KLM sustainability: How sustainable is the catering on board?
KLM sustainability: How sustainable is the catering on board? Get in touch with us: https://www.klm.com https://www.facebook.com/klm https://www.twitter.com/...
Source: www.youtube.com
KLM sustainability: How sustainable is the catering on board? Get in touch with us: https://www.klm.com https://www.facebook.com/klm https://www.twitter.com/...
Source: www.youtube.com
Based in Amsterdam since 2008, CITIES Foundation has been working to address global urban development problems by implementing solutions at the local level. CITIES first research project, Farming the City, has evolved into a social enterprise for local food distribution service, Foodlogica. In 2017, CITIES published “The Wasted City,” a book exploring models of circular economy to manage waste, starting from plastic food packaging.
Canada’s #1 Fashion and Beauty Magazine…
Recycling Technologies, on behalf of the project’s partners, today announces the publication of the results of Project Lodestar. This case study shows the potential for waste site operators to recycle ‘all plastics’ by combining state-of-the-art mechanical and feedstock recycling in an advanced Plastics Reprocessing Facility. Project Lodestar was led by Recycling Technologies, joining forces with leading global stakeholders, including petrochemical companies and consumer brand companies.
Economic growth is contingent upon being able to borrow money and invest it.
Hyundai, maker of the world’s first hydrogen-powered SUV, promoted water sustainability across three college campuses with its Fill it Forward campaign.
Scientists have developed a hardened wood material that, when sharpened, is three times sharper than a stainless steel dinner knife, according to the new study on the work. The research comes from the University of Maryland’s Teng Li and a team that developed a new method to generate extremely hard wood. Among other things, the development may lead to more sustainable building materials. Wood contains between 40- and 50-percent cellulose, with the rest of the material compromised of binders called lignin and hemicellulose. While cellulose has a greater strength-to-density ratio than materials like metal and ceramic, the binder materials make wood overall weaker than man-made counterparts.