Experimental study on removal effect of sulfate radical in mine water;

Study on desalination method of high-salinity mine water;

Optimum choice of mine water purification plants sites in Fuxin mining area;

Experimental study on reuse of mine drainage of Haizhou open-pit mine;

Engineering design experience of mine drainage treatment in Tunlan;

Chemical origin of mine drainage and its simulation for Zibo coal mining district;

Feasible research on coal mine drainage resources;

The paper focuses on the problem - organic pollutants in coal mine drainage.

Through long - term test and experiment,a simplified determinantion of gross a and gross β radioactivity for coal mine drainages was suggested in this article.

To control the water pollution through recycling pit water,reducing water discharging and the degree of water pollution can not only solve the pit water pollution and water shortage,but can make full use of the pit water resources and save underground water resources,which may help promoting the sustainable development of coal mines.

In view of the Shuangyashan city water resources intense condition,the Shuangyashan mining industry group each production ore pit water arranges after the surface the process purifies the full use,uses in the labor,the agricultural alleviation water resources tense aspect.

After explaining the current situation and major problems in the pit water treatment in coalmines,the paper probes into the major pollutants in the pit water of high-sulfur coalmines and corresponding treatment and proposes some feasible treatment plans.

Discussion on the quality control of determination in mine water;

Applied technology of mine water treatment and utilization;

Finally,the system uses the artificial neural network technology which is introduced to arrange collection data,build predictive models,and forecast the probability of the mine water bursting in real time and effectively.