Green Logistics: When Supply Chain Tech Meets Ecology

Hryhorii Sirenok
Project Manager at TRIARE
9 min read
How Does Digitalization Affect Green Logistics?

Green logistics is a sustainability solution, as consumers nowadays are favoring shops and companies that try to lessen their environmental impact. Logistics companies use digitization as the engine for sustainable supply networks. By implementing ML, AI, big data analytics, IoT, cloud, and other technologies, businesses create smart, efficient, and sustainable logistics. Let’s examine how they do this, but first, define what is green logistics.

What Is Green Logistics?

Green Logistics

Green logistics is the process of lessening the influence of transportation procedures on the environment. It belongs here: reducing carbon dioxide emissions, dealing with waste disposal and management, using recyclable products, etc.

The easiest way to make logistics operations greener is to digitize procedures at all stages. Digitization can help get rid of paper records and adopt alternative fuels. Over 50% of the logistics sector’s emissions come from retail supply chains. The growth of e-Commerce caused packaging volumes to rise and waste. That is why, all the stakeholders in the logistics operations game, including retailers, carriers, and consumers, realize how critical it is for their supply chains to install green logistics strategies and practices.

Benefits of Green Logistics

Benefits of Green Logistics

The company, its partners and suppliers, its clients, and every individual in society can benefit from green logistics. Here are a few examples:

  • Contented clients.

Clients, both commercial and retail, desire quick delivery and the ability to make simple returns. They want to know in real time where their products are on their route. Businesses that provide these insights attract new clients and maintain the loyalty of current ones over time.

  • New partnerships.

Businesses that use sustainable supply chains and green logistics are more appealing to corporate partners as well as customers. To lessen their carbon footprints, suppliers are investing and are keen to work with the greatest brands.

  • Long-term profitability growth.

Green logistics reduce waste, costs, and carbon emissions from the first to the final mile of delivery. Although there is a cost associated with utilizing green logistics, the long-term benefits exceed it. A green business is a successful business.

  • Recruitment is simpler.

The young generation of professionals is more likely to lean toward an organization that focuses on green logistics because they are concerned about the future of our planet and generations of people.

  • Improved reputation for corporate responsibility.

Large corporations are being held accountable for their role in global warming, which is seen as a social justice issue, more and more. Companies will succeed in the court of public opinion if they leverage the benefits of green logistics. Smart businesses are looking at their environmental impact worldwide. Those that are unwilling to change, run the danger of harming nature, and their brand and losing out to competitors.

How Does Digitalization Affect Green Logistics?

Digitalization Affect Green Logistics

Logistics interacts with new technologies, so let’s consider which ones and how.

  • IoT

Infrastructure management, waste reduction, and fuel efficiency are all made possible by IoT. IoT technologies assist in rational route planning and fuel consumption reduction. Second, a business may track the state of the goods as they are transported. An item is replaced if any damage occurs or if it is about to expire. IoT solutions for managing civic infrastructure make it more eco-friendly. Sensors, LEDs, and lampposts that collect data pave the way for green lightning.

IoT technologies have been incorporated into the businesses of many worldwide leaders. Well-known businesses are aware that digital opens up new possibilities and has positive commercial effects.

  • AI

The use of algorithms encourages collaborative synergy, which is essential to the efficiency of a logistical chain. A corporation can share transportation options with its partners when the supply chain is collaborative and intelligent. This technique records specific information about shipping companies using GPS data. In this approach, a business can speed up logistics, promote cost-effectiveness, reduce waste production, and go green.

The most well-liked use of artificial intelligence in logistics is for driverless cars. A company can improve its route planning by identifying more helpful routes. With this automation, the human element is removed, increasing accuracy. There will be more autonomous, zero-emission boats on the water in the coming years.

AI is also used for EV fleets. EV fleets have cheaper operating expenses and less downtime because electricity costs less per mile than gas or diesel and doesn’t need tune-ups or oil changes.

Another benefit of EVs for businesses is how simple it is to include them in a larger supply chain network that is connected to the cloud. Organizations may use AI-powered solutions to analyze both historical and current operational data, providing important insights into how to save costs, reduce fuel use, and improve their operations as a whole.

Another application for AI algorithms is in the planning of delivery urgency. More, they contribute to increased transportation efficiency by identifying the true need for it. The environment is analyzed by algorithms, which then produce routes that balance urgency and fuel. Furthermore, artificial intelligence is adaptable to changes in delivery priority. This kind of calculation can be time-consuming and inefficient when done by hand.

AI expedites the decision-making process. An organization determines the precise quantity of items, the precise shipping window, and the best vehicle type using deep reinforcement learning. The system’s ability to operate in real time helps it reduce risks and adjust to changes. Smart solutions suggest improvements and friendly partners and contractors by analyzing the supply chain.

  • Blockchain

The Internet of Things technology is necessary to achieve multi-party data exchange and real-time decision-making. Yet, problems with data security and privacy come up when this technology is used. A system through which unidentified persons can create and maintain any database on a distributed basis is the foundation of blockchain technology. Stakeholders may get consistent and trustworthy data and information on the logistics process of goods thanks to the traceability made possible by blockchain technology. Based on consistent and trustworthy data and information, stakeholders can reduce their use of resources and commodities to increase business earnings.

In logistics and supply chain design, the vehicle routing application is essential. Real-time data allows for the real-time optimization of vehicle routes to prevent gridlock and cut carbon emissions. As a result, energy use can be decreased while also protecting the environment. Users can access requirements and shipping details from the blockchain network and establish optimization goals to determine the best results. Better green logistics and supply chain design decisions can result from vehicle routing, which will increase sustainability performance.

  • Digitization of paper

Paper is everywhere in shipments, including order information, invoices, and delivery evidence, to mention a few. A retail or logistics organization does not need to still use paper in the modern era. With the help of technological developments and applications, businesses can digitize all processes, reduce their reliance on paper, and save trees.

Future of Green Logistics

The future of green logistics depends on people being more conscious of how traditional logistics methods affect the environment. The public is more inclined to request more eco-friendly goods and services as they become more aware of the problems related to climate change and sustainability. Many sectors of the economy, including the logistics industry, have already noticed this change in consumer behavior. A lot of logistics organizations are starting to integrate sustainability into their operations in reaction to this development.

The transition to electric cars is one of the most important trends in green logistics. Compared to conventional gasoline-powered vehicles, electric vehicles have several benefits, including fewer operating costs and pollutants. Electric vehicles are more and more practical for logistics tasks as battery technology advances. For their local operations, many logistics companies have already started using electric vehicles, and this trend is likely to continue.

The rising usage of renewable energy sources is another noteworthy development. Many logistics organizations are starting to use solar and wind power to run their operations as these technologies are becoming more and more accessible. For logistics operations to have less of an environmental impact, a transition away from fossil fuels is necessary.

Finally, the future of green logistics will be affected by the development of new technology. New technologies have the potential to increase the efficiency and sustainability of logistics operations. The logistics sector is developing. For instance, drone use is becoming more widespread in the logistics sector, and this technology has the potential to cut the carbon footprint of logistical operations.

Green logistics appears to have a promising future. More businesses are starting to integrate sustainability into their operations as the relevance of sustainability is becoming more recognized. For the logistics sector to have a smaller negative environmental impact and for the earth to have a bright future, more sustainable practices must be used.


Green logistics benefits from having the Internet of Things, blockchain, and cloud technologies integrated. Smart management, planning, and control are essential for now and tomorrow since synergy and complete synchronization are the foundations of productive work. A business gains advanced optimization, real-time visibility throughout the supply chain, and valuable information. Besides being able to respond, an organization becomes proactive, anticipates different outcomes, and takes wiser choices at every level.

Whether it’s choosing between different transit options, storing and handling different commodities, labeling, and packing, or something else, logistics decisions demand innovative and flexible solutions. Aside from innovation, investing in digital solutions also entails investing in exceptional experiences and high-quality services.

The future of green logistics will be centered on robust, AI-powered cloud-based logistics solutions that can help companies combine loads, automate dispatch and monitoring, optimize routes, decide when and where to charge batteries, compute ETAs, keep track of vehicle maintenance, and more. Routes and fleet capabilities will be tested using data modeling and simulations, and integrated technology can help integrate and check delivery and supply chain data along the whole value chain.

Every step taken to ease the delivery of goods benefits all parties involved, as it increases consumer satisfaction and engagement while also assisting businesses in enhancing their sustainability profiles and financial performance.


What kind of environmental effects do green logistics have?

By reducing emissions, using less energy and water, and producing less waste, green logistics can have a positive effect on the environment.

What obstacles must green logistics overcome?

Green logistics has some difficulties, including a high initial investment cost and a lack of infrastructure. Additionally, both organizations and consumers do not fully comprehend or are aware of green logistics.

Hryhorii Sirenok
Project Manager at TRIARE