water and seawater due to providing a spreading pressure above 40 mN/m. A series of field performance tests in water of the South China Sea have demonstrated that CH-1 increases the thickness of an oil slick from 0.15 to 3.20 mm. The study results indicate the high potential efficiency of CH-1 in oil film preparation both for mechanical oil skimming and in situ burning of oil spills under tropical conditions.