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UK Packaging News: How Innovation and Technology Support EPR?
EPR, also known as Extended Producer Responsibility, is a policy especially designed to hold producers accountable for the lifecycle of their entire product line. And it majorly focuses on waste management. For businesses that come under EPR jurisdiction, managing compliance can demand resources and can be quite challenging to fulfil.
Nevertheless, technology has always been a key player in enhancing the performance of EPR and helping businesses so they can fulfil their regulatory responsibilities and can strengthen broader environmental objectives.
In this blog, we are going to discover how technology is playing its part in streamlining business processes and how it’s reshaping the whole recycling industry. We are also going to provide key strategies for businesses so they can be compliance-ready and also encourage a more sustainable future. Let’s take a look at the latest UK packaging news!
The Role Of Technology In Enhancing Epr
Technology helps in providing building blocks that manage the operations of the EPR system. A lot of digital platforms are available online that serve as a communication hub for manufacturers to register and insert the exact quantity of their products. The information is stored in databases that allow administrators to calculate the fees and also track compliance status.
These online portals are really helpful in storing the data and easing up the reporting procedure for producers; another benefit that they provide is that they reduce the possible errors that usually appear with paper-based systems.
The system is integrated with communication tools, such as messengers and an email platform that regulates routine conversations between the program operators & obligated companies. Another main feature of these online systems is that they use Geographic Information Systems (GIS), which helps in tracking collection points and processing facilities, which render assistance in logistics planning. While these technologies might sound simple, incorporating and running them daily requires high-tech integration.
Modern Technologies Being Used By EPR
1. Blockchain Technology
A blockchain is a digital setup that safeguards the data, secures the records and makes it challenging for anyone to tamper with it. It is similar to a digital ledger where all information is stored in a block, forming a chain of data sets. It is being recognised globally for enhancing accountability and transparency in supply chain management. As EPR demands tracking the life cycle of packaging and products, traceable records of materials are quite essential for running EPR’s operation smoothly.
Blockchains provide a transparent and secure ledger that is useful for tracking packaging material from the beginning of the production process all the way to discarding or recycling. The most beneficial feature of blockchain technology is that once the data enters its system, it cannot be modified until everyone in the system gets a notification, and that is what truly makes it trustworthy, transparent & secure.
Imagine a glassware manufacturer using blockchain in every stage of the glass-making process, i.e., from production to distribution, all the way to recycling and recording it in a secure digital ledger. For example, when the glass reaches the recycling plant, the whole process is already logged on the blockchain. The minute the glass becomes successfully recycled, the data gets updated and becomes visible to everyone in the chain, including manufacturers, regulators & recyclers.
2. IoT: Transitioning Waste Management
The Internet of Things, usually known as IoT, denotes an interconnected network of devices that collect and share data online. This technology is being used everywhere today, from smart home appliances to industrial sensors, as it allows them to communicate and update the information. IoT is another technology that is making a significant impact on the recycling industry.
Connected devices, smart sensors and real-time data collection are quite helpful in optimising waste collection and simplifying the recycling processes. For example, smart bins these days monitor waste levels and can enhance the process of timely collections, hence improving the effectiveness of the waste management system.
Iot can easily track packaging waste and is being used by businesses under EPR. It simplifies the process of tracking from disposal to recycling. For instance, a snack company might use IoT-enabled devices to track how much of its product packaging is recycled as compared to being discarded. This data can be quite useful for companies to understand their packaging’s impact on the environment and to make future decisions. IoT also provides value by providing accurate reports of the lifecycle of companies’ packaging that can be easily shared with respective EPR authorities.
3. Intelligent Automation Revolutionising Waste Sorting
Automation and robotics are helping transform the packaging recovery facilities by shifting the turnaround time of these procedures much faster and more safely. Companies are also incorporating AI-powered robotic sorting systems that are capable of processing up to 4,800 items per hour, which surpasses manual speed, which is quite slow.
Additionally, a robotic arm equipped with AI vision can outperform manual workers, who usually perform 30-40 picks, whereas AI can perform 80 picks per minute.
These systems can not only operate continuously but also reduce workers’ exposure to harmful chemicals or hazardous materials. According to a report by Wifialents, recycling facilities can process up to 25% more recyclables per shift while reducing contamination rates in sorting streams from 20% to around 5% just by integrating robotics and machine learning.
Did you know that according to arxiv, AI-powered waste sorting system effectiveness can be accurate up to 97% while classifying different materials such as metal, paper & plastic? And around 3000+ IoT-powered smart bins are being utilised in EPR’s waste collection programme. Overall, this setup has been running successfully, reducing collection costs by over 15%. The above picture is adopted by the OECD and defines the total EPR market value by segment. 60% of the market is occupied by the packaging industry, while the second biggest player remains WEEE, and the tires sector stands at the third tier.
Wrap up
The recycling value chain is being strengthened by digital technologies actively, such as blockchain, IoT sensors and advanced analytics. These innovations are not only improving the procedure but also ensuring transparency and accountability all along. Blockchain-powered tracking platforms are successfully monitoring around 70% of EPR credit transactions, which is beneficial in ensuring accurate waste tracking and preventing fraudulent recycling certificates.
In this blog, we have broken down the latest UK packaging news. Here at Emenac Packaging UK, we also support sustainable goals. Check out our latest custom addition, the petal-top boxes. Contact us for more information!
