The Hamwells e-Shower offers Refresh Cycles that filter, purify and use a water drop 7 times. Users enjoy high pressure, high volume showers whilst saving up to 90% on water and energy.

SUMMARY: How Does it Grow? is a multi-platform initiative that brings agricultural literacy to ages 10-adulthood. By creating broadcast-quality videos and other free, shareable tools, we reconnect people with how their food grows in order to inspire greater connection with and demand for whole, natural foods, and to combat diet-related illnesses.

SUMMARY: We are working for the widespread adoption of rainwater harvesting (RWH) in Mexico as a response to the worsening water crisis. We design and install RWH technology for low income, water stressed communities, and do education, training and outreach to promote and develop knowledge and capacity for RWH.

Kulisha works with food and beverage companies to convert organic waste byproducts into protein input made from insects for use in animal feeds. We've developed a biological system that uses microbial communities and black soldier fly larvae to metabolize waste, cutting disposal costs and offering a sustainable alternative to fishmeal.

The Land Art Generator Initiative (LAGI) is advancing the pace of sustainable city planning by integrating social practice art and interdisciplinary design into utility-scale renewable energy installations that are culturally relevant and visually inspiring -- providing power to thousands of homes, while pointing the way to a beautiful clean energy future.

LifeArk is a pre-fabricated, modular building system that can create self-sustaining communities on water and land. It is a rapidly deployable response that will mobilize economic development and regeneration for millions of slum dwellers and displaced peoples. The flexibility of the system allows it to fit to each community's needs.

“The Living Breakwaters project combines coastal resiliency infrastructure with habitat enhancement techniques and community engagement, deploying a layered strategy that links in-water protective forms to on-shore interventions.

SUMMARY: Lotus is an environmental sensor network that empowers citizens by giving them direct access to information about the state of their local, and global, marine environment.

SUMMARY: This project is a strategy for transforming urban waterfronts into thriving tidal habitats that simultaneously improve the marine environment and respond to human quality of life factors. We aim to capitalize on a well-placed intervention of flexible formwork within conventional casting process to emulate complex habitat structure of tidal ecosystems.