
The Chicago-based Council on Tall Buildings and Urban Habitat (CTBUH) has named Mjøstårnet, a mixed-use tower in Brumunddal, Norway, as the tallest timber building in the world. Designed by Trondheim, Norway–based Voll Arkitekter, Mjøstårnet tops out at over 280 feet in height. Containing a hotel, office space, residential units, and event spaces, the structure features glue-laminated timber columns and beams, and cross-laminated timber elevator shafts, stairs, and floor slabs. "Mjøstårnet is our first building where we really exploit the tree’s properties to the fullest as construction material," the firm writes. "We think it’s exciting to see that wood construction has gained a new renaissance, considering recent experiences with the tree’s environmentally friendly impact on greenhouse gas emissions." [CTBUH]

Danish architecture firm 3XN is leading the design for Hines' T3 Bayside, a 10-story cross-laminated timber structure in Toronto slated to become the tallest timber office structure in North America. [ARCHITECT]
Yesterday, New York–based Studio Dror founder Dror Benshetrit announced that he is joining WeWork parent company, the We Company, as co-founder of its future cities initiative. "I’ll be working with [former Google executive] Di-Ann Eisnor to build a team of engineers, architects, data scientists, and biologists who will work to fuse nature, design, technology, and community in our cities in order to measurably improve the lives of citizens," Benshetrit wrote on Instagram. [Studio Dror]
This week, Columbia, Md.–based BIM software company Vectorworks release its 2019 Service Pack, which includes features such as live-sync rendering allowing designers to make real-time design changes in renderings and interactive 360-degree rendered panoramas. [Vectorworks]
Researchers from RMIT University in Melbourne, Australia, have developed a system to convert carbon dioxide back into its solid form as coal, a discovery that could revolutionize carbon-capture technology. Using liquid metals as a catalyst, the scientists were able to convert the greenhouse gas into carbon at room temperature, making the system scalable and cost-effective. “A side benefit of the process is that the carbon can hold electrical charge, becoming a supercapacitor, so it could potentially be used as a component in future vehicles,” said lead author Dorna Esrafilzadeh in a press release. “The process also produces synthetic fuel as a by-product, which could also have industrial applications.” [RMIT University]