- In March 2025, Nippon Paper Industries, Japan Airlines, Airbus, Sumitomo Corporation, and Green Earth Institute signed an MoU to advance Sustainable Aviation Fuel (SAF) using wood-based bioethanol. Building on the "MORISORA Project," the joint venture focuses on domestic SAF production, low-carbon solutions, regional revitalization, and net-zero emission targets by leveraging domestic wood biomass
- In February 2023, Nippon Paper, Sumitomo Corp., and Green Earth Institute agreed to launch Japan's first commercial production of cellulosic bioethanol from domestic timber by 2027, targeting tens of thousands of kilolitres annually. The bioethanol will primarily supply domestic SAF production while exploring carbon recycling through utilization of by-product CO2 and fermentation residues, supporting Japan's decarbonization goals and energy security
- In April 2022, Nippon Paper Industries announced a price increase of 20% or more for its lignin products, including SAN X, VANILLEX, PEARLLEX, and VANIOL, effective from June 1, 2022. The revision is driven by soaring global raw fuel, logistics, and labor costs. The company cites the surcharge as necessary despite ongoing cost-reduction efforts
- In December 2024, Domsjö Fabriker and Ecohelix signed a 20-year agreement to commercialize WOODMER biopolymers from pulp side streams. Initial demo production (500 tons/year) will scale to 10,000 tons/year by 2028. The partnership enhances circular bioeconomy goals, transforming waste into sustainable materials for coatings, adhesives, and dispersants. Both companies emphasize innovation and industrial symbiosis to meet growing eco-friendly market demands
- In March 2024, Borregaard AS received EU approval for its lignosulfonates as a technological feed additive for all animal species. As the sole producer, Borregaard led the 13-year reauthorization process, demonstrating product safety and performance. This approval reinforces the company’s commitment to sustainable, high-quality solutions for the feed industry, ensuring continued use of its lignosulfonates as effective binders
