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Jonas Ammenberg

Senior Associate Professor, Head of Unit

I would like to contribute to knowledge about resource efficient systems solutions providing wanted functions with a reduced negative impact on the life sustaining systems.

Biogas solutions and industrial symbiosis

My research is mainly focused on biogas solutions and industrial symbiosis. I also have a great interest in corporate sustainability management, where I am involved in the industrial development and teaching.

Biogas Solutions and Industrial Symbiosis

The focus of the research is on renewable energy carriers, especially biogas, and industrial symbiosis. I also have a great interest in the development of corporate sustainability management, where I am involved in business development and teaching.

Implementation of Resource-Efficient Biogas Solutions

My research largely concerns biogas solutions, with an important base in the transdisciplinary competence center Biogas Solutions Research Center (BSRC), of which I am one of the founders. BSRC engages a large number of researchers with different competence profiles, and the research is conducted in close collaboration with participating companies, public organizations, and interest organizations. I am particularly involved in projects where we study the potential, resource efficiency, and sustainability performance of biogas solutions with broad system perspectives. This type of "systems research" can, among other things, facilitate well-founded decision-making, for example by collecting and structuring relevant information.

Through the Swedish Energy Agency, I am Sweden's representative in IEA Bioenergy, Task 37, which is an international group focused on biogas.

Industrial Symbiosis for Increased Business Benefits and Improved Environmental Performance

Research in industrial symbiosis is about finding resource-efficient solutions through long-term collaborations between local and regional actors, often cross-sectoral. This can enable smart solutions with more efficient use of materials, energy, and other available resources, which can result in increased business benefits, improved environmental performance, etc. Industrial symbiosis is a good "platform" for research on biogas solutions and other areas. For example, I have also studied the relevance of industrial symbiosis in the cement sector, in collaboration with CEMEX, one of the largest cement manufacturers in the world. We examined, among other things, the climate performance of different ways of manufacturing cement.

Corporate sustainability management

Another area of interest is corporate sustainability management (including environmental management), which among other things concerns the connection between organizations' activities and their environmental/sustainability impact. I am the author of the book "Environmental Management," which is used at several universities/colleges.

I teach several courses in corporate sustainability management, including a doctoral course. It deals with the conditions in the surrounding world (e.g., obstacles and drivers), business models and strategies, tools and concepts in sustainability work, etc.

Here, 6 years of work as an environmental consultant has also contributed relevant experiences. My doctoral thesis dealt with environmental management systems according to ISO 14001 and EMAS, where I examined in various ways whether environmental certification affected companies' environmental performance. The focus was mainly on important factors that determine the extent to which environmental management systems contribute to effective environmental work.

Brief facts

CV

  • 2023 Senior Associate Professor (Docent 2017)
  • 2010 Assistant professor, Environmental Technology and Management, Linköping University.
  • 2004-2009 Environmental consultant
  • 2003 PhD in environmental systems analysis and environmental management 
  • 2001 Licentiate degree in environmental systems analysis and environmental management 
  • 1993-1998 Master of science in applied physics and electrical engineering, with an environmental specification form year three

Commitments

  • Swedish national task leader for IEA Bioenergy, Task 37 on Biogas
  • Co-founder of the Biogas Solutions Research Center (BSRC)
  • Served as a board member for Environmental and Sustainability Auditors in Sweden for many years, until 2024

Award

  • 2002  - A  royal scholarship for the research about how companies’ environmental management systems influence their environmental performance.

Research

Implementation of resource efficient biogas solutions

My research is to a large extent focused on biogas solutions, with the transdisciplinary Biogas Solutions Research Center (BSRC) as an important base. which is a center of excellence for which I am one of the founders. Connected to BRC there are researchers with many different areas of competence and the research is conducted in cooperation with the participating companies, sector organizations and municipalities. I am mainly involved in a research project where we study the resource efficiency of different biogas solutions with a broad systems perspective.

The Swedish biogas potential is great but far from implemented, where an important explanation is that existing producers face several types of challenges and the investment landscape is uncertain. Considering future development within the biogas sector it is important to gather and structure relevant information about different existing and potential biogas solutions, for example, in different contexts with varying purposes; involving a variety of feedstock and technology. A central precondition for different biogas solutions future development regards to what extent they are seen as resource efficient by customers, politicians and others.

Systems research can play an important role here by specifying what resource efficiency means and in various ways analyse and visualise aspects of feasibility and resource efficiency. An important contribution is to structure information and present it in a way that facilitates overview and informed decision making.

Industrial Symbiosis for improved business and environmental performance

The industrial symbiosis research can be used to find more resource efficient solutions achieved by long term cooperation among local and regional actors. This can enable smart solutions involving more efficient use of materials, energy and other types of resources, resulting in improved business and environmental performance.

Industrial symbiosis is a good platform for research about biofuels/biogas. I have also studied the relevance of industrial symbiosis within the cement industry, in cooperation with CEMEX which is one of the largest cement producing companies in the world. Among other things, we compared the climate performance for different ways of producing cement.

Corporate environmental management, including environmental management systems

Another area of interest is corporate environmental management (CEM), for example, dealing with how companies’ operations and strategies influence their environmental performance. I have written the book Miljömanagement, which is used at several Swedish universities within CEM courses. It contributes to knowledge about important conditions, strategies and methods for companies’ environmental and sustainability work.

I am very interested in different types of corporate environmental strategies and factors influencing how companies choose to act – i.e. to study opportunities, drivers and barriers for change in a sustainable direction. Here I have relevant industrial experiences from 6 years as an environmental consultant.

My PhD thesis dealt with environmental management systems in accordance with ISO 14001 and EMAS, where I in different ways studied if such systems influenced companies’ environmental performance. The focus was on important factors deciding to what extent environmental management systems contribute to effective environmental work.

Teaching

I am mainly teaching within the courses Corporate Environmental Management and Environmental technology. I am also guest lecturing at other courses and universities.

News

Co-workers at the division Environmental Technology and Management

Organisation

Publications

2024

Axel Lindfors, Mats Eklund, Anna Brunzell, Erik Erjeby, Tomas Hirsch, Jonas Ammenberg, Stephanie Cordova, Roozbeh Feiz, Marcus Gustafsson, Maria Johansson, Emma Lindkvist, Thomas Prade, Anna Schnürer, Karin Tonderski, Sepehr Shakeri Yekta (2024) Världens bästa biogassystem: Ett BRC innovationsprojekt
Natasia Angel Setiawan Tjutju, Jonas Ammenberg, Axel Lindfors (2024) Biogas potential studies: A review of their scope, approach, and relevance Renewable & sustainable energy reviews, Vol. 201, Article 114631 (Article in journal) Continue to DOI

2023

Leif Thuresson, Jonas Ammenberg, Olof Hjelm (2023) Reningsteknik Miljöteknik: för en hållbar utveckling, p. 117-142 (Chapter in book)
Jonas Ammenberg, Olof Hjelm (Editorship) (2023) Miljöteknik: för en hållbar utveckling
Jonas Ammenberg (2023) Miljöhistorisk översikt Miljöteknik: för en hållbar utveckling, p. 111-114 (Chapter in book)