Sanergy On December 7th, 2011, at the Katerva awards ceremony at the Lincoln Centre Institute in New York City, Sanergy was named Katerva Grand Prize winner. The Katerva Award Council , consisting of world renowned sustainability thought leaders, selected Sanergy from a competitive gr
IMPERIAL Logistics Refrigerated Services has embarked on a low carbon mobility proof of concept project (Katerva) that could lead to transformational innovation and sustainability solutions for the local and global transportation industry.
Sustainability is not just an idea for the women of Yorkin, Costa Rica. It is a guiding principle they have chosen for ensuring the well being of their families and community.
Aiming to achieve better environmental sustainability, SportLifetsyle company PUMA partnered with PPR HOME to analyze the environmental impacts of greenhouse gas (GHG) emissions and water consumption along its supply chain.
Architecture 2030 aims to dramatically reduce greenhouse gas (GHG) emissions of the building sector by changing the way buildings and developments are planned, designed and constructed.
The Nobel Women’s Initiative, formed in 2006 and led by female Nobel Peace Prize Laureates, aims to enhance and expand the global movement to advance nonviolence, justice and equality by promoting work done by activists, researchers and global organizations.
The Greenworks Philadelphia initiative established 15 targets to improve the city’s environment, reduce energy use, create jobs, and enhance the quality of life in an effort to make Philadelphia the number one green city in America.
WomensWorldwideWeb.org is an online platform that empowers women, their families and communities, through microfinance, education, mentoring and social networking.
The Solarclave is a low-cost, solar-powered device used to safely and reliably sterilize surgical instruments in developing country clinics that lack the necessary infrastructure and tools to perform much-needed surgical procedures.
Nanosolar is the leader in printing thin films for solar energy. Through its industrial printing process that coats CIGS (Copper, Indium, Gallium, Selenium) and nanoparticle inks on low-cost aluminum foil, Nanosolar minimizes the need for expensive high-vacuum manufacturing equipment