Waste for Life believes that broad and equal access to society’s resources are the foundations of a just society. Our mission is to provide access to scientific knowledge and technology, usually circumscribed by privilege, to people living on society’s margins. We leverage our network to open up pathways towards autonomy and genuine economic security for people who need it most – those living at the intersections of waste and poverty. Our work is value-driven because it is based upon principals of solidarity, cooperative interchange, and social justice. It is political because we put our values into action.
Raymond Williams captures the simple principle that unites those who are committed to the Waste for Life project:
It is only in a shared belief and insistence that there are practical alternatives that the balance of forces and chances begins to alter. Once the inevitabilities are challenged, we begin gathering our resources for a journey of hope. If there are no easy answers there are still available discoverable hard answers, and it is these that we can now learn to make and share. This has been, from the beginning, the sense and the impulse of the long revolution.
what we do
Waste for Life is a loosely joined network of scientists, engineers, educators, architects, artists, designers, and cooperatives working together to develop poverty-reducing solutions to specific environmental problems. We use scientific knowledge and low-threshold/high-impact technologies to add value to resources that are commonly considered harmful or without worth, but are often the source of livelihood for society’s poorest members. Our twin goals are to reduce the damaging environmental impact of non-recycled plastic waste products and to promote self-sufficiency and economic security for at-risk populations who depend upon waste to survive.
We, ourselves, are not interested in profit, but are keen to disseminate a technology that upgrades waste plastic and natural fibers into composite materials for use in domestic products and building materials.