Application of wetting agent in water injection of hydrophobic and difficult permeability coal seam

Author:

Lining Huang

Abstract

Abstract On the basis of introducing the mechanism of increasing permeability of wetting agent, taking the comprehensive excavation face of hydrophobic and difficult to penetrate coal seam as the test object, through the test of capillary reverse osmosis in the laboratory, the economic and reasonable concentration of 0.6% wetting agent solution for coal seam water injection is determined. In the field, we use clear water and wetting agent solution to carry out the coal seam water injection test, and make a comparative analysis of the technical effect of coal seam water injection. Using clear water to carry out coal seam water injection, the coal seam wetting radius is less than 0.5m, using wetting agent solution to carry out coal seam water injection, the coal seam wetting radius can reach more than 1.5m. The efficiency of water injection with wetting agent solution is 43.06% higher than that with clean water.

Publisher

IOP Publishing

Subject

General Engineering

Reference7 articles.

1. Fine dust prevention and control technology of rapid fully- mechanized working face in wetting difficultly seam[J];Wei;Coal Science and Technology,2015

2. Appliation Present status and outlook of seam water injection dust control technology [J];Weihu;Coal Science and Technology,2011

3. Study on properties of coal dust compound wetting agent[J];Fu;Mining Safety and Environmental Protection,2011

4. Study on influence factors of water injection wetting radius of coal seam at fully mechanized coal mining face[J];Hengheng;Coal Technology,2017

5. Suppression test of water spray added with wetting agent against hydrophobic coal dust in fully mechanized face with high air velocity[J];Kui;Mining Safety and Environmental Protection,2013

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