Collaboration and partnerships: Circular economy in action

UPM actively develops new solutions to speed up the transition to circular economy and sustainable use of renewable materials. But we are not doing everything on our own. We are especially looking for partners to develop solutions in circular economy, customer friendly digital solutions, utilisation of non-core patents and industrial internet.

 

Partnerships add value and bring flexibility

Partnerships enable us to develop new business models and solutions. They also get us to the market faster. We work together with a wide network of universities and research institutes as well as start-ups and technology suppliers. UPM is seeking business development and innovation in various projects through collaboration. The special focus areas are development of circular economy, utilisation of residues and resource efficiency.

UPM is a shareholder in the Finnish CLIC Innovation, which focuses on bioeconomy and cleantech research. The Cluster’s research programmes focus on bioeconomy as well as energy and environmental research, thus supporting UPM’s internal R&D activities. Furthermore, we are one of the founding members of the industrial consortium part of the European Joint Undertaking on Bio-based Industries (BBI). This Public Private Partnership (PPP) aims to trigger investments and create a competitive market for bio-based products and materials that are sourced locally.

 

Seeking for opportunities with Yara Finland to utilise nutrients from sludge in fertilisers

The time is ripe for an industrial-scale recycled fertiliser

 

Nutrient recycling in cooperation with Yara Suomi

UPM and Yara Suomi Oy share a common goal. We aim to develop an efficient, industrial-scale nutrient solution including recycled fertiliser that can be used in producing clean domestic food profitably and with minimum environmental emissions.

The joint project of UPM and the fertiliser and crop nutrition expert Yara Suomi Oy is partly funded by a Nutrient Recycling Programme under the Finnish Ministry of the Environment (Raki2).

Our project is looking for possibilities for the agricultural reuse of nutrients retrieved from the sludge originating from the pulp and paper mill's effluent treatment plants and the ash from the incineration process. The team is aiming to develop a nutrient solution that contains the correct ratio of recycled and mineral nutrients.

The Raki Programme promotes the Finnish Government’s aim to increase the profitability of food production without compromising environmental protection and to make Finland a model state of nutrient recycling. The second phase of the programme (Raki2) was launched as part of Government's key project which aims to utilise circular economy to promote the good ecological state of the Baltic Sea and to improve nutrient recycling. Read more in Finnish.

First field test results are out

The first field test results of the project were published on the 8th of November 2017. The results show that the yield is one third better compared to the one fertilised with pure sludge, but one fifth smaller compared to the one fertilised with mineral fertilisers. The work continues by developing the product recipes further.

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Zero Solid Waste project

UPM’s Zero Solid Waste project develops smart and sustainable solutions, where excess materials circulate and generate value. It focuses on implementing best practices for the use of ash, sludge, dregs, wood and mixed waste at all production units in Finland.

UPM aims to reach a Zero Solid Waste to Landfill operational status by 2030. This target has already been reached in Austria and seven UPM mills in Germany. The goal is not too far in Finland either.

 

Trash becomes treasure through nutrient recycling

 

Close co-operation with Baltic Sea Action Group (BSAG)

UPM has committed that by the year 2030 we will use only recycled nutrients at our biological waste water treatment plants. With this commitment, we participate in the work of Baltic Sea Action Group. By recycling nutrients we enhance the wellbeing and preservation of both the Baltic Sea and other watercourses.


Our target is to find recycled nutrients from local sources. This helps reducing local eutrophication in the best case and in any case it promotes circular economy. In order to achieve the target, we have worked to find possible local sources, that are mainly agricultural and industrial biogas plant operators and municipal wastewater treatment plants. The first results are now at hand. This summer the first tests are being performed at UPM Kaukas mill in Lappeenranta, Finland, and later also at other UPM mills in Finland.

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More with Biofore in China - aiming for even more efficient paper mill

The More with Biofore in China programme seeks to improve the environmental performance and energy efficiency of mills through new innovative technologies. UPM Changshu paper mill is a pilot in a 2-3-year research programme to improve the energy and water efficiency at the mill.

The goal of the More with Biofore in China programme is to reduce emissions in China, but at the same time the company is looking for new solutions that can also be applied at other UPM mills around the world.

One of the processes aims at reducing the water consumption of the three paper machines and the other aims at reducing carbon dioxide and particle emissions from our power boilers.In the latter UPM co-operates with both the power boiler supplier and VTT Technical Research Centre of Finland Ltd.

We are also looking into supplying the sludge resulting from water treatment as raw material for a nearby factory.

The programme also attempts to improve the efficiency of energy use. Optimising electricity consumption also involves decreasing air emissions resulting from energy generation.

Commercialising innovations with Green Campus Innovations

Green Campus Innovations (GCI) is an investment company established in 2012 by Lappeenranta University of Technology (LUT). It is one of UPM’s partners in commercialising innovations that are not directly connected to UPM’s core business areas. The collaboration between the university, the investment company and UPM enables the partners to combine their competencies in bioeconomy, industrial engineering and management, business administration, and marketing.

In 2015, UPM and LUT signed a license contract concerning the Biokenno technology developed by UPM. GCI will play an important role in commercialising the Biokenno technology and in developing the business around it.

UPM and GCI are jointly evaluating potential for industrial symbioses and utilisation of sidestreams. The project is one of various UPM development projects that aim to find new end uses for the side streams of the Kaukas mill site and new partners to commercialise these streams. The goal is to create new business and develop an Industrial Symbiosis concept for UPM.

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