The Impact of E-Commerce Development on Urban Logistics Sustainability
Abstract
The purpose of the present paper is to present some
sustainable solutions for urban logistics. The approach is to identify
the present challenges for urban logistics caused by the increase of
freight volumes due to the development of e-commerce. To meet them,
companies’ sustainable practices were analyzed and the utilization of
new electric power train technologies seem to offer interesting results
for reducing carbon emission impacts. Using methods of literature review
and experiences from ongoing electric mobile research projects, this
paper argues that electric vehicles in urban distribution are a yet
underestimated element towards more efficient transport processes—hence
economic advantages for companies, towards the reduction of a company’s
foot-print and even towards an increased service level for the
customers.
- Introduction
Sustainable urban logistics has received much attention in recent
years, due to continuously increasing freight volumes in e-commerce.
Online shopping is a modern retail channel which, in alignment with the
global trend of urbanization, leads to increased commercial traffic,
congestion’s and hence pollution in areas with dense population. Many
companies already introduce sustainable initiatives in order to reduce
their ecological footprint both in terms of sustainable production and
sustainable distribution. Simultaneously new electric power trains in
vehicles provide an opportunity towards emission free transport.
However, this new technology is mostly not considered within companies’
sustainable initiatives, yet.
The present paper presents key challenges of e-commerce and an
approach towards sustainable urban logistics by using electric vehicles
and by further integration of all participants within the transport
chain, which corres-ponds with companies’ sustainable initiatives.
- E-Commerce and Its Challenges
E-commerce currently appears to be one of the fastest growing
marketing channels for different kinds of prod-ucts and services for
consumers. Buyers and sellers that engage in E-commerce retail trade are
no longer
How to cite this paper: Schöder, D., Ding, F. and Campos, J.K. (2016) The Impact of E-commerce Development on Urban Logistics Sustainability. Open Journal of Social Sciences, 4, 1-6. http://dx.doi.org/10.4236/jss.2016.43001
stricted by store hours, geographic marketing areas, or catalog mailing lists. In Figure 1,
it is expected that the global B2C e-commerce trades are going to reach
the value of 2.356 trillion dollars and the percentage of the global
GDP account for 1.61% in the year 2018, almost nearly twice with year
2013. According to the eMarke-ter’s forecast, Asia-Pacific, which just
about 16% of the total population but account for as many as 46% of all
digital buyers in the world, is now expected to become the leading
region for e-commerce sales in 2015, representing a 33.4% share next
year, compared to 31.7% in North America and 24.6% Western Europe (Figure 2).
Furthermore, due to the development of communication technology,
mobile e-commerce and social media will rapidly gain in importance.
Mobile traffic to e-commerce sites has increased from 3% to nearly 37%
in the last four years. Social media is evolving in much the same way,
in 2015, 5% of all online retail revenue is forecasted to be
attributable to social media, representing a sizeable $ 14 billion [1].
Moreover, cross-border online shopping is worth $105 billion in 2013
with 94 million consumers regularly buying from overseas websites. By
2018, this will increase nearly 200% to $307 billion with 130 million
cross-border online shoppers [2].
The reasons for the stated developments in online shopping are better
prices, larger selection, convenience, and time savings [3]. However,
because the online products is likely to be packaged individually and
hard to re-turn them, a further increase of internet shopping will lead
to more deliveries and an increasing freight volume in residential area.
It may have some negative effects like congestion issues, environmental
concern and traffic safety etc. To solve this problem, sustainable
urban logistics solutions are required in the city centers [4].
Distinct from offline business models, e-commerce is characterized by
higher interactivity, 24/7 availability and hence an increased
importance of logistics processes. The logistical systems of many
companies are not sufficient to manage the new challenges.
Figure 1. Global B2C E-commerce sales and percentage of GDP from 2013 to 2018 (in billion U.S. dollars) [1].
Figure 2. B2C E-commerce sales share worldwide, by region, from 2013 to 2018 [1].
- Fast and flexible deliveries: A positive delivery (or return) experience is essential in order to create cus-tomers loyalty to e-retailers. Concerns with delivery remain a barrier for consumers shopping online for physical goods, specifically when looking to shop cross-border. In addition, flexibility in delivery location and flexibility in delivery time slots are becoming increasingly relevant to consumers. Furthermore, tends to favor faster trans-portation modes can increase fuel consumption exponentially and may lead to inefficient utilized transport ca-pacities.
- Home delivery: The most important consequence of e-commerce is the changed sink of transport chains. Highly bundled shipments to retailers are substituted with far less bundled shipments to end consumers. There-fore, retailer and manufacturer will have to reconfigure their established logistics systems from consolidated shipments to small packages. This development is often criticized for causing increased traffic.
- Reverse logistics: The increasing challenge in reverse logistics today is the growth of returns resulting from the rise of e-commerce. In most countries, more than half of all online shoppers have returned an online purchase. The highest incidence is in Germany where 77% of online shoppers have made a return. The high return rate in Germany is favored by the fact that most returns are free of charge, especially in the fashion segment. As a result, e-commerce development cannot ignore efficient operations of reverse logistics [5].
The global trend of urbanization is aggravating the challenges in
e-commerce. Due to the increased freight volumes, the majority of all
sinks in e-commerce caused transport chains is located in urban areas.
Smaller lot sizes and increased freight volumes are increasingly causing
congestion and pollution in areas with dense population. Therefore, the
general public demands to restrict the urban access of freight
vehicles, resulting in a bottleneck for the further development of
e-commerce. The logistics need a sustainable solution.
- Sustainable Supply Chain Practices
Using the Framework for Managing Sustainable Supply Chain Practices
[6] as a background, data from six companies were collected in order to
better understand which strategies and practices have been implemented
to overcome the sustainability challenges into their logistics processes
caused by e-commerce operations (Table 1) . The
selected companies are included either in the Newsweek Green Ranking or
in the Global Social Ranking, representing, thus benchmarks of the
consumer goods industry. Information about companies’ practices towards a
more sustainable supply chain was searched in their website as well as
available free self-publications [7].
The findings provided some interesting insights about the current
behavior of companies from consumer goods industry, especially the lack
of certain investments that might result in more sustainable operations
when considering the challenges intensified by e-commerce. The first
finding was a lack of collaborative initiatives with suppliers, despite
the fact that the selected companies invest significantly in supplier
selection and assess-ment practices such as requiring them to comply
with specific sustainability guidelines. Some changes were visible such
as the use of “nearshoring” or “backshoring” which means to return
operations to their home country or closer to home [8]. This strategy
helps reducing costs and overall emissions from inbound transport.
Fur-thermore, practices related to the governance were vast. All
companies have clear environmental and social standards such as code of
conduct, and manage sustainability though specific departments or cross
functional committees. The investments in employees’ training, reward
systems according to their results and social corporate benefits were
extensively reported. Most of the companies are internationally
certified which might require
Table 1. Researched companies.
Company | Headquarter | Main products | Main documents used | |
Sustainability Progress Report 2013 , | ||||
Adidas | Germany | Sportswear | Health & Safety Guidelines 2010, | |
Guide to best environmental practices 2005 | ||||
Beiersdorf | Germany | Cosmetics | Sustainability Review 2012 | |
Bayer | Germany | Medicines | Integrated Annual Report 2014 | |
Henkel | Germany | Cleaning and beauty care products | Sustainability Report 2014 | |
Natura | Brazil | Cosmetics | Natura annual report 2013, | |
Annual Report 2011 | ||||
BRF-Brasil Foods | Brazil | Food and beverage | Annual Sustainability Report 2014 | |
the establishment of measurement systems capable to measure risk and
safety, as well as control the KPIs and internal improvement targets. As
operations are enlarged due to e-commerce trade, customers are
demanding more transparency in companies’ operations. A well
established, corporate governance system help firms to standardize
procedures, increase control and therefore meet the demands.
Procurement initiatives focus on obtaining sustainable materials and
packaging, specially recycled and reusable ones. Some countries require
packaging to be designed for recovery and reuse, with a minimum
recyclable rate. Others entirely ban or restrict certain materials, such
as United States and South Korea. Regarding production management, all
companies are investing in developing more sustainable solutions.
However, they seem not to invest in involving customers during this
process. Efforts to reduce overall consumption, including energy and
water, as well as attempts to use of alternative energy sources were
cited by the researched firms. Lastly, after products are ready to be
delivered, it was clear that these benchmarks from consumer goods
industry are not considering the distribution process and even less the
last mile as an opportunity for reducing costs, emissions and improving
supply chain sustainability. Initiatives related to network design;
transport modes, equipment, vehicles and overall distribution processes
were considerably few. Except for investments in greener constructions,
none of the selected companies seems to be involved in processes that
are mostly outsourced for logistics service providers (LSPs). Beiersdorf
was the only company that published some efforts to optimize container
loading, truck capacity utilization and transport routes. According to
the company’s website, since June 2012 truck utilization has dropped by
27% and CO2 emissions by 32%. The company seems to be one
step ahead the others as it uses the collaborative platform together
with some carriers for reporting CO2 emissions and standards for the monitoring process.
As described previously, e-commerce is requiring companies to deliver
products faster and closer to the customers, in other words, in urban
centers. Changes towards less pollutant modes or vehicles could be
supported and encouraged by manufacturers, through a combined investment
and benefits sharing culture. In an attempt to im-prove network and
processes optimization, collaborative approaches may improve
simultaneously service quality and profit to all members. The reverse
logistics problem, intensified by e -commerce, may be also solved with
alternative solutions which may not require governmental strict changes
in regulations.
- Urban Logistics and Electric Vehicles
The recent technological developments in electrifying automotive
power trains are largely caused in political decisions to reduce
GHG-emissions caused by traffic. Currently, 18% of global GHG-emissions
are caused by the transport sector [9]. Pollution, especially in urban
areas, is becoming a global challenge and is increasingly affecting the
quality of life—the so called urban well being—by urban residents. The
e-commerce caused challenges of increased freight volumes, reduced lot
sizes and an increased number of delivery points (e.g. house-holds) can
be overcome by a transport technology with zero (local) emissions.
Various research projects have shown that the electrification of
last-mile distribution is possible and has the potential to reduce costs
of distribution [10]-[13]. In combination with modern tele matics
technologies and an integration of those with order management and
vehicle routing systems, the positive effects of electric vehicles
(EV’s) have proven to increase dramatically [13]. This approach of an
integrated, smart last-mile distribution results in a triple-win
situation. At first, an improved service level for customers can be
realized, trough more flexibility in terms of delivery loca-tion and
time slots enabled by dynamic vehicle routing and improved communication
with the customers. Secondly, electrified urban distribution is
characterized by reduced vehicle operating costs, due to reduced
maintenance and fuel costs. In fact, an increased utilization of EV’s
leads to further savings in regard to transport costs per delivery. The
third positive effect of electrified urban distribution is the already
mentioned zero emission transport, especially in combination with
dynamic vehicle routing which takes current congestion’s and traffic
situations into account. A further potential of electrified urban
distribution is risk reduction for the transport executing company by
ensuring unlimited future access to inner city areas, despite increasing
governmental initiatives to restrict access to city centers for
vehicles with internal combustion engines. In addition, companies with a
strong strategic focus on sustainable products are regarding EV and
sustainable distribution as a unique selling proposition in the market.
This development is likely to continue, especially in regard to the
LOHAS (lifestyle of health and sustainability) trend in (yet mostly
western) customers attitudes [14].
Various research projects have shown that the application of EV’s in
distribution can cause a cascade of positive effects, but also allows
restructuring entire distribution systems in B2B deliveries of consumer
goods.
Night-time delivery of stores for instance, could reduce rush hour
congestion’s in commercial transport because of the reduced noise of
EV’s. In regard to the reduced operation costs of EV’s, new business
models—e.g. in the CEP (courier, express, parcel) sector—with multi
shift operations are possible. Despite all positive effects and
potential new business opportunities, the implementation of an
electrified urban distribution is a challenge for companies. Even
considering future improvements in electric power trains and the
possible utilization of EV’s in medium range distribution, the initial
investments for companies into the needed infrastructure for EV will
stay a hurdle. Conventional distribution with internal combustion engine
powered vehicles currently possesses a system lock-in effect, which is
even strengthening the hurdle. Latest experiences have shown that
investments in charging infrastructure, EV’s and modern disposition
tools are rather high, due to the current market prices of the mentioned
items [11] [13]. But pioneer companies, such as DHL and UPS, who did
these investments in electrified distribution start experiencing the
above explained benefits and state, that overcoming the system lock-in
effect was worth the effort.
- Conclusion
In recent years, e-commerce development has changed the retail
sector. The increasing importance of this distribution channel leads to
increased freight volumes—especially in urban areas—, hence to increased
traffic and pollution within these areas. At the same time,
sustainability is becoming increasingly important for the custom-er. Due
to the growing environmental awareness in the society, companies are
adopting this awareness by starting sustainable initiatives in order to
measure and reduce their ecological footprint and to meet customers
demand. Analysis have shown that most companies focus on internal
process development and resource utilization in order to meet their
sustainability goals, but a holistic and supply chain wide approach
which includes suppliers as well as the distribution to the customer, is
still rare. The utilization of new power train technologies and the
integration of all supply chain participants by collaborative
initiatives are two powerful levers to face the challenges of e-commerce
in urban areas. Despite rather high initial investments in electric
vehicles and the related infrastructure, this technology opens further
possibilities towards a zero emission distribution in urban areas, hence
meets the demand of the customers for faster and more sustainable
transport. In addition, the reduction of transport related emissions is
about to become a key element of companies’ sustainable objectives.
Fur-ther more, a keen interlink between all participants of a supply
chain as well as an integrated approach in fleet management and vehicle
routing have the potential for more efficient logistics processes. The
mentioned holistic sustainable approach will result in economic
advantages for companies, ecological advantages by a reduction of
traffic volume and advantages for the customer by an improved service
level.
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