A book You don’t want to put down! In partnership with Dr. Theresa Dankovich from Carnegie Mellon, WATERisLIFE introduced The Drinkable Book™, the first-ever manual that provides safe water, sanitation and hygiene education and serves as a tool to kill deadly waterborne diseases by providing the reader with an opportunity to create clean, drinkable water from each page. We are working on a variety of languages, teaching methods and ways to share the message through training, storytelling and discussions in communities and schools worldwide where there is a desperate need. Each book can provide a user with clean water for up to four years. WATERisLIFE has introduced a campaign to move into full production of The Drinkable Book™, and with your help, we can distribute the books as part of WATERisLIFE’s integrated water, sanitation and hygiene program to save lives and transform communities, as well as make the books available for global partner distribution. Please DONATE to help provide funding for research and development of The Drinkable Book™ to get it into the hands of those in desperate need of clean water.
UPM moves forward with biofuels growth plans and starts the basic engineering phase of a next generation biorefinery. The potential biorefinery would have an annual capacity of 500,000 tonnes of high-quality renewable fuels including sustainable jet fuel. The products would significantly reduce carbon footprint in the road transport and aviation, as well as replace fossil raw materials with renewable alternatives in chemicals and bioplastics.
“The planned biorefinery would scale up UPM’s successful biofuels business to a new level. At the same time, it would further improve long term competitiveness and sustainability performance of UPM Biofuels by introducing several sustainable feedstocks and achieving uniquely high CO2 emission reduction compared to biofuels currently in the market,” says Jyrki Ovaska, Chief Technology Officer of UPM.
UPM’s solid wood biomass-based residues and side streams would play a substantial role in the feedstock pool. In addition, it would consist of sustainable liquid waste and residue raw materials. “UPM has an excellent position and expertise acquired over the decades in biomass sourcing both in Finland and Central Europe thanks to our large-scale operations in the pulp, paper, timber and plywood businesses. We are also developing and testing innovative carbon farming concepts.”
UPM will now proceed with a detailed commercial and basic engineering study to define the business case, select the most innovative technology option and estimate the investment need. The technology concept includes the use of green hydrogen in the production process. During the study UPM will also review the operating environment primarily in two locations: Kotka, Finland and Rotterdam, the Netherlands.
The estimated duration of this basic engineering phase is minimum 12 months. If all preparations are concluded successfully, UPM would initiate the company’s standard procedure of analyzing and preparing an investment decision.
“The UPM Lappeenranta Biorefinery, with annual capacity of 130,000 tonnes, has been a showcase of creating a successful new business beyond fossils. Years of investment in R&D and innovation have paid off. This gives us confidence to plan scaling up this exciting business”, says Ovaska.