Welcome Customer !

Membership

Help

Wuhan Dida Huarui Geological Technology Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Wuhan Dida Huarui Geological Technology Co., Ltd

  • E-mail

    cughr@cug.edu.cn

  • Phone

  • Address

    No. 388 Lumo Road, China University of Geosciences (Wuhan)

Contact Now

CUGHR-W300 Rapid Identification Instrument for Mine Water Source

NegotiableUpdate on 10/16
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin

Overview

The CUGHR-W300 rapid identification instrument for mine water sources uses ion selective electrode method, spectrophotometry, and titration method to simultaneously test the ion concentration in water. Standard configuration includes eight conventional anions and cations, as well as five characteristic indicator reagents, to achieve rapid identification of mine water sources and determination of groundwater quality types. Application areas of mine water source discrimination: Quickly identify the water sources for mine filling, mainly including surface water, atmospheric precipitation, old air water, Ordovician limestone water, Taiyuan limestone water, roof sandstone water, loose layer water, igneous rock water, pore water, fissure water, karst water, fault water, etc., providing solutions for coal mine safety production

Product Details

Product Principle

The CUGHR-W300 rapid identification instrument for mine water sources uses ion selective electrode method, spectrophotometry, and titration method to simultaneously test the ion concentration in water. Standard configuration includes eight conventional anions and cations, as well as five characteristic indicator reagents, to achieve rapid identification of mine water sources and determination of groundwater quality types.

Application field

  1. Mine water source discrimination: Quickly identify the water sources for mine filling, mainly including surface water, atmospheric precipitation, old air water, Ordovician limestone water, Taiyuan limestone water, roof sandstone water, loose layer water, igneous rock water, pore water, fissure water, karst water, fault water, etc., providing decision-making basis for coal mine safety production;

  2. Hydrogeological survey: rapid determination of groundwater quality types in the field;

  3. Environmental protection and scientific research institutions:Measurement of water quality ion parameters.


Main Features

  1. Reasonable structure - the separation of the three major components of collection, power supply, and data analysis and processing effectively reduces data interference caused by high temperature noise and greatly improves the accuracy of data collection.


  2. Diversified data transmission - The instrument is suitable for wired transmission on desktop computers and wireless transmission on tablets, and can meet the needs of various client terminals to process data.


  3. Professional database support - a water source identification and analysis software formed by decades of authoritative research results in groundwater and environmental engineering majors at China University of Geosciences (Wuhan). It combines universal databases with locally built databases to achieve dynamic management of water source databases, which is efficient and accurate.

  4. Timely report output——All analysis in1Completed within hours,Direct reading data display shows the hydrochemical type of water quality and can generate a detailed list of mine water quality test results.