The introduction of automation technology is significantly increasing across industries. Cement logistics is no exception. And why not? integrating technology and automation systems such as GPS tracking systems, RFID solutions, among others helps improving overall logistics processes.
Let’s dive deep into the blog post and figure out in detail the importance of automation technology in plant logistics management.
Below are the critical pointers that highlight how logistics operations at multiple stages in the cement industry can benefit from inplant automation and overcome the challenges.
Yard management in in-plant automation involves managing the coming and going of vehicles and moving goods within a facility. Keeping a close eye on vehicles entering and leaving is required for security and accurate record-keeping. Traditional manual approaches employing receipts and logs need to have tracked in real-time, leading to delays and security risks.
In-plant automation solutions integrated with RFID-based tracking systems help record vehicle movements, track locations via RFID scanners, generate invoices, and automate resource-intensive processes. This not only strengthens visibility but also reduces turnaround times.
Example: Consider a situation where trucks arrive at a cement plant to load and unload materials. Through yard management automation, each truck is tracked in real time as it enters and exits the facilities. This automated monitoring guarantees that no unauthorized vehicles enter and that the expected goods are loaded onto the specific trucks.
In contrast, depending on manual paper-based processes can lead to errors, delays, and potential security breaches.
Automated scheduling helps reduce turnaround time, leading to further optimization of operations in in-plant automation.
AI-based algorithms handle the scheduling of vehicles for loading and unloading at docks or warehouses, considering when they are ready for dispatch. Leveraging present records of transporters, vehicles, and dispatchers, this approach ensures specific vehicle readiness, thus ensuring time to market.
Example: For instance, AI-driven algorithms might choose that a particular truck should be loaded first because it has the shortest unloading time. Without automation, scheduling could result in human errors, leading to trucks waiting in queues, causing congestion and inefficiency.
As explained in the Yard Management pointer, in-plant automation optimizes the entry and exit processes via RFID scanners and cameras at the gates. Each vehicle is fitted with a unique RFID.
The RFID is scanned after the vehicle arrives at the entry gate, and cameras capture the registration number. This data is easily stored, feeding the vehicle’s entry. A similar process is performed at the exit gate. This process streamlines vehicle tracking and logging within the plant.
Example: Imagine a busy entrance gate at a cement plant where trucks arrive frequently. In a traditional setup, manual checks by security personnel lead to delays and potential errors. With in-plant automation, each truck is equipped with a specialized RFID tag.
As a truck reaches the gate, RFID scanners read the tag’s information while cameras grab its registration number in seconds. This quick and accurate process ensures seamless entry without continuous manual verification, improving security and efficiency.
In-plant automation significantly expands safety levels within the plant. This is achieved by integrating modern technologies like RFID and GPS tracking systems. These technologies allow real-time monitoring of vehicle movements and locations, improving accident prevention and security.
Moreover, automated gates with RFID scanners and cameras facilitate entry and exit processes, making operations efficient while providing comprehensive safety. Overall, in-plant automation builds a safer environment by seamlessly integrating advanced solutions into regular operations.
Example: Imagine a cement plant that requires high safety. In-plant automation elevates security to the next level by integrating RFID and GPS technologies. Suppose a worker navigating the plant with a GPS-equipped badge. Their exact location can be easily recognized in an emergency, allowing a quick response.
Besides, RFID tags on equipment can alert staffers if they enter a restricted zone, controlling accidents. This comprehensive safety minimizes risks that conventional manual methods might overlook.
Weighbridge automation is another critical feature of in-plant automation. This system automates the weighing process for a seamless flow of goods in and out, replacing traditional weighbridges with advanced technology solutions.
This change eliminates the necessity for booth operators. The automated weighbridge directs drivers through simple steps using signals and lights, enhancing accuracy, reliability, and efficiency, and lowering the chance of errors.
Example: Imagine a situation where trucks are weighed before entering or leaving the plant. A booth operator manually records weights in traditional setups, resulting in inaccuracy and errors.
Weighbridge automation replaces this with an intelligent system. As a truck enters, sensors detect its presence, and lights guide the driver to stop at the predefined spot. The system records the weight automatically, lowering errors and speeding up the process. This not only improves accuracy but also controls traffic congestion at the weighbridge.
Advancements in smart automation technology solutions are helping streamline InPlant processes in the cement industry seamlessly and enhancing efficiency, resulting in cost savings.
To discover detailed advantages of automation, and how Fretron tech solution helps with InPlant automation in the cement and manufacturing industry, contact the experts today.