Industrial IoT for Sustainability: Surpass Your Environmental Goals
Companies across a wide range of industrial sectors are increasingly focusing on sustainability initiatives. Manufacturers, energy companies, and others are interested in reducing the adverse environmental effects of their businesses.
The green technology and sustainability market is expected to reach $73.90 billion by 2030, growing at a 23.7% CAGR from 2025. Many enterprises are looking at the Industrial Internet of Things (IIoT) to help.
So, not surprisingly, industrial IoT has caught the attention of many business leaders. However, before jumping headfirst into the implementation phase, it’s important to understand how exactly IIoT can benefit environmental monitoring. So, that’s what we will focus on today.
Key Highlights
IIoT provides real-time emissions data, thus allowing businesses to spot bottlenecks early and prevent heavy fines due to non-compliance with environmental regulations.
IoT sensors monitor temperature, humidity, and air quality during perishable goods transportation, allowing businesses to reduce waste from spoiled goods.
Combining smart IoT sensors with data science tools allows businesses to accurately monitor and report gas emissions across facilities, engines, and the entire value chain.
As connected devices exchange large amounts of sensitive data, they become a tasty morsel for intruders, which makes IIoT devices pretty vulnerable.
How Does IIoT Help With Environmental Monitoring?
The term IIoT unsurprisingly originates from the Internet of Things (IoT) in general. However, it refers concretely to connected devices that transmit information about remote objects in industrial settings like manufacturing, energy, logistics, construction, and the like.
Naturally, many organizations are looking to reduce their negative effects on the environment. This interest is driven not only by consumer demand for more sustainable initiatives, but also because doing so can decrease operating expenses and ease regulatory compliance.
Using industrial IoT for environmental sustainability can play a crucial role in helping achieve these objectives. After all, smart sensors can help monitor emissions or inform you when machinery becomes faulty. Thus, empowering your organization with actionable insights that can drive your environment-friendly decisions.
What types of sensors are commonly used in industrial IoT sustainability monitoring?
Energy, power, temperature, humidity, vibration, and air quality sensors are among the crucial sensors used to measure the environmental impact of industrial operations. These sensors also monitor equipment’s health to spot any possible breakdown early on and prevent serious leaks into the atmosphere.
Benefits of Implementing Industrial IoT Devices
Now that we’ve looked over the role of IoT in environmental monitoring across industries, it’s time to discuss the main benefits of implementing smart sensors. Indeed, there’s more for you to gain than just contributing to better sustainability practices.
Cut Costs
In an industrial setting, a bottleneck in the production line, sudden machine failure, or even a minor non-compliance with environmental regulations can have an enormous effect on costs. Thus, any way of reducing the possibility of these occurrences is highly welcome.
With Industrial IoT, time-consuming and inefficient processes can be eliminated or, at the very least, optimized. Thanks to connected devices and artificial intelligence technology, avoidable bottlenecks can be spotted, and corrective action suggested.
Plus, when you’re empowered with real-time data about the emissions being produced, the likelihood of compliance mishaps is reduced as are the potential fines.
Extend Machinery Lifetime
Machinery and equipment doesn’t usually come cheap. Thus, every industry player is interested in extending the lifetime of its assets and reducing downtime. As you may have guessed, IoT has a role to play here.
With intelligent asset management, you won’t have to worry about surprising failure of your machinery. Instead, you’ll not only be aware of the state of your wide-spanning, remote equipment but also get alerts whenever predictive machine learning tools forecast that maintenance is needed.
Improve Brand Reputation
As we’ve mentioned, consumers are demanding a more conscious approach to the environment from manufacturing companies, energy suppliers, logistics providers, and others.
Thus, if you commit to implementing industrial IoT solutions for better sustainability practices, your company reputation will immediately benefit from it. Especially, if you’re transparent about the efforts you’re making, the improvements already made, and the road that is still ahead.
Top Uses of Industrial IoT for Sustainability
The advantages of IIoT-powered environmental sustainability solutions are evident. So, let’s get more concrete about the potential uses of this technology. Hopefully, they’ll help you identify your specific business areas that can benefit from implementing IoT devices.
Asset Control
In industrial operations, physical assets like shaping machines, generators, casting equipment, and others are imperative for the productivity and profitability of a business. However, any malfunction can lead to inefficiencies and require the use of more energy than usually necessary. Plus, once out-of-order, the disposal of equipment can contribute negatively to the environment.
When you add IoT devices to your operations, these adverse effects can be diminished. Data collected from sensors can be analyzed with AI and ML algorithms to predict issues and recommend maintenance actions. Thus, not only helping avoid energy inefficiencies but also extending machinery lifespan and thereby reducing waste.
Can Industrial IoT help reduce a manufacturing facility's energy consumption?
Yes, IIoT can reduce facility energy consumption. To get there, sensors collect data on energy usage patterns across operations. Advanced IIoT solutions may not only spot inefficiencies but also take action and adjust energy accordingly, leading to smart energy control. This not only improves sustainability but also cuts costs on energy bills.
Fleet and Supply Chain Management
Another major use case of IoT in environmental control of industrial processes is within the fleet and supply chain management sphere. Here, there are several ways for the technology to be applied.
First, connected devices can be installed to monitor temperatures during transportation. After all, if fresh produce or other materials aren’t stored appropriately, they can quickly deteriorate and lead to unnecessary waste.
With smart IoT sensors, that doesn’t have to happen. They keep track of the air quality, humidity, and temperature under which a product is being transported and promptly alert the relevant staff if there’s an issue.
Secondly, smart tools along with GPS and telematics technology can keep track of vehicle location and health, driver behavior, fuel consumption, and the like to warn about the need for fleet maintenance.
Further, when route planning is done in real-time depending on a vehicle’s location, fuel usage can be optimized, and harmful emissions caused by staying idle in traffic can be reduced.
Intelligent Waste Management
Manufacturers and other industrial facilities generate massive amounts of solid waste annually, making waste reduction one of the key sustainability priorities for enterprises. With the Internet of Things, this number can be reduced.
For example, companies can install smart sensors on production lines to distinguish non-recyclable materials from recyclable ones. Thus, providing an opportunity to reprocess some of the so-called waste. Or, in the food industry, temperature control and alert tools can be implemented to ensure produce is stored at optimal temperatures. Hence, allowing to decrease spoilage.
Additionally, IIoT can help with sustainable waste management by showing real-time information on waste container fill levels so that they can be emptied out promptly. Plus, this data can be used to gain a better understanding of how quickly debris accumulates. That way, pickup schedules can be optimized so that transport costs are lower and the environmental impact is less severe.
Emissions Monitoring
EPA’s Greenhouse Gas Reporting Program (GHGRP) requires that large greenhouse gas (GHG) emission sources, industrial gas suppliers, and CO2 injection sites in the U.S. report on their GHG data. Currently, about 8,000 facilities are required to do so. Yet, even if you don’t fall under this specific regulation, the chances are high that monitoring emissions is important to you.
By combining smart IoT sensors and data science tools for in-depth analytics, you can take environmental monitoring to the next level. These solutions can surveil and report, with a high degree of accuracy, on gas emissions that facilities, engines, or value chains produce. Thus, empowering you with insights about GHG emissions across all areas of operations.
Naturally, the information is presented in a digestible manner so that you can not only take quick action but also clearly report your emission levels to the authorities. Thus, simplifying and improving regulatory compliance and, hopefully, lowering the carbon footprint of your organization.
Smart Agriculture
Natural resources like freshwater and land are constantly decreasing as the population of the world continues to grow. Moreover, extreme climate conditions caused by trapped greenhouse gas in our atmosphere put immense pressure on the agriculture sector.
Luckily, IoT sensors, integrated with agriculture software, can contribute to sustainable food production practices. Smart devices are able to collect and analyze data on soil moisture, light access, air quality, and more crucial factors that influence the growth of crops. Then, predictive platforms can inform you when unfavorable conditions are created so that necessary action can be taken and the produce isn’t spoiled.
Moreover, IIoT tools help reduce the use of pesticides and fertilizers by informing farmers to dispense them solely where necessary, not across entire fields. Thus, decreasing the negative environmental effects associated with pesticide use.
How does IoT support compliance with environmental regulations?
The Internet of Things automatically collects real-time data from sensors about emissions, energy use, water quality, and other risk factors. This data can be analyzed in real time, allowing enterprises to identify potential issues and make adjustments to stay aligned with ESG requirements. Moreover, IoT may automatically create reports based on fresh data, ensuring that accurate, audit-ready data is always accessible to compliance officers.
Key Challenges to Boosting Sustainability With IIoT
Though IIoT can significantly improve sustainability, implementing it is not that straightforward. You may face many pitfalls along the way. Let’s zoom in on the most common ones.
Cybersecurity
Cybersecurity is the top challenge listed by industrial decision-makers in embracing IIoT for sustainability. It is of little surprise considering that to reap the rewards of connected devices, a lot of data has to be collected and analyzed. Naturally, this creates a target for cybercriminals.
Another major challenge to implementing IoT-powered environmental monitoring is the lack of skilled talent. Finding experts in this relatively new technology is still difficult, especially if you’re looking only within your geographic region.
In this case, it’s important to consider whether you want to hire someone in-house and go through the often time-consuming talent search or if outsourcing development might be a better option. Of course, the latter doesn’t come without its own pitfalls, but it does open you up to the potential of finding someone with ample experience.
Data Integration
Issues with data integration can also be a roadblock to seamless IIoT implementation. Legacy systems and outdated software might simply be incompatible with the modern IoT technology you’re looking to add.
So, don’t forget about integration capabilities when discussing the project with your team. Although it might slightly delay the implementation phase, it’s definitely worth it to integrate your new solutions with existing systems properly. After all, that’s the only way to truly make the most of industrial IoT.
There is no doubt that IT solutions themselves have an adverse effect on the environment and sustainability. At the end of the day, they too need to be disposed of once no longer effective. However, as we have seen through the use cases and benefits outlined above, the potential of digital devices to enact positive change on your company’s carbon footprint is huge.
So, if you’ve got an IIoT project in mind or would simply like to discuss your options — don’t hesitate to reach out to our team. We are always looking forward to a new collaboration.
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