The reverse logistics of online clothing returns
The purpose of the project is to analyse the
sustainability of the reverse logistics processes involved in returning
clothing bought online and suggest improvements. Approximately 30% of
clothing bought online is returned, causing huge logistical challenges
and environmental problems.
Funded by: Swedish Energy Agency
Time period:
Contact: Sharon Cullinane
AKTA - Automatisering av Kitting, Transport och Montering
The main idea behind
AKTA is to provide possible automation strategies and solutions in order
for Swedish production to increase its performance by an increased
utilization of automation in the material handling from warehouse to
assembly. AKTA focuses on material handling in the four areas of
warehousing, kit preparation, in-house transportation, and assembly.
Funded by: VINNOVA
Time period: 2016-2018
Contact: Robin Hanson
The
attributes of physical internet as a new approach to increase energy
efficiency of logistics services in seaport- dry port system
The purpose of the project is to identify
the potential for increased energy efficiency related to dry ports and
to explore the attributes of Physical Internet to address energy
inefficiencies. The growth
of containerized sea transport demands improved efficiency and
increased capacity in the transit through seaports as well as in the
transport to and from seaports in the hinterland.
Funded by: Chalmers
Time period: 2017-11-13 - 2018-12-31
Contact: Violeta Roso
Framväxande digitala teknikers tillämpbarhet som plockstöd inom materialhantering
Given the trend in digitization, it is intended in this study to evaluate the potential of digital technology to support the material handling work by studying the effects that the new technologies allow.
Funded by: Vinnova, FFI, IAC and project organisations
Time period:
Contact: Lars Medbo
Turbulence
The aim of the project is to develop knowledge about sensing and responding to turbulence in firms’ surrounding environments.
Team: Anna Fredriksson, Arni Halldorsson, Mats Johansson, Carl Wänström, Paulina Myrelid, Patrik Jonsson
Framväxande digitala teknikers tillämpbarhet som plockstöd inom materialhantering
Givet utvecklingen vad gäller digitalisering, syftar denna studie till att utvärdera potentialen för digital teknik att stödja materialhanteringsarbetet, genom att studera effekterna som de nya teknikerna medger. Det arbetsplatsnära informationssystemet är en central aspekt i utformningen av materialhanteringsprocessen för att uppnå höga nivåer av effektivitet, kvalitet, flexibilitet och ergonomi. Det saknas kontrollerade miljöer där nya tekniker kan värderas.
Funded by: VINNOVA
Time period: 2017-02-01 - 2018-01-31
Contact: Lars Medbo
CIVIC - Construction In Vicinities: Innovative Co-creation
Funded by: VINNOVA
Time period: 2016-03-01 - 2018-08-31
Contact: Kajsa Hulthén
Digital model-driven physical retail and supply chain management (DM-Retail)
Syftet med projektet är att identifiera och beskriva möjligheter för aktörer i den fysiska butikshandelns leverantörskedjor att förbättra och effektivisera sina processer och arbetssätt med hjälp av digital modeling. This project was a collaboration between Northern LEAD and Aalto University.
Funded by: The Swedish Retail and Wholesale Council
Time period: 2016-09-01 - 2018-08-31
Team: Patrik Jonsson, Emmelie Gustafsson, Arni Halldorsson
SEVS3 for Autonomous Drive (AD)
SEVS for AD is one of the Strategic Innovation program Drive Sweden’s project. Partners are; Chalmers (SAFER and SHC), Gothenburg City, GU, SP, Trafikverket, VTI, Volvo Cars and Uniti. SEVS phase 3 “SEVS for Autonomous Drive (AD)” was initiated in August 2016. The automation of the transport system can bring great benefits, such as increased safety, improved efficiency, reduced environmental impact, improved accessibility and convenience to the society, but how can we measure this?
The SEVS for AD aims at developing a method to measure the social impact of various types of automated transport solutions, in order to verify that the concepts and technologies developed within Drive Sweden contributes to the Swedish transport policy objectives.
Funded by: VINNOVA
Time period: 2016-12-12 - 2017-04-28
Team: Michael Browne (GU), project owner is Anna Nilsson-Ehle, SAFER and Project Manager is Else-Marie Malmek, Malmeken AB, (associated to SAFER).
RePlan - Resource efficient planning for competitive production networks
The construction and recycling industry are typically part of large production networks consisting of activities generating production, distribution and consumption. Still, the construction and recycling industry are not making use of the potential existing within those networks. By better interconnection between activities in the network, the construction and recycling industry would be able to meet the challenges they are facing.
Funded by:
Time period: 2014-09-01 - 2016-12-31
Contact: Mats Johansson
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Bumilla
Marie Curie project - Living labs test and development of business models for electric cars in Denmark.
Funded by: European Commission
Time period: 2013-01-01 - 2016-12-31
Team: Johan Woxenius, Jon Williamsson, Niklas Arvidsson
Design of materials preparation processes
The project deals with the design and choice of efficient materials preparation processes in the automotive industry. The research is carried out by Northern LEAD.
Funded by: VINNOVA
Time period: 2014-09-15 - 2016-11-30
Contact person: Lars Medbo |
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Off-peak city distribution - phase 1
This research project aims to: 1) create new knowledge by studying the effects and results of ongoing trials and tests of new solutions, 2) map Off-peak activities in Sweden / EU, 3) propose regulatory principles, disseminate knowledge and promote a greater spread. The project is connected to Northern LEAD research centre and Urban Freight Platform.
Funded by:
Time period: 2014-12-01 - 2016-06-30
Contact: Sönke Behrends
REACH – Real-time access management in intermodal freight transport system
This project aims to enable advanced, digital interaction in real-time between infrastructure/facility and vehicle in order to increase efficiency in intermodal freight transport systems through dynamic access control and guidance. The focus is on stakeholders in intermodal freight transport systems, such as hauliers and terminal operators, that will – with digital technology – achieve new benefits (environmental, security and competitive).
Funded by: VINNOVA
Time period: 2014-12-15 - 2015-08-14
Contact: Stefan Jacobsson
Customer and agent initiated intermodal transport chains
Projektets syfte är att utveckla empirisk kunskap och teori kring intermodala transportkedjor som utvecklas och leds av stora transportköpare.
Funded by: Norges forskningsråd
Time period: until 2012
Team: Arne Jensen, Edith Sorkina
Sustainable collection, aftermarket and recyling of lithium-based car batteries
The project aims at generating knowledge essential for the development of a sustainable system for collection, aftermarket and recycling of lithium-based car batteries (LBB) which pose new demands on supply chain management and organization for aftermarket and End-of-Life.
Contact person: Mats Johansson
ENERGO - bättre logistik för minskad miljöpåverkan från godstransporter
Fram tills idag har förbättringar i godstransporters energieffektivitet och miljöprestanda till största delen skett genom teknologiutveckling i form av renare och effektivare fordon och bränslen. Hållbarhetsarbetet inom logistikområdet, det vill säga själva organiseringen av hur transporterna planeras, upphandlas och genomförs, har däremot inte utvecklats på samma sätt. Det nystartade projektet ENERGO ska hjälpa godstransportsområdet att ta nästa steg mot mer energieffektiva och miljöanpassade transporter – genom logistikförbättringar. Fallstudier ska genomföras hos Scania, Stora Enso och Ahlsell.
Team: Kajsa Hulthén, Viktor Eriksson
Freight transport in lanes dedicated for public transport - evaluation and concept development
The project analyses if it can be advisable, under certain conditions, to allow freight transports in public transport lanes. Can such measures be implemented without negative impacts on the quality of public transport? In that case, what are the improvement potentials for urban logistics operations, energy efficiency and the environment?
Contact person: Sönke Behrends
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CUTS - Collaborative Urban Transport
Urban transport is rapidly becoming one of the major challenges of political leaders at city, regional and national level. Decision and planning processes in cities are extremely complex.
Team: Dan Andersson, Sönke Behrends
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Energy Cost and time efficient In-Plant materials supply systems
Theories and models are developed to facilitate design of in-plant materials supply systems with high performance in terms of efficiency, flexibility, ergonomics and support to assembly operations.
Team: Robin Hansson, Lars Medbo, Mats Johansson, Sara Kilicaslan
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Energy efficient transport
Team: Pehr-Ola Pahlén, Kenth Lumsden, Gunnar Stefansson
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FoodPort
Food products, beverages and tobacco transport accounted for the largest share of European road tonne-kilometres in 2008, at over 15%. The food production relies heavily on road transport, leading to congestion, poor air quality and environmental degradation.
Team: Kristina Liljestrand, Kenth Lumsden
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Global Operations Network
Identification of critical factors and process innovations shaping and evolving future operations networks - key concepts in the cross industry project “Global Operations Network”.
Team: Anna Fredriksson, Patrik Jonsson
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Godsutvärderingsstudie VTTV - Value of Transport Time Variability
Ett samarbetsprojekt mellan Handelshögskolan vid Göteborgs universitet och WSP.
Contact person: Jonas Flodén
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Hållbara intermodala försörjningssystem för biobränsle och bulkflöden
Ett samarbetsprojekt mellan Handelshögskolan vid Göteborgs universitet, WSP, Mariterm och Kungliga Tekniska Högskolan.
Team: Jonas Flodén, Fawad Awais, Johan Woxenius
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ICT Roadmap
Contact person: Kenth Lumsden
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Innomerge - uptime Business Models, Frugal and Reverse Innovation for Emerging Markets
This project addresses the challenges related to selling trucks in emerging markets, where the local transport industry typically is entrepreneurial and innovative but also fragmented with a high expectation on short return on investment.
Contact person: Frida Lind
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Integrated logistics development for sustainability and competitiveness
The “Integrated logistics development for sustainability and competitiveness” project aims at increasing the operational efficiency and environmental sustainability within the transport and logistics system.
Team: Kenth Lumsden, Kajsa Hulthén, Mats Johansson, Vendela Santén, Igor Insanic, Fredrik Börjesson, Martin Svanberg, Sara Rogersson
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International Logistics Centres
Undersöker strategier för att öka stora logistikcentras konkurrenskraft.
Team: Arne Jensen, Edith Sorkina
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ITS goods transports
A plausible strategy for reducing the freight transport-based negative influence on the physical infrastructure is to develop a resource efficient way of handling of goods.
Team: Andreas Hagen, Kenth Lumsden
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Load factor project
The aim of this project is to compile existing knowledge, to carry out awareness raising research and disseminate knowledge in order to increase the ability to exploit the potential for environmental improvements and cost savings for both society and industry by increasing load rate and keep down empty hauling in the freight transport system.
Team: Magnus Blinge, Sara Rogerson, Vendela Santén, Kristina Liljestrand, Dan Andersson, Mats Johansson
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LogiNord - Logistics in Nordic Fresh Food Supply Chains
Team: Dan Andersson, Linea Kjellsdotter, Mats Johansson, Patrik Jonsson
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Logistics for life
Logistics for life brings together leading logistics companies, technology providers and research organizations working on innovative ICT solutions to ensure long-term sustainability of the logistics industry by increasing its operational efficience.
Team: Gunnar Stefansson, Andreas Hagen
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KNOWME
Syftet med detta projekt är att öka den europeiska sjöfartssektorns image och attraktivitet som karriärväg.
Contact person: Arne Jensen
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Norfren
Samarbetsprojekt med tre andra nordiska högskolor (Tampere Universitet, Transportøkonomisk institutt i Oslo samt Danmarks Tekniske Universitet). Syftet är att undersöka energieffektivitetsförändringar i de nordiska ländernas lastbilsflottor över tid.
Contact person: Niklas Arvidsson
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NoSlone
Ett nätverksprojekt med Insero E-mobiity samt en rad aktörer och forskarinstitutioner från norden.
Contact person: Niklas Arvidsson
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Planning for sustainable logistics operations in city areas
The aim of this research project is to explore how freight movements can be made more sustainable in urban areas, including new development areas.
Team: Catrin Lammgård, Johan Hagberg
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Purchasing of transport services
Chalmers University of Technology, IVL Swedish Environmental Research Institute and University of Gothenburg are developing a transport research database based on a survey what will be sent out every second year.
Team: Christina Wolf, Erik Fridell, Linda Styrhe, Dan Andersson, Anna Dubois, Kajsa Hulthén, Arni Halldorsson, Mats Johansson, Benedikte Borgström, Catrin Lammgård, Henrik Agndal
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Short Sea Shuttle Concept
The main idea behind Short Sea Shuttles is in scheduled and reliable container service between one main port, The Port of Gothenburg, and a number of smaller–satellite ports on a daily basis. And, from a satellite port to transport containers further to a dry port, if there is a need for further transport.
Team: Violeta Roso, Kenth Lumsden, Rickard Bergqvist, Johan Woxenius
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Slow-steaming logistics
Projektet har som syfte att studera och ta fram metoder för att sjöfarten ska kunna drivas med förhållandevisa låga och bränslesnåla farter utan att påverka transportköparna.
Contact person: Johan Woxenius
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Sustainability and cost efficiency in supply chains
How lean production philosophy can be combined with demands on sustainability considerations.
Team: Christian Finnsgård, Sara Kilicaslan, Carl Wänström, Mats Johansson
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Sustainable Urban Transport - SUT
Sustainable city development and transports are addressed through new concepts for city distribution for goods and passengers.
Contact person: Dan Andersson
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TEMPO - Transport Efficiency Measurement system for Practice/Operations
This project aims at identifying and validating a set of KPI:s for measuring transport efficiency in a goods transportation system. The hypothesis is that three separate variables can be combined into a set of operational tools where a transportation company can measure transport efficiency.
Team: Per-Olof Arnäs, Johan Woxenius, Helena Forslund, Joakim Kalantari
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