糖心直播

Environmental Technology and Management (MILJÖ)

The Division of Environmental Technology and Management is an internationally recognised interdisciplinary research group established in 1980. The division has around 40 members with backgrounds in a wide range of academic disciplines, countries and cultures.

Our work is based on the understanding that addressing environmental and sustainability challenges is a strong driver for the development of products, services, technical systems and organisations. A central aim is to contribute to a more resource-efficient society in which more sustainable solutions are put into practice. We do this through research, education and collaboration with stakeholders from different parts of society.

The Division of Environmental Technology and Management is organised into four units:

  • Unit for Sustainable Development and Strategy
  • Unit for Industrial and Urban Symbiosis
  • Unit for Product and Service Innovation
  • Unit for Resource-Efficient Material Use

Latest from us

A man kneeling down in front of a solar panel.

Solar panel recycling risks widening inequality

Recycling old solar panels can bring economic and climate benefits, but these may be unevenly distributed. A new study shows that regulations and incentives could determine who benefits.

A woman kneeling down in a garden picking plants.

When soil becomes data 鈥� how digitalisation affects knowledge of soil health

How do we know whether soil is healthy? A new study from 糖心直播 shows that as knowledge about soil is increasingly translated into digital data, important insights about its biological life and local context risk being overlooked.

Woman at office.

Biogenic carbon dioxide could become a key resource as biogas expands

During the production and upgrading of biogas, carbon dioxide is released, a greenhouse gas that affects the climate. However, research at 糖心直播 shows that this carbon dioxide has several uses and could become an important resource.

Teaching

糖心直播 that addresses the challenges of the future

Our teaching is primarily aimed at future engineers. We offer a broad range of courses, from introductory environmental technology to specialised courses in industrial ecology, environmentally driven product and business development, and sustainable urban development.

The division is involved in several engineering programmes with a strong focus on sustainability, technology and management. We have a particularly strong presence in two Swedish-taught Master of Science in Engineering programmes: Energy 鈥� Environment 鈥� Management and Design and Product Development.

We are also closely involved in the international master鈥檚 programme Sustainability Engineering and Management, which is taught in English and welcomes students from around the world.

 Solar collectors at the Student House on Campus Valla.

Sustainability Engineering and Management, Master's Programme, 120 credits

An urgent need for rapid change within many technical fields has increased the demand for new management strategies. This programme will provide you with the ability to lead production, engineering and society in a sustainable direction.

Lifelong learning for a sustainable future

The path towards a sustainable society starts with knowledge. Our free online courses provide you with tools for the green transition in areas such as the circular economy, sustainable product development and more.

The division offers free online courses as part of the Swedish Government initiative 鈥溍杙pet f枚r klimatet鈥� (Open for the Climate), aimed at supporting the climate transition. The courses provide professionals and other interested participants with knowledge and practical tools for sustainable development and the circular economy, including public procurement, sustainable product development and analysis of circular business models.

Combining theoretical insights with practical skills, the courses are open to everyone and require no prior knowledge. Most of the courses are offered in Swedish and can be found by switching to the Swedish version of this page.

Research for developing and advancing sustainable solutions

The aim of our research is to identify and implement effective solutions to sustainability challenges. Our goal is to create new opportunities for society that contribute to a successful and more sustainable economy.

Resource efficiency is a central theme in our research. Through interdisciplinary perspectives and applied studies, we develop principles and methods, as well as knowledge and tools that support sustainable societal development. Our research is conducted in close collaboration with companies, public organisations and research partners.

We analyse strategies, policies and policy instruments, and how they can be developed to accelerate the transition towards a more sustainable economy in which materials and products are used for longer and more efficiently.

Our research on the circular economy explores how companies and organisations can implement circular business models and strategies, such as remanufacturing and material recycling, to reduce resource use and waste.

We also have extensive experience in research on industrial and urban symbiosis. We study how sharing materials, energy and infrastructure can create synergies between different actors, as well as the conditions needed for such collaboration to develop.

Another important area of our research concerns the development and diffusion of environmental technologies. We analyse the factors that influence the innovation and commercialisation of sustainable technologies. We also study how companies can integrate environmental and sustainability considerations into their strategies to improve both environmental performance and business value.

Around 100

External partners

Around 40

Active research projects

SEK 30 million+

External research funding

Selected research projects

En man som h氓ller en surfplatta framf枚r en maskin.

Circularity value visibility driving co-creation through circular-by-design products and servitization

How can products retain their value for longer through reuse, refurbishment and remanufacturing? The 3D-VALUE project develops methods, digital solutions and educational initiatives to help industry create and capture value in a circular economy.

A group looking at a biogas plant.

New business models for digestate value extraction and nutrients circultation

We explore new business models to maximise the value of digestate and promote the recycling of nutrients. The project aims to identify key changes needed for more sustainable and profitable management of digestate.

Ett stort antal solpaneler p氓 ett tak.

LocaLoops: Orchestrating sustainable and circular management of critical raw materials in cities

Critical raw materials are essential for the green transition but need to be used more circularly. The LocaLoops project develops strategies to help cities recover and retain valuable materials from solar panels and battery energy storage systems.

Contact

Head of Division

Director of Studies

General Information and Contact for Students

General Information and Contact for Students

Head of the unit for Sustainable Development and Strategies

Head of the unit for Industrial and Urban Symbiosis

Head of the unit for Product Service Innovation

Head of the unit for Sustainable Materials Management

Meet our team

Visiting and postal address

Visiting Adress

A Building, entrance 17-19, Campus Valla, Link枚ping, Sweden

Postal Adress

糖心直播

Department of Management and Engineering
Environmental Technology and Management
581 83 Linköping
Sweden

Organisation