Oxygen Production Equipment For Mines

Oxygen Production Equipment For Mines

Oxygen Production Equipment for Mines adopts containerized design, providing a convenient, flexible and modular solution. It is an efficient oxygen production system designed for the mining industry, aiming to provide miners with safe and fresh breathing air while ensuring the smooth progress of mining operations. Through advanced oxygen production technology, the equipment can stably supply oxygen to the depths of the mine, effectively preventing accidents caused by lack of oxygen or poor air circulation, and improving the comfort and safety of the working environment.
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Description

Technical Parameters

NEWTEK Containerized Mining Oxygen Generator Features
 

Integrated and portable:

Modular container design, fast transportation and deployment, adaptable to complex terrain.
Efficient oxygen supply:

PSA / membrane separation technology, oxygen production 90%-95% purity, 50-500 Nm³/h flow rate dynamically adjustable.
Explosion-proof and safe:

Key components are explosion-proof certified, equipped with overpressure / overheating / over-concentration protection, adaptable to underground environment.
Energy saving and low consumption:
Energy consumption is reduced by 30%-50% compared with traditional solutions, supporting on-demand start and stop and waste heat recovery.

Oxygen Production Equipment for Mines

 

Oxygen Production Equipment for Mines

 

The core advantages of containerized oxygen production equipment in mines


Wide temperature operation: -25°C~50°C full temperature range adaptation, electric heating + refrigeration dual system to prevent icing and control adsorption temperature.


Intelligent operation and maintenance: remote monitoring and real-time warning (such as adsorbent life, filter element blockage), maintenance efficiency increased by 70%.


Fast expansion: multi-box parallel plug-and-play, production capacity can be flexibly expanded from 50~500 Nm³/h to 1000+ Nm³/h without stopping production and transformation.


Low-carbon energy saving: waste heat recovery reduces comprehensive energy consumption by 10-15%, and transportation carbon emissions are reduced by 90%+, which meets the green mine standards.

Data fusion: support Modbus and other protocols to access the mine Internet of Things, real-time output of purity and energy consumption data, and help intelligent management

 

 


Comparison of the core advantages of containerized oxygen production equipment and traditional oxygen supply mode:
 

Type Traditional oxygen supply mode Containerized oxygen generator Adaptability
Mobility The cylinders need to be moved manually, and the ground system is fixed and cannot be moved Container hoisting (suitable for underground rail/road transportation) Can be moved with the mining surface, flexibility increased by 100%
Scalability The cylinders need to purchase additional warehouses, and the cost of expanding ground pipelines is high Multiple containers in parallel (plug and play capacity expansion) Capacity expansion cycle shortened from months to 1 day
Environmental adaptability Cylinder transportation is limited by the width of the roadway, and the ground system is only suitable for flat mining areas Standard container size (suitable for narrow lanes + plateau/high temperature environment) Can be deployed in more than 95% of mining terrains


 

FAQ

 

 


 

1. Can the equipment meet the explosion-proof requirements of high-gas mines?

Key components of the equipment (such as compressors and electrical control systems) have passed Ex d I Mb explosion-proof certification (in compliance with coal mine safety regulations) and are equipped with a gas concentration linkage shutdown function. When the ambient gas concentration is ≥0.5%, the power supply is automatically cut off to ensure safe operation in flammable and explosive environments.
 

2. What is the maximum oxygen production capacity of a single set of equipment? Can it meet the needs of large mines?
The standard model has an oxygen production flow rate of 50–500 Nm³/h (oxygen purity 90–95%), and supports parallel expansion of multiple containers to more than 1000 Nm³/h. For example, a coal mine in Shanxi with an annual output of 3 million tons deploys 4 sets of parallel equipment to meet the synchronous oxygen demand of the entire mining face, excavation face and refuge chamber.
 

3. What is the failure rate of the equipment in the high temperature and high humidity environment underground?
With an anti-condensation thermal control system (built-in electric heating module) and three-stage dust filtration (cyclone pre-filtration + activated carbon + precision filter element), it can operate stably in an environment with humidity ≤ 95% and temperature - 10°C–40°C, with a mean time between failures (MTBF) ≥ 8000 hours, far exceeding the 5000-hour standard of traditional equipment.
 

4. How long does it take to install and debug the equipment? Is a professional team required?
With a modular container design, only the gas source pipeline (DN50–DN100) and power supply (380V/50Hz) need to be connected on site, and 1–2 technicians can complete the installation within 4 hours. The manufacturer provides remote debugging guidance, and it can be put into operation without stopping production.
 

 

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