MiningAutomated monitoring systems

Data acquisition, retrieval, and communication

Reliable data can be used to make prompt decisions that reduce risk and liability; promote health and safety; efficiently manage equipment, sites, or multiple assets; and ensure environmental compliance.

Our automated monitoring systems are capable of measuring virtually every commercially available sensor, then processing, storing, and transmitting the data to your cell phone, field office, or corporate headquarters. The automated collection of data from the sensor can then be communicated through radios, cellular modems, satellite modems, local networks, and the Internet. This accessibility allows for easy viewing and informed decision-making in response to changing conditions.

Alarms are easily integrated so you can suspend operations, move equipment, evacuate an area, or resume work. Systems can be programmed to send alarms or report site conditions by calling out to computers, phones, radios, or pagers.

Training

Campbell Scientific offers training courses that can be conducted at your location and customized to meet your specific needs. Hands-on training with our engineers helps ensure your system provides the site condition data you need today and into the future.

Application: Slope stability analysis

Slope stability data can be acquired from known problem areas or a network of monitoring systems strategically positioned around a mine. Common parameters used by our systems to monitor slope movement include lateral displacement, water level and flow, tilt, soil moisture, crack monitoring, and precipitation.

For more information, see theSlope Stabilityweb page.

Application: Weather monitoring

Weather stations provide data that can be used to keep mining operations running when conditions warrant and to shut down when people and equipment need to be protected. Weather stations are often used to monitor wind speed and direction, air temperature, precipitation, barometric pressure, and relative humidity.

For more information, see theAutomatic Weather Stations (AWS) and Meteorologic Instrumentsweb page.

Application: Environmental compliance (air and water quality)

In surface and underground mining operations, there are often multiple air and water quality conditions that must be monitored to ensure compliance with environmental regulatory requirements.

Air quality and pollution monitoring systems automate data collection and reporting processes by measuring solar radiation, gases, particulates, atmospheric stability class, and other required parameters.

For more information, see theAir Quality and Pollutionweb page.

Regardless of salinity level, pollution level, or other harsh environmental conditions, our water quality monitoring and control systems are reliable. These systems measure all relevant parameters, including pH, conductivity, temperature, turbidity, dissolved oxygen, level, flow, and discharge. Specified time, event, or measured conditions can automatically trigger a water quality system to control various devices, such as pumps, mixers, valves, and gates.

For more information, see theWater Qualityweb page.

应用：环境，社会和治理（ESG）

Every mining organization is required to address Environmental, Social, and Governance (ESG) issues as part of their work within the marketplace and communities they serve. In the past, manual monitoring and visual inspection may have been good enough, but today the expectations are higher. Campbell Scientific continues to provide automated monitoring and control solutions for the mining industry to cost effectively implement governance around environmental and safety solutions in mines worldwide.

Other applications

Our versatile measurement and control systems are used in a variety of mining applications, including the following:

• 大坝和尾矿监测系统测量水位，流量和浊度；斜率稳定性；以及空气和水质。
• Mine ventilation systems measure barometric pressure, air temperature, relative humidity, and air velocity.
• Equipment performance systems keep mining equipment operating at peak performance levels by monitoring temperature, pressure, RPM, velocity, power, acceleration, position, torque, and strain.
• Roof and shaft stability systems are used to warn of possible cave-in conditions by monitoring changing conditions, cracks, and load distribution.