Environmental monitoring means using observational techniques and tools (such as sensors, wireless communications and remote management software) to detect, observe and measure environmental conditions at a specific site or location. However, the actual reality of these processes — the tools used, what parameters are selected, and how the processes are implemented — can vary greatly depending on the use case.
In the past, environmental monitoring has been primarily used for ecological purposes. For example, researchers that want to observe air pollution, or the effect of industrial pollution on protected areas and habitats, might employ disconnected methods for the measurement of environmental conditions long-term.
Periodically, they would need to go collect the monitoring devices they’ve distributed in the field in order to retrieve the desired data. Now, with IoT devices, wireless connectivity, and platforms supporting near-instant access to information from anywhere, the principles of environmental monitoring have become applicable to new use cases, from monitoring water treatment plants and groundwater supply to monitoring oil and gas pipelines for leaks.
When adopting environmental monitoring, each organization needs to consider what its primary and secondary objectives are. Doing so will allow them to plan the strategic deployment of appropriately designed IoT devices.
In industrial applications, reasons for environmental monitoring include:
When monitoring environmental systems, organizations have a variety of scanning and monitoring techniques to choose from. Data streams generated at edge sites can produce thousands of data points, often much more than can be processed or stored in the cloud for real-time use, so it’s important to consider which techniques are best suited for each organization's industry, priorities and operational needs.
These techniques can be broken down based on three major categories of environmental problems:
The availability of remote monitoring solutions and new wireless technology has made it possible for companies in oil and gas, manufacturing, agriculture and even healthcare to gain value from environmental monitoring. Using IoT-based environmental monitoring systems [link to IoT Based Environmental Monitoring once published], businesses can implement proactive environmental monitoring and assessment into their on-site management and operational processes.
And as the following examples of environmental monitoring systems will show, adopting these IoT-based monitoring systems can help businesses accelerate and improve their response to situations that need immediate attention (such as leaks or equipment failures) and long-term issues (like pollution and changes in water supply conditions).
Pollution monitoring has become an incredibly valuable tool in manufacturing, civil planning and agriculture. These systems can allow organizations to observe, measure and even mitigate pollution and contamination that affect both natural and manmade water stores, air quality and soil quality. Monitoring the acidity and overall chemical composition of these environmental elements can provide both private and public organizations with valuable information – but they also need the ability to process and react to that information quickly.
When these environmental monitoring capabilities are integrated and managed via IoT platforms, companies and local governments can react faster to pollution’s effect on project timelines, equipment uptime, public health, worker safety and sustainability efforts. For example, construction companies and agricultural operations that require environmental monitoring impact assessments to begin and complete regulated projects can implement continuous environmental monitoring to always remain aware of and responsive to site conditions.
5G edge computing industrial IoT cellular router solution, purpose-built for Industry 4.0
While many environmental monitoring types are important to consider in the oil and gas industry, leak detection systems are especially critical to ensuring worker safety, preventing ecological harm and minimizing potential financial losses. The environmental monitoring systems that oil and gas companies rely on need to be optimized for early, reliable leak detection for buried and above-ground pipelines.
Both liquid and gas fuels are highly combustible, which makes the equipment-packed environment of a natural gas field, oil field, or oil rig a very dangerous place to be. Additionally, if left unchecked, an ongoing leak poses a significant threat to surrounding plant and animal life, not to mention the public health considerations if the leaked oil or gas contaminates groundwater. With the right IoT devices to serve as environmental condition monitors, oil and gas companies can create leak detection systems that alert them of the problem quickly so they can address it early and minimize any resulting damage.
Although people may not commonly correlate sewage management and the importance of environment quality, wastewater processing and storage systems represent some of the most critical use cases for environmental monitoring. Wastewater management impacts public health, water availability, agricultural yields and more. When mishandled or malfunctioning, wastewater equipment and storage facilities can cause lasting damage to surrounding communities.
By deploying and connecting networks of IoT devices, the municipalities responsible for operating and overseeing wastewater lift stations and tanks can build effective environmental monitoring systems that record and measure the chemical properties of treated water in real time. Additionally, these systems can be combined with leak detection sensors that help prevent the contamination of groundwater and limit municipal workers’ exposure to harmful pollutants, including pathogenic bacteria or viruses.
Another way that IoT-based environmental monitoring can be used to improve public health and agricultural productivity is to improve groundwater protection. In the United States, groundwater comprises 37% of the public water supply – the water that local municipalities supply to residential and commercial properties – and more than 90% of drinking water for rural populations.
The consequences and characteristics of environmental pollution of groundwater and aquifers may only become obvious after significant time has passed, but once that contamination happens it can be very difficult to reverse or resolve. Industrial and commercial operations can be the most common culprits, potentially resulting in ecological harm and public health concerns as well as fines from regulatory bodies such as the Environmental Protection Agency (EPA).
With IoT devices designed to observe and measure specific environmental conditions, businesses and government entities can implement environmental monitoring at a variety of locations. Whether measuring water, soil or air quality, these IoT sensors can provide visibility into site conditions and deliver data-driven insights, allowing site managers to address problems more proactively and effectively.
Instead of waiting for a negative environmental survey report to come back or for long-term consequences to arise, industrial and commercial businesses can responsively clean up contaminants, repair malfunctioning equipment or adjust operations to reduce risk and prevent financial losses.
As more companies and government bodies focus on developing and deploying intelligent operations to support sustainability efforts, environmental monitoring technology becomes increasingly relevant to their goals. With IoT-based environmental monitoring, organizations in agriculture, manufacturing, waste management, public utilities and other critical industries can:
IoT device deployments support environmental monitoring of air, soil and water quality across a variety of use cases and vertical industries. Wireless connected IoT devices can also make it easy and less impactful to the environment (versus trenching and running cable.) Not only does responsive, IoT-based environmental monitoring support the goals of many ongoing sustainability initiatives, but it also allows commercial and industrial operations to lessen the risk of operational accidents or equipment failures, as well as ecological or human exposure to dangerous contaminants.
Having insight into the environmental conditions at distributed operational sites and distributed properties means companies can use remote monitoring solutions to identify sources of contamination or environmental change earlier. In the long run, that means less system downtime, reduced risk of accidents and greater ecological health and productivity. Learn more about environmental monitoring, green tech, IoT solutions and how we all benefit from them. Or contact us to start a conversation.