The digitization of industrial supply chains is advancing. As part of this trend, intelligent monitoring of tanks
and containers is becoming increasingly important. Companies in the chemical industry, the oil and gas sector and industrial logistics face the challenge of efficiently managing their inventories, optimizing delivery processes and reducing operating costs.
Remote tank monitoring offers new possibilities in this regard: Through networked sensor technology and intelligent software solutions, fill levels, locations, and consumption data can be recorded and analyzed across multiple sites. The key to this is the interplay between sensors, connectivity, and software, which transforms individual measurement values into a foundation for data-driven decisions.
Remote Tank Monitoring: From Manual Checks to Digital Monitoring
In many companies, the fill levels of tanks and containers are still checked manually or at set time intervals.
This results in a considerable organizational burden, especially for large, decentralized tank fleets. A lack of inventory information can result in deliveries being made too early or too late. While unnecessary transport
incurs additional costs, unexpectedly empty tanks can interrupt production processes and necessitate special deliveries on short notice.
This is exactly where remote tank monitoring comes in. With the help of networked sensors, relevant tank
data is automatically collected, transmitted, and made available digitally. This gives companies a better overview of their inventory and enables them to react more quickly to changes. Modern solutions go beyond mere level measurement. They make it possible to analyze historical consumption data, identify trends, and manage operational processes more proactively.
How does Remote Tank Monitoring work? The four
key components
For tanks and containers to be monitored digitally, various technologies must work together. A modern
remote tank monitoring infrastructure essentially consists of four key areas:
1. Sensors: The foundation of digital level monitoring
Every digital tank monitoring system begins with the collection of relevant measurement data. To this end,
tanks or containers are equipped with sensors that measure, for example, fill levels or temperatures.
Various technologies are available for level measurement, including pressure, ultrasonic, and radar sensors.
The appropriate technology depends on the properties of the medium, the tank geometry, and the specific operating conditions.
Radar technology, in particular, offers significant advantages in industrial applications. It uses electromagnetic waves to measure distance and can detect fill levels without physical contact. Compared ultrasonic measure-ment, it is less susceptible to fluctuations in ambient air temperature and is suitable for numerous demanding operating conditions.
With the Packwise Smart Cap, Packwise relies on intelligent sensor technology for the digital monitoring of industrial tanks and containers. The Smart Cap collects relevant information such as fill level and temperature
and makes it available for further processing.
2. Location: Where are the tanks and containers located?
In addition to fill level, a container’s location also plays an important role. Especially with reusable IBCs, containers regularly move between manufacturers, distributors, and end customers. Global satellite navigation systems (GNSS) - which include GPS and Galileo, for example - form an important foundation for digital location tracking.
Location data enables companies to better manage their container fleets, plan return processes, and improve
the availability of individual containers. With the Packwise Smart Cap and Packwise Flow 2.0, companies can centrally view the locations of their monitored containers and use this information for more efficient container tracking.
3. Connectivity: How is tank data transmitted?
To ensure that measurement data is available regardless of location, it must be reliably transmitted to a central software platform. Various wireless communication technologies are used for this purpose. In addition to traditional cellular networks, energy-efficient IoT technologies such as NB-IoT, LTE-M, and LoRaWAN are
becoming increasingly important.
These so-called Low-Power Wide-Area (LPWA) technologies are designed to transmit small amounts of data
over long periods of time in an energy-efficient manner. Especially for battery-powered IoT devices, a long
battery life, reliable network coverage, and appropriate transmission intervals are crucial.
At Packwise, wireless data transmission connects the Smart Cap to Packwise Flow 2.0. This allows
companies to centrally access their tank information without having to connect each container to its
own local IT infrastructure.
4. Software: Turning Tank Data into Actionable Insights
The software serves as the central interface between the collected measurement data and operational
processes. Here, information from individual tanks and containers is consolidated, stored, visualized,
and analyzed. Modern software platforms enable, among other things:
- Centralized display of fill levels, locations, and temperatures
- Analysis of historical consumption data and inventory trends
- Alerts when defined thresholds are reached
- Generation of reports and analyses
- Integration of relevant data into existing enterprise systems
With Packwise Flow 2.0, Packwise offers a central software platform that makes tank and container data available for digital monitoring and analysis. Relevant information can also be integrated into existing ERP, logistics, or business intelligence systems via APIs and webhooks. This transforms individual measurement values into insights that companies can use to optimize their delivery and inventory processes.
Why the Demand for Smart Tank Monitoring Is Growing
Rising cost pressures, complex logistics networks, and the growing importance of data-driven decisions
are driving the digital transformation of industrial tanker fleets.
Three developments in particular are playing a key role in this trend.
1. Increased cost pressure in logistics and inventory management
Transportation, labor, and warehousing costs pose challenges for companies with large tanker fleets. At the same time, products must be reliably available to avoid production interruptions. Digital fill-level data makes it possible to align deliveries more closely with actual demand. This allows for a reduction in unnecessary transport, more efficient use of resources, and inventory management that is better tailored to demand.
2. Advances in IoT Sensors and Connectivity
Energy-efficient sensors and modern communication networks enable digital monitoring even in locations where there is no permanent power supply or local network infrastructure. This makes remote tank monitoring feasible for an increasing number of industrial applications - especially for large and decentralized container fleets.
3. Data-Driven Decisions Instead of Reactive Processes
While traditional tank monitoring primarily displays the current fill level, digital solutions enable the analysis of historical consumption data. Based on this, consumption patterns can be identified, future needs can be better estimated and replenishments can be planned earlier.
The key added value comes not only from collecting data, but also from its targeted use in
operational processes.
From level measurement to intelligent
tank management
Remote tank monitoring is increasingly becoming an integral part of comprehensive, industrial
management systems.
Four application areas are central to this:
- Digital Level Monitoring: Current inventory levels can be viewed regardless of location and material
shortages can be identified early on. - Optimized delivery planning: Consumption data supports demand-driven restocking and helps
avoid unnecessary transportation. - Container tracking: Location information enables better management and return of reusable containers.
- Data Analysis and Forecasting: Historical measurement data helps identify consumption patterns and
improve operational processes over the long term.
The combination of these features offers significant added value, especially for companies with
numerous decentralized locations.
Why Software Makes the Difference in Remote
Tank Monitoring
Collecting and transmitting tank data is only the first step. For companies to actually make use of this
information, it must be clearly organized and integrated into existing processes.
This is where cloud-based software solutions and Software-as-a-Service (SaaS) models are becoming increasingly important. Instead of managing measurement values in isolation within individual systems, companies can centrally analyze their tank data and integrate it with existing ERP, logistics or business intelligence systems.
Packwise Flow 2.0 takes exactly this approach. The software platform combines data from the Packwise
Smart Caps with digital monitoring and analysis functions. Via APIs and webhooks, relevant information can
also be integrated into existing enterprise applications.
A modern IoT platform should meaningfully expand the existing IT landscape rather than create additional
data silos.
How Packwise Supports Digital Tank Monitoring
With the Packwise Smart Cap and Packwise Flow 2.0, Packwise offers a combined hardware and software solution for the digital monitoring of industrial tanks and containers. The Smart Cap collects relevant information
such as fill level, location, and temperature. This data is transmitted wirelessly and then made available centrally in Packwise Flow 2.0.
This enables companies to view and analyze their tank and container data regardless of location and use
it to make operational decisions. This results in several benefits:
Better inventory overview: Up-to-date fill level information enables a more needs-based supply of materials.
More efficient logistics: Consumption data supports delivery planning and can help avoid unnecessary trips.
Optimized container management: Location information simplifies the management and return of
reusable containers.
shared software platform.
Integration with Existing Systems: APIs and webhooks enable the integration of relevant data into
existing business processes.
Particularly in the chemical industry and the oil and gas sector, this enables companies to make their supply chains more efficient and improve operational processes.
The future of tank monitoring is connected and
data-driven
Remote tank monitoring is evolving from a purely monitoring solution into a key component of digital
supply chains.
While automated level detection already offers numerous advantages, the long-term potential lies particularly in the intelligent integration of sensor technology, connectivity, data analytics, and existing enterprise systems.
This enables companies not only to react more quickly to changes but also to increasingly design their logistics and inventory processes in a proactive manner.
With the Packwise Smart Cap and Packwise Flow 2.0, Packwise helps companies implement this transformation and manage their tank and container fleets in a digital, efficient, and future-oriented manner.
Key Points at a Glance
- Remote tank monitoring goes beyond simply measuring fill levels: Modern solutions combine
sensor technology, location tracking, data transmission, and software. - IoT technology provides the data foundation: Networked sensors enable the collection of relevant
tank information regardless of location. - Data analysis improves planning: Consumption patterns and historical measurement values support
demand-based restocking. - Software creates additional value: Integrating tank data into existing enterprise systems enables more
efficient processes. - Packwise combines hardware and software: The Packwise Smart Cap and Packwise Flow 2.0 enable
digital monitoring and management of industrial tank and container fleets.
Would you like to learn how Packwise can optimize
your tank monitoring?
Schedule an appointment with our experts today and discover the possibilities of Packwise.