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Kuebix Receives Food Logistics 2021 Top Green Providers Award

We’re excited to announce that Kuebix, a Trimble Company, has been selected as a Food Logistics 2021 Top Green Provider

When the Coronavirus disease (COVID-19) pandemic first began in March 2020, the Food Logistics staff thought that companies would put their sustainability initiatives on the backburner in order to better fight the virus. But, the opposite happened. Throughout this last year, companies have been moving sustainability to the top of their to-do lists, and the efforts are changing the supply chain industry for the better. 

The Food Logistics Top Green Providers award recognizes third-party logistics (3PL) providers, transportation providers, cold storage providers, technology companies and more whose products, services or exemplary leadership enhances sustainability within the cold food and beverage industry.

By leveraging supply chain technology like Kuebix TMS, shippers can improve operational efficiencies and make better informed decisions to reduce fuel usage and overall expenses. The pandemic made it especially important for logistics operations to be able to adapt to sudden fluctuations in supply and demand. 

Kuebix TMS enables users to efficiently manage their supply chains and make continuous improvements even in times of uncertainty!

3 Innovations Driving Sustainability in Supply Chains

Sustainability has been an increasingly important topic of conversation in business operations. In order to better understand the source of harmful gas emissions, the Greenhouse Gas Protocol has broken them down into three categories

Scope 1 – All direct emissions from the activities of an organization that are under their control.

Scope 2 – Indirect emissions from electricity purchased and used by the organization.

Scope 3 – All other direct emissions from the activities of the organization from sources they don’t own or control.

Scope 3 emissions are the biggest problem for shippers. Reducing them through sustainability initiatives is especially complicated because they are indirect in nature and require engagement throughout the supply chain. However, consumer priorities have shifted in recent years and they are more inclined to do work with businesses that have initiatives in place. A recent supply chain report from the Carbon Disclosure Project (CDP) revealed that over 1,000 companies are working to reduce their scope 3 emissions and 94% of them have science-based targets to help reach their goals. Here are a few different innovations and technologies helping supply chains work towards a more sustainable future:

Sustainable Aviation Fuel

Logistics companies and airlines have been working towards creating and using more sustainable aviation fuel. Kuehne + Nagel and American Airlines recently announced they are going to invest in 11 million liters of sustainable fuel. Things like plants, used cooking oil and solid waste can all be used to make a version of aviation fuel that’s better for the environment.

Battery-Powered Trains 

Research conducted by The Association of American Railroads revealed that if 25% of truck traffic moving at least 750 miles went by rail instead, annual greenhouse gas emissions would fall by approximately 13.1 million tons. Moving freight by train instead of truck has the potential to reduce greenhouse gas emissions by up to 75%. BNSF and Wabtec are creating a train powered by a battery instead of an engine that could reduce the transportation industry’s carbon footprint even more.

Alternative Truck Fuel

Battery-electric vehicles, fuel-cell-electric vehicles and vehicles that run on renewable fuels are the most widely discussed alternatives to vehicles dependent on fuel. Large truck manufacturers are looking into battery-electric vehicles and full-cell-electric vehicles because of their success in standard cars. The biggest challenge so far has been batteries – a larger truck needs a larger battery which is heavier and takes more time and energy to charge. However, renewable fuels show promise too. Energy company Neste is selling its own renewable diesel that cuts greenhouse gas emissions by up to 80% in comparison to petroleum diesel.

The driving force behind these sustainable innovations is technology. As alternative fuels and trucks continue to be developed, it will be interesting to see exactly what the future of sustainability in supply chains looks like!

Kuebix Receives Supply & Demand Chain Executive 2020 Green Supply Chain Award

We’re excited to announce that Kuebix, a Trimble Company, has been selected as a Supply & Demand Chain Executive Green Supply Chain Award winner! 

The Green Supply Chain Awards recognize companies making sustainability a core part of their supply chain strategy, as well as those working to achieve measurable goals within their operations. Recipients of this year’s award have made sustainability a priority in a time of crisis, focusing on ways to reuse or recycle items throughout their operations.

The Covid-19 pandemic has exposed supply chain risks and vulnerabilities that were previously overlooked. Companies are scrambling to adapt to new rules, regulations and shipping delays. Kuebix TMS empowers shippers to take control of their supply chains with next-level visibility and new opportunities for collaboration. 

Leveraging supply chain technology like Kuebix TMS makes it possible for companies to improve their operational efficiencies and move towards a more sustainable supply chain. In times of uncertainty, it’s especially important that shippers are able to leverage a platform that brings them significant ROI and time savings. By making better informed decisions, Kuebix users are able to automatically reduce fuel usage and overall expenses!

SDCE Green Award Kuebix TMS

Kuebix Receives a Supply & Demand Chain Executive Green Supply Chain Award

We’re excited to announce that Kuebix, a Trimble Company has been selected by Supply & Demand Chain Executive as a recipient of an SDCE Green Supply Chain Award!

The Green Supply Chain Award recognizes companies making green or sustainability a core part of their supply chain strategy, and are working to achieve measurable sustainability goals within their own operations and supply chains. The awards also recognize providers of supply chain solutions and services assisting their customers in achieving measurable sustainability goals.

This year’s 10th-annual awards recognize small, mid-size and large enterprises that leveraged green practices and solutions to further drive sustainable improvements in their supply chain. 

Kuebix is committed to providing technology that improves every part of their customer’s supply chain. Shippers who leverage the platform experience significant ROI and time savings and are also presented with the opportunity to use Kuebix TMS as a means to a more sustainable supply chain. 

Many companies don’t realize that environmental efficiencies come part-and-parcel with supply chain improvements and don’t have to negatively affect their bottom-lines. With Kuebix TMS, shippers are able to choose the most direct and cost-efficient load configuration and rate. Fuel usage and overall expense are automatically reduced by being able to make better-informed decisions! 

Supply and Demand Chain Executive

“Every year our Green Supply Chain Award recipients demonstrate what is achievable in supply chain sustainability,” says John R. Yuva, editor for Supply & Demand Chain Executive. “It is clear that while sustainability is not a new concept, there is always more we can accomplish.”

 “We extend our congratulations to this year’s award recipients and their commitment to green initiatives,” adds Yuva. “The entries serve as best-in-class examples for other companies to model and create value for their supply chains.”

 

10 Keywords Logistics Professionals Should Keep an Eye on in 2020

The start of a new year means that it’s time to realign priorities and set new goals. This doesn’t mean you have to start from scratch! There are plenty of topics and information from 2019 that are important to carry over into 2020. Below are a few keywords that are sure to make headlines this year:

1. Network-based Communities

A network-based community is a group of people interacting through their network-based platform. Network-based platforms are formally defined as a piece of technology or software that connects its users to create mutually beneficial opportunities for all involved.

2. Artificial Intelligence (AI)

Often referred to as AI, artificial intelligence is gradually becoming more common in the transportation industry. Artificial intelligence is the development of computers that allows them to perform tasks that traditionally call for human intelligence.

3. Virtual Reality (VR)

Virtual reality (VR) is an artificial environment a user experiences through sensory experiences created by a computer. The user’s actions alter what happens within the environment. In addition to its popularity in video games, virtual reality (VR) has begun to extend beyond the realm of entertainment. Many trucking companies use VR-based training programs for new hires.

4. Predictive Analytics

Predictive analytics extends beyond a traditional view of operations. It refers to the process of using data, statistical algorithms, and machine learning techniques to provide the most accurate projection of a company’s future performance possible. Predictive analytics uncovers patterns and relationships within data that create room for growth and improvement within supply chains.

5. Autonomous Vehicles

An autonomous vehicle is one that can direct itself without human conduction. While many don’t realize it, autonomous vehicles are already making deliveries in some parts of the country and are projected to be a significant part of the transportation industry!

6. Digital Supply Chain

The term “digital supply chain” refers to a supply chain dependent on capabilities provided by the internet to operate. Digital supply chains are always on and hyper-collaborative with carriers, suppliers and shippers on a singular network.

7. Transportation Management System (TMS)

A transportation management system (TMS) is the key to staying competitive in a continuously evolving marketplace. It is a system that companies can use to digitally manage their freight operations and eliminate traditional processes like calling and emailing partners.

8. Customer Experience

As consumer expectations continue to rise, their experience as customers become more and more important. Customer experience refers to the customer’s thoughts, feelings and perceptions regarding the employees, channels, systems and products of the company they are interacting with. Satisfaction with delivery is a big part of customers’ overall experience.

9. Sustainability

Growing environmental concerns mean that sustainability should be on every company’s mind. Those who are considered to have sustainable operations often utilize a TMS to transition into greener, more eco-friendly habits. Users are able to optimize truck routes and reduce supply chain waste – All while helping the environment!

10. Amazon Effect

It’s no secret that Amazon is dominating the retail industry. Amazon’s free, 2-day shipping guarantee to its Prime members has become an industry standard. The “Amazon effect” refers to customers demanding Amazon-like services such as fast shipping and visibility throughout the supply chain.

 

Kuebix TMS Sustainability Meat Alternative Labor Day

What’s Your Burger Made of This Labor Day Weekend?

Beef burgers have been a summer barbecuing staple for generations of Americans. From Memorial Day to Labor Day families and friends will gather to share this favorite food in backyards across the country, not to mention year-long at many popular fast-food chains. The traditional beef burger is changing, however. Now, when you head to your neighborhood BBQ this weekend, you may find yourself with a wider selection of burger patty options than you expected.

Meat-free options, health-conscious choices, and other patty alternatives are currently trending with consumers. The $90B global meat market is facing disruption unlike anything it’s seen before, with new fake-meat products entering the market every day and consumers branching out from traditional beef products.

Here are a number of popular beef patty alternatives that you may find at your Labor Day barbeque this year.

Beef patty alternatives:

  • •     Fake-meat patties (Beyond Meat, the Impossible Burger, etc.)
  • •     Veggie burgers (MorningStar, Gardein, Dr. Praegers, etc.)
  • •     Mushroom burgers
  • •     Homemade black bean burgers

Why Are Beef Patty Alternatives So Popular?

According to FAIRR, a global network of investors addressing ESG issues in protein supply chains, “Alternative proteins, which include plant-based substitutes for animal-based foods, are expected to capture 10% of the meat market in 15 years and are now worth around $19.5 billion.” It’s easy to see that beef patty alternatives are popular, but the question still remains, why?

Sustainability

Consumers continue to place a heavy emphasis on sustainability, with 68% of US internet users citing product sustainability as an important factor when making a purchase. The Food and Agriculture Organization of the United Nations (FAO) reports that livestock supply chains account for 14.5% of all global anthropogenic GHG emissions, a number which includes the burning of fossil fuels worldwide. Many consumers are searching for a more sustainable way to continue to enjoy burgers without contributing as highly to global emissions.

Changing Diets

Changing diets are having an impact as well. You’ve probably heard about diet trends like Paleo, Low-Carb, Vegan, Vegetarian, Keto, and Low-FODMAP. These and many other diet types play a role in consumers desire for patty alternatives. Some diets focus on weight-loss, reduced-sodium content, eating more “whole” foods, eliminating allergies, improving digestion, and adhering to religious or personal ethics. Consumers are becoming used to having more options to choose from to fit their lifestyles and the burger industry is only the latest industry to see a great diversifying of products.

What Does This Mean for the Supply Chain?

Many large brands are jumping on the meat-alternative bandwagon, and this doesn’t just include burgers! Most recently, Burger King, KFC and Dunkin’ Donuts announced that they would be adding fake-meat products to their menus. Now, you can get a vegetarian Whopper, vegan fried chicken or a plant-based sausage breakfast sandwich. Conagra’s Gardein meat-alternative unit saw its share of the meat alternative market rise to 11% in 2018 from 6% in 2013. Not wanting to be left out of this lucrative market, Nestle is launching its own plant-based Awesome Burger this fall.

The surge in popularity of meat alternatives is having both positive and negative effects on the supply chain. In the short term, manufacturers are facing issues with production. In May, the Impossible Burger’s creator, Impossible Foods, was forced to hire a third shift for its production line and begin building a second line to double supply. Many brands have signed new contracts with food service companies which they may not be able to fully supply at first.

Some grocery chains are also struggling with where to shelve fake-meat products. Some have shelved Impossible Burgers and other meat-like options in the meat aisle, much to the confusion of some. Others are creating or expanding their vegetarian and vegan sections to accommodate new products. These short term problems are expected to slacken as production lines boost output, procurement teams become accustomed to a new category, and retailers adjust their offerings.

In the long term, meat-alternatives promise to be easier for supply chains. This starts with a reduction in the need for livestock which require their own complex supply chains to function. In general, plant-based products have fewer touch-points compared with meat-based products, meaning logistics teams will have fewer points to manage. Patties will also be easier to transport and have higher levels of food safety. Once the initial hurdle of transforming supply chains to accommodate new SKUs and product types is complete, this promises to be a new, lucrative industry for food manufacturers to compete within.

So, if you get to the grill this weekend and see more options than just the standard American beef patty, pick the one that works best for you and remember to have a great Labor Day weekend!

Green Supply Chain Fuel Types Kuebix TMS

5 Alternative Fuels that Will Reenergize the Transportation Industry

The transportation industry relies heavily on diesel to help it successfully transport products from manufacturers to consumers via trucks worldwide. Technology has been instrumental in reducing the number of empty miles driven, and finding an alternative fuel source is the next step for eco-conscious companies.  As concerns about the longevity of fossil fuels grow, the search for a more sustainable fuel is intensifying.

There are more than 222 million licensed drivers in the U.S. today and the amount of fuel needed to power their vehicles is astronomical. The transportation of people and goods accounts for 30% of all primary energy consumption in the U.S. Gasoline is a byproduct of fossil fuels, of which the earth has a limited supply. The discovery of an alternative to gasoline is vital to preserving our modern way of life and avoid running out of fuel altogether.

Fortunately, scientists and engineers are already tackling this problem. The switch toward alternative forms of fuel is still in its infancy, but researchers are working tirelessly to create cleaner, more sustainable energy sources. Below are just five potential forms of less harmful and more sustainable fuel that have the potential to replace gasoline and introduce a new wave of cleaner, more efficient vehicles:

Electric

There are currently three types of electric cars: battery electric vehicles (BEV), plug-in hybrid electric vehicles (PHEV) and hybrid electric vehicles (HEV). As of 2024, there are over 4 million electric cars on the road in the U.S. today, with almost 10% of all new cars being sold are electrics (according to Our World in Data). Electric cars are known to be environmentally and economically friendly as they drastically reduce harmful emissions and save users all of the money they would have spent on fuel.

However, electric vehicles are restricted to a specific number of miles they can drive before they need a recharge (the average is about 100 miles). Outside of major cities charging stations are difficult to come by, making electric vehicles less than ideal for lengthier trips. In order for electric trucks to become a viable option for the supply chain, a solution to the limited range needs to be found. Once electric vehicles are able to carry heavy loads for longer stretches of road, the logistics industry will have a new, viable option for shipping.

Ethanol

Ethanol fuel consists of the same alcohol that is in most cocktails. It originates from plant matter including algae, trees and corn. Ethanol fuel is renewable and much better for the environment than gasoline as it produces less carbon dioxide, hydrocarbon and oxides of nitrogen emissions.

The production of ethanol can support farmers and create agricultural job opportunities. Ethanol production can also be domestic, which helps reduce dependence on foreign oil. Gasoline is often blended with a high percentage of ethanol to create a cleaner-burning fuel because of its higher octane levels.

A transition to fuel made only of ethanol would be simpler than other options because newer trucks are consistently manufactured with the ability to burn ethanol-mixed gas and wouldn’t have a problem burning pure ethanol. Since many gas stations are already selling a blend of gas with ethanol in it, potential infrastructure problems are not as likely if the industry ever makes the switch.

The point of concern with transitioning shipping entirely to ethanol fuel is the effect it would have on crop prices. Utilizing crops as fuel rather than as food would drastically increase the price of corn and other produce. In order to have ethanol completely replace gasoline, a significant amount of the world’s forests and free spaces would have to be dedicated to farmland.

Biodiesel

Biodiesel is a renewable fuel made from vegetable oils and animal fats and can be used before cooking or recycled even after use in cooking. It is non-toxic, biodegradable and emits less harmful chemicals into the atmosphere. Biodiesel can work in any diesel engine, making for an easy integration into the transportation industry.

Although there are many positives to biodiesel fuel, it still presents its fair share of challenges. The storage of biodiesel fuel can also cause some major problems over time. When it’s stationary for an extended period of time, biodiesel tends to thicken which can clog filters and create corrosion.

Hydrogen

Hydrogen is a popular and highly innovative alternative to gasoline. Fuel cell vehicles are technically considered electric vehicles, but they rely on a mixture of oxygen and hydrogen to produce electricity rather than a traditional battery. These cars are similar to gasoline and diesel vehicles as they are refueled in the same conventional manner and share the same long-distance driving range, allowing them to drive further and faster than battery-powered electric vehicles.

A vehicle with a fuel cell and electric motor running on hydrogen can be two to three times more efficient than gasoline. These vehicles discharge zero harmful emissions, only water. Hydrogen fuel can be produced domestically from nuclear power, natural gas, biomass and renewable powers like wind and solar energy.

The biggest problem associated with hydrogen fuel is cost. The fuel cells required to power hydrogen-fueled cars are very expensive, and there are very few gas stations that currently offer hydrogen as fuel. Should the transportation industry ever decide to make the switch to hydrogen-powered trucks, the eventual ROI could make it worth it.

Natural Gas

Natural gas is a fossil fuel mostly comprised of methane. This alternative to traditional fuels can be produced domestically and is less expensive than gasoline. Natural gas could cut back on greenhouse gas emissions by 10% as well.

The reason natural gas hasn’t supplanted gasoline as the preferred fuel type is because of the limited number of vehicles on the market with the capability to utilize it. Making trucks natural gas-friendly would be a very costly investment for the trucking industry. There are very few fueling stations that provide natural gas and it provides fewer miles-per-tank than vehicles running on gasoline or diesel.

Circular Supply Chain Kuebix

Why Circular Supply Chains Will Replace Linear Supply Chains in the 2020’s

Since humans began making and distributing products to one another, the structure of the supply chain has remained predominantly untouched. Raw materials flow in, are changed into a product and are then distributed and used until finally they are thrown away. This linear chain has been sufficient to keep economies churning, but a new, more profitable supply chain methodology is gaining in popularity: the circular supply chain.

The circular supply chain is a model that encourages manufacturers and sellers of products to take discarded materials and remake them for resale. The traditional model of “take, make, and throw away” is an economic dead-end and is costing businesses as they struggle with raw material costs and volatility. Instead of producing one-time-use products, companies are refurbishing used parts or melting down products to turn back into their raw material form.

Instead of a linear “in and out” methodology, businesses are increasingly opting to loop their supply chains to cut down on costs and create less waste. Contrary to popular belief, this process is actually more economical in the long run for companies. It’s the initial investment process changes that cause many to ignore opportunities to reuse materials. Once processes are in place, companies spend less money on raw materials, help the environment (which can result in government incentives), are at less risk of price volatility, and, perhaps most important of all, please their customers.

Circular Supply Chain Infographic Kuebix

Here are some of the reasons why circular supply chains will replace linear supply chains in the 2020’s:

Save Money and Grow Business Value

The circular supply chain, at first glance, appears to predominantly be a methodology for companies to reduce environmental impact, but it’s much more than that. By reusing parts and materials, companies can get the maximum benefit out of the raw materials they purchase. Instead of throwing products away at the end of their lifecycle, they can be turned back into profit with lower costs than making a new product from scratch. Throwing away products wastes the investment companies have already poured into the product (labor, materials, and energy). It simply costs less to refurbish or recycle materials into new goods. By connecting the end of the linear supply chain with the beginning, companies can save money by reducing the overall cost of producing their products.

Societal Benefits of the Circular Economy

Going green remains a hot topic in just about every industry. The EPA reported that Americans produced 262.43 million tons of trash in 2015. That’s up by about 3.5 million tons compared to 2014 and 54.1 million tons since 1990. As consumers create more and more waste each year, it’s up to both businesses and individual consumers to choose products that have small environmental footprints.

Consumers are increasingly conscious of their shopping decisions. According to a report by Nielsen, 66% of global consumers say they’re willing to pay more for sustainable brands. A full 73% of millennial shoppers (those born between 1977 – 1995) are willing to pay more for sustainable goods over traditional ones. Companies that want to stay relevant and grow market share need to be catering to a public that is increasingly conscious of their environmental impact.

Recycling and Reusing Protects Against Price Volatility

Raw material prices are constantly a struggle for many companies trying to plan their budgets and keep total costs of goods under control. Many categories of virgin materials are constantly shifting in price, especially metals which have seen more volatility recently than any decade in the 20th century. By anticipating the amount of reused and recycled materials that can be used in the production of new goods, companies can more accurately gauge their expenditures and keep costs under control.

Circular Supply Chains Help Companies Meet Regulation Standards

Many government regulations are pushing businesses to adopt the circular supply chain by creating laws and regulations around recycling and waste disposal. Others are offering incentives to companies that make active efforts to “go green,” no matter whether their end goal is to reduce environmental impact of simply boost their bottom lines.

These are some examples of laws around the world that are now in place:

•    EU Packaging Directive – requires all countries in the EU to recycle 50% of their packaging waste.

•    Japanese Recycling Laws – require businesses to recycle packaging materials into something reusable.

•    California Recycled Content Laws – no plastic bags, 25% of all plastic containers must be recycled, and more.

•    UK Landfill Directive – all UK-based companies must recycle or treat their waste products, regardless of their size and turnover.

Circular Supply Chain Success Stories

Nike’s “Reuse-A-Shoe” program and Adidas’s partnership with Parley for the Oceans are demonstrating the power of the circular supply chain. Nike encourages customers to recycle their old shoes at local Nike sellers. Those old shoes are then turned into Nike “grind material” and transformed back into new shoes for sale. Not only does this keep old shoes out of landfills, it helps boost Nike’s image and saves them on material costs.

Adidas is perhaps even more famous for its circular supply chain project. They have pledged to make 11 million sneakers out of recycled plastics pulled from the ocean. They have already seen tremendous success with their recycled line of shoes and are on track to make $1 billion helping solve the problem of ocean plastic.

One company that began using the circular supply chain model even before the term was coined is Renault, a French vehicle manufacturer located outside of Paris. In 1949, the company was looking for ways to recover from the devastating effects of WWII. They began offering used vehicle parts at discounts between 30 – 50%, but with the same warranties and guarantees as new parts. Their goal was entirely to drive profits and create a business that could flourish in an economy low on raw materials. Today, that same plant outside of Paris generates annual revenue of roughly $270 million! Now, it even designs its major vehicle components to be easy to disassemble for even more profitability.

The Circular Supply Chain is the Future

If you’ve ever heard the quote, “One man’s trash is another man’s treasure,” you can understand the concept of the circular supply chain. Circular supply chains turn waste into opportunities as regulations on recycling and proper disposal of manufacturing byproducts become tighter. Often byproducts can be reclaimed and re-used within the manufacturing process where companies can develop new revenue sources for products that were previously discarded. Companies looking to stay profitable in the 2020’s will be looking for ways to reduce their costs and please their customers. Adopting the circular supply chain methodology, therefore, just makes sense.

There are many ways to reduce the environmental impact of shipping freight, if you’re interested in learning more, click here to see how Kuebix helps shippers reduce theirs.

Sustainable Supply Chain Kuebix

6 Ways to “Go Green” With Supply Chain Technology

Sustainability initiatives and efforts to “go green” are trending through every industry and many are focusing on the supply chain. There are innumerable reasons why companies are prioritizing sustainability. These reasons range from everything from worries about climate change, the need to save money and streamline operations, to increasingly eco-friendly customer bases and the need to please investors that are prioritizing sustainability.

Bloomberg New Energy Finance reported in January that global venture capital investment into startups focused on sustainability jumped 127% to $9.2 billion in 2018, which is the highest seen since 2010. If that increase in investments doesn’t show where the economy is headed, Forbes recently reported on a study which found that:

  •      •     68% of Millennials bought a product with a social or environmental benefit in the past 12 months.
  •      •     87% of consumers will have a more positive image of a company that supports social or environmental issues.
  •      •     88% will be more loyal to a company that supports social or environmental issues.
  •      •     87% would buy a product with a social and environmental benefit if given the opportunity.
  •      •     92% will be more likely to trust a company that supports social or environmental issues.

There is plenty of evidence that sustainability initiatives can improve companies’ bottom lines and strengthen customer loyalty and brand awareness. Finding the opportunities to implement these green initiatives, however, can be seen as a challenge for many organizations unfamiliar with this new terrain. For most companies selling physical products either B2B or B2C, the low-hanging fruit for environmental change lies within their supply chains.

The simplest and most effective way for companies to understand, streamline and make strategic changes to their supply chains is to leverage supply chain technology like transportation management systems (TMS). With the help of technology, companies can make environmentally friendly changes to their supply chains and add to their overall company sustainability initiatives.

Here are 5 ways supply chain technology can help companies can “go green”:

  1. Plan Routes More Effectively

According to the American Trucking Associations, 3 billion gallons of fuel was consumed for business purposes in 2016. That number has likely grown as gross domestic product (GDP) in the United States increased 2.3% from 2016 – 2017 as reported by the World Bank. Reducing fuel consumption should be a priority for businesses not only to benefit the environment but also to reduce transportation costs.

Technology can help logistics professionals choose the best route for every load, something that can be nearly impossible to do by hand. Instead of manually comparing routes and consolidating loads one by one, routers and warehouse employees can leverage optimization technology to automatically create the perfect load based on predetermined parameters. An algorithm in the technology will ensure the fewest number of miles are driven for the maximum number of orders per truck, reducing overall fuel consumption.

  1. Select the Best Mode

Selecting the best mode for every shipment is another way to ensure less fuel (and money) is used on a shipment. Many shippers don’t have time to compare LTL, FTL, ground freight pricing, and parcel for every order, however. With a transportation management system in place, every available mode type can be easily compared on a single screen. That means orders which would normally be shipped as LTL, for example, may be able to be shipped as parcel. By choosing the best mode type for every shipment, companies reduce wasted space on trucks and save money in the process.

  1. Fill Empty Miles

For companies with their own fleet assets, filling empty backhaul and deadhead miles can be a lofty goal. Finding and booking available backhaul freight can be nearly impossible to do manually. It can require one or more individuals to dedicate all of their time to find opportunities, and more often than not those opportunities aren’t repeatable. By connecting to a transportation management system with a large shipping community like Kuebix, fleet owners can be easily matched with available backhaul freight. This means that trucks drive empty less of the time and less fuel goes to waste.

  1. Waste Less Fuel Idling in the Yard

Idling is a large culprit of wasted fuel consumption. According to the U.S. Department of Energy, a typical long-haul truck “idles about 1,800 hours per year, using about 1,500 gallons of diesel.” That’s a shocking amount and most certainly cutting into companies bottom-lines, not to mention contributing to overall fuel emissions. While much of this time idling comes from regulated rest periods, some of it comes from long waits at gates and for available docks in yards. Not only are detention fees being racked up, fuel usage is as well.

  1. Embrace the Circular Supply Chain

The circular supply chain is about taking apparent waste materials and returned goods and turning them into products which can be resold. Shippers can embrace this level of “reduce, reuse, recycle” by using a transportation management system to help track their orders and returns. Complete visibility to products down to the SKU level can help OS&D and customer service departments understand exactly where returns or damaged products are and turn apparent trash into revenue streams.

Circular Supply Chain

 

  1. Reduce the Paper Trail

At their core, supply chain technologies are helping move traditionally operating supply chains to the digital age. That means saying goodbye to the physical paper-trail associated with shipping and instead keeping track of all operations online. By leveraging cloud-based supply chain technology, companies save paper while also speeding up their operations.

Should My Company “Go Green?”

If you’re asking yourself if your company should try to improve their environmental footprint with a sustainability initiative, the simple answer is yes. No matter why you decide to “go green” there will likely be positive benefits for your company. You’re likely to save money, please customers and investors and make a positive impact on the environment. A large portion of companies’ carbon footprints stems from the supply chain, making it the obvious place for many companies to begin their green initiatives. With the help of supply chain technology like transportation management systems, the overall environmental impact can be reduced in a smart and simple way.

valentines day chocolate supply chain

Chocolate and the Supply Chain

Valentine’s Day and chocolate go hand in hand for much of the western world. Americans alone consume 2.8 billion pounds of chocolate each year! This means that the supply chain needs to work hard to keep up with the demand. The chocolate supply chain isn’t as palatable as the tasty treat, however. It’s riddled with issues that span from fair trade concerns to sustainable harvesting practices. Once it reaches the continent it will be sold on, supply chains battle with temperature control and getting the final products onto store shelves before major holidays like Valentine’s Day.

chocolate infographic

A Brief History

Chocolate has been consumed by humans dating back as far as 1900 BC, and the practice isn’t likely to end any time soon. The Olmecs (modern Mexico) were the first to start using ground cocoa seeds for consumption. In fact, most of the Mesoamerican people used cocoa to make chocolate beverages. The English word for chocolate is derived from the Classical Nahuatl word “chocolātl”.

Fair Trade Initiatives

Thousands of years later, consumers like their chocolate in a myriad of forms. Whether it’s hot, cold, mixed into a dessert, or in bar form, chocolate is almost universally loved. It’s tragic, therefore that some supply chain practices aren’t as ethical as others. There are growing concerns about the treatment of laborers in countries like Côte d’Ivoire, where roughly 43% of the world’s cocoa is harvested.

New fair trade and sustainability initiatives began to gain support in the 2000s as many chocolate producers seek to address concerns about the marginalization of cocoa laborers in developing nations. International producers like Hershey have put out commitments to source 100% Certified and Sustainable Cocoa by 2020. Other companies like Aldi, a German discount supermarket chain, are using more fair trade cocoa in their assortment of products.

Manufacturing Process

Once the cocoa beans have been harvested, they’re transported by ship to the continent they will be produced and sold on. The cocoa beans are sifted for foreign materials, roasted in large rotating ovens, and cracked open. Once the shells are blown away, all that’s left are crushed and broken pieces of cocoa beans which are called “nibs.” These bits can be found in specialty chocolate shops and are ready for consumption, though quite bitter.

The cocoa nibs are then ground into a thick paste known as chocolate liquor, though they don’t contain any alcohol. Cocoa butter is either removed at this point to produce cocoa powder or other ingredients like milk and sugar are added to improve the flavor of the end product. The chocolate is rolled through a series of mixers at this point to achieve the smooth, silky texture associated with chocolate, otherwise you’d be left with a grainy texture in your mouth. From here, the chocolate is tempered with heat and put into molds before being packed and prepared for shipment!

Final Mile

Transporting the final product to the end consumer is a challenge for supply chain professionals. In order for chocolates to retain their shape, they need to be in temperature controlled areas at all times. This means reefer units and quick load and unload times at every dock. Leaving chocolates idling in the yard can ruin the entire shipment.

Since the supply chain is so long and usually involves international harvesting, the time between initial order to final sale can span months. Valentine’s Day chocolates may have been originally purchased by a retailer’s procurement department about the time Halloween candy hit store shelves. The nature of specialized product makes the time constraints even more difficult. If chocolates are even a few days late, they could miss their designated holiday and need to be sold at a reduced price.

No matter where you get your chocolate from, it undoubtedly has a long history of where it came from and how it finally arrived in your hands. It’s important to understand how the supply chain plays a role in getting everyday objects many take for granted to their end destination.

Kuebix Earth Day Sustainability

Meet Sustainability Goals with the Help of a TMS

U.S. Senator Gaylord Wilson, from Wisconsin, witnessed the effects of a massive oil spill along the California coast in 1969, motivating him to bring attention to the environment. He established the first Earth Day on April 22, 1970. It was wildly popular, sparking national interest, so popular that Congress established the US Environmental Protection Agency and passed the Clean Air Act, Clean Water Act and Endangered Species Act that same year.

Since Earth Day began, it has expanded globally to over 192 countries – all working together to raise awareness for sustainability and protection of the Earth. The 50th Anniversary of Earth Day will take place two years from now on April 22, 2020. Click this link to be a part of the Earth Day Network’s mission to broaden, diversify, and mobilize the international environmental movement.

Logistics is at the heart of the U.S. economy, without shipping our country would come to a standstill. The majority of American businesses rely heavily on an enormous amount of diesel fuel each year. According to the ATA (American Trucking Associations)

Fuel Consumption –

·     3 billion gallons of fuel consumed by those trucks used for business purposes in 2016

          ·     8 billion gallons of diesel fuel

          ·     5 billion gallons of gasoline

·     The trucking industry spent $105.2 billion buying diesel fuel in 2015

·     Diesel fuel is often the second highest expense for motor carriers after labor and can be as much as 20% of total operating costs.

Not only is fuel an expensive commodity for companies to purchase, it also has huge implications for the environment. Shippers can have a real impact on CO2 emissions by reducing the amount of fuel they consume. One of the easiest ways for companies to achieve this is to ensure that their trucks are always as full as possible, and their delivery routes are optimized.

Kuebix is helping shippers meet their sustainability goals by facilitating the consolidation of LTL shipments into FTLs when possible. SupplierMAX, Kuebix’s program for streamlining inbound operations, helps shippers standardize a set of carriers to enable loads to be consolidated as a regular practice. An excessive number of inbound deliveries leads to higher emissions, greater idling times and increased unloading costs. Fewer trucks on the road means a decrease in fuel consumption and overall lower costs. It’s a win for suppliers, shippers and the environment!

Shippers can do their part to improve air quality by reducing the number of trucks they have on the road. A robust transportation management system like Kuebix TMS helps to facilitate the creation of an optimized transportation strategy. To honor Earth Day 2018, any shipper can begin to meet their sustainability goals by improving their supply chain efficiency with the help of Kuebix TMS.