Fibre moulding is an area that is developing rapidly, not least because new technologies enable the manufacture of products with properties that can compete with plastic applications.
In my last blog contribution I described the series of large investments that forest industry companies are doing in Sweden and Finland.
How is electricity produced and distributed in Europe? Why do we have today's situation with high electricity prices and a lack of electricity? Why is Europe affected by the natural gas prices? What is causing the paper and pulp industry in Europe to be plagued by sky-high prices for electricity and other energy?
A long-standing collaboration between KTH Royal Institute of Technology, Linköping University and RISE in Sweden has resulted in an electrode paper that could be used for energy storage in batteries or supercapacitors. An important development step was the recent pilot runs to produce enough electrode paper for a continued application development.
A year ago I wrote about the fact that pulp and paper companies in addition to their core businesses are treading new paths outside the traditional. Integration along the pulp and paper value chain has been executed for many decades, in particular by acquiring packaging converters and paper merchants.
Lignin is gaining an ever increasing interest from researchers as well as from forest, plastic and energy industries. Having been mainly regarded and used as an energy source by the pulp and paper industry in the past, it is now also seen as a renewable raw material with great potential for an array of products replacing those fossil-based.
The pulp and paper industry is of great importance to the Finnish economy and accounts for more than 20 % of the country’s export value. In addition to that Finland has well-known consultant companies and a substantial mechanical industry producing equipment and services for the pulp and paper industry worldwide.