Blog

New partners: Norrköping Science Park and ParsNord

New partners: Norrköping Science Park and ParsNord

Norrköping Science Park and ParsNord join the Digital Cellulose Center as new partners, contributing to shaping an innovation cluster within digital cellulose and creating new sustainable energy storage solutions. "We are very excited for Norrköping Science Park (NOSP) and ParsNord to join the Digital Cellulose Center as partners," says Ursula Hass, Centre Director at Digital Cellulose Center. "NOSP's participation represents a new step towards developing a research-based innovation cluster...

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Digital Cellulose Center’s webinar series

Digital Cellulose Center’s webinar series

Join the Digital Cellulose Center's webinar series this autumn on topics such as PEFAS in electronics and 3-D printing for electronics.  The vision of the Digital Cellulose Center (DCC) is to make lignocellulose-based products an integral part of a sustainable, digital society. The research and development is targeting biobased and green electronics. The DCC seminars are lifting challenges and opportunities faced by the electronics, energy storage, and biorefinery industries and how new...

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Bio-based moisture sensors for wood

Bio-based moisture sensors for wood

Researchers from the Digital Cellulose Center have developed a bio-based sensor that can detect both humidity and moisture inside the wood, as well as in the surrounding area. Using these sensors can lead to more sustainable buildings as well as help prevent moisture damage and hazardous mold. "These sensors can lead to more sustainable wooden buildings and other constructions without relying on critical materials. At the same time, they become easy to handle at end of life, since they do not...

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New industrial partners within flow batteries: Cellfion, Rivus, and Redox.me

New industrial partners within flow batteries: Cellfion, Rivus, and Redox.me

The Digital Cellulose Center is proud to announce that the companies Cellfion, Rivus, and Redox.me have joined the Center as new industrial partners. They will contribute to the research and development of sustainable energy storage solutions, focusing on flow batteries.“The increased production of electronics and the energy crisis highlights the urgency for new sustainable solutions to store energy,” says Ursula Hass, Centre Director at Digital Cellulose Center. “Exciting new research within...

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Clean energy – Osmotic energy generator with nanocellulose membrane

Clean energy – Osmotic energy generator with nanocellulose membrane

Researchers within the Digital Cellulose Center have found a new way to create clean energy by developing cost-effective and recyclable nanocellulose membranes for osmotic energy generators. The developed proof-of-concept osmotic power generators based on the new membranes show high power density and long-term working stability. Hongli Yang is a doctoral student at the Digital Cellulose Center. Her latest research is within osmotic energy - a renewable energy form generated from salinity...

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Paper battery – Renewable energy storage for buildings

Paper battery – Renewable energy storage for buildings

Researchers from the Digital Cellulose Center have developed a paper supercapacitor that can store renewable energy on a large scale. New research shows that the energy storage capacity of the paper battery is as efficient as conventional commercial supercapacitors. In the future, the energy storage device could be used in the construction of buildings to store energy on-site sustainably as well as insulate it."The energy demand will only increase, and we need new technologies to store...

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Conductive organic ink – promising for storing solar energy

Conductive organic ink – promising for storing solar energy

A new study from the Digital Cellulose Center demonstrates a method of printing sustainable, large-scale supercapacitors using cellulose, conducting polymers and carbonaceous materials. The new material shows promise for solar energy storage. Compared to previous findings, this method reduces costs by 90 percent while the capacitance was increased by 40 times.The new study from researchers within the Digital Cellulose Center shows that the combination of cellulose, PEDOT:PSS and carbon...

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The DCC’s Vinnova evaluation: “Pioneering excellence and potentially revolutionary”

The DCC’s Vinnova evaluation: “Pioneering excellence and potentially revolutionary”

Vinnova has made a directional decision to continue financing The Digital Cellulose Center (DCC) for another five years. The Vinnova five-year evaluation states: “The pioneering excellence of the DCC is promising and potentially revolutionary for the forest sector.” “We are all within DCC really happy about the positive result from Vinnova and the international evaluation group, and that they are highlighting the promising impact of the digital transformation”, says Centre Director Ursula...

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Conferences: Join the Digital Cellulose Center at MRS

Conferences: Join the Digital Cellulose Center at MRS

Join the Digital Cellulose Center during the Spring conferences MRS, NGPT, and Treesearch. The Digital Cellulose Center’s researchers will share the Center’s latest studies on combining forest materials with electroactive materials to create green electronics and digital solutions for a sustainable future. Materials Research Society (MRS) Spring Meeting & Exhibit Honolulu, Hawaii - May 8-13 and online - May 23-25Information and registrationDiscover the very latest developments in materials...

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Bio-based membrane for hydrogen fuel cells – the DCC spinoff Cellfion

Bio-based membrane for hydrogen fuel cells – the DCC spinoff Cellfion

Bio-based membrane technologies developed by the Digital Cellulose Center have laid the foundation for the startup company Cellfion. In the future, their nanocellulose membranes will enable the fabrication of renewable energy storage devices, like hydrogen fuel cells and redox flow batteries, as well as replace the current non-renewable membranes on the market.The bio-based membranes from Cellfion are made of nanocellulose fibrils, a renewable material extracted from wood. The ion-selective...

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