Publications
The Environment and Public Health Institute is a non-profit think tank that addresses the environmental and health threats of our time. When others turn to politicians for solutions, we look to engineers and entrepreneurs for answers.
Some of our work is presented in reports, essays and briefing papers covering current topics. You can access all publications here.
Publications within the Environment programme area "
Publications within the Public Health Programme area "
The climate benefit of Swedish exports - a new measure for calculating the climate impact of exports and imports.
Global climate change is a challenge that the world must face together. A prerequisite for this is that individual countries can map emissions. This in turn requires accurate measurements. To address this, Professor Astrid Kander presents in this report a new metric called the technology-adjusted carbon footprint.
Taste of nicotine
Taste of nicotine Professor Fredrik H Nyström teaches future doctors at the University of Linköping and has long been a very productive researcher. A researcher who manages to combine his own research with the writing of more accessible popular science texts. In the...
Final report - How do we get electricity networks for the future?
Final report - How do we get electricity networks for the future? The electrification of everything from Swedish industry to our transport sector is proceeding at a rapid pace and is a prerequisite for combating climate change. While the debate is raging about how we should...
Taste of nicotine
Taste of nicotine Professor Fredrik H Nyström teaches future doctors at Linköping University and has long been a very productive researcher. A researcher who manages to combine his own research with the writing of more accessible popular science....
How do we get electricity networks for the future? 5/6
In the first four reports, we focused on what is at stake, on the scale and nature of the challenge. In this, the fifth of six reports, Mats Nilsson looks for the solutions and what reforms and changes we need to put in place to ensure adequate electricity grids for the future.
Mats Nilsson is an associate professor and researcher with a focus on
environment and the economics of the electricity market.
Obligation to exercise?
Despite the fact that daily physical activity is probably one of the best things you can do to stay healthy, it is considered to be something you can do on your own. This applies to adults, children and pensioners alike. Is it really reasonable that this should be the case?
How do we get electricity networks for the future? 4/6
In the previous reports, we have seen that the need for new electricity grids is great and so are the challenges of getting them in place. In this fourth, of a total of six reports, we get Erik Lundin's perspective on the electricity network of the future, focusing on the considerable investments required and how this will affect network charges for ordinary people. Lundin is a PhD at the Institute for Economic Research and the Energy and Sustainable Development Programme at Stanford University.
How do we get electricity networks for the future? 3/6
In this third of six reports, we get Lars Bergman's perspective on the electricity network issue. Bergman has a background as Rector of the Stockholm School of Economics and has written the ESO report High Voltage on the role of the electricity network in ensuring secure electricity supplies. This report examines the conditions for creating new electricity networks. What are the challenges?
How to make electricity networks fit for the future 2/6
In this, the second of six reports, we get Niclas Damgaard's, Chief Strategist at Svenska kraftnät, perspective on the electricity grid of the future, focusing on the size of the problem and the challenge. How much electricity and grid do we really need?
How do we get electricity networks for the future? 1/6
In this first of six reports, we get Henrik Henriksson's perspective on the electricity grid issue. Henriksson is the CEO of H2 Green Steel, which uses hydrogen instead of coke to produce steel with minimal environmental impact. Hydrogen production requires significant amounts of reliable electricity, delivered on time, to the right place.
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