- Digital Resources
Environmental Impact Remediation
Pattern number within this pattern set:124
Public Sphere Project (CPSR)
Free Geek Olympia
Although information and communication are often conceived as abstract, intangible and immaterial, the systems that maintain them are, of necessity, constructed with solid things such as paper, lead, concrete, rubber, glass, mercury, cadmium and silicon which are fabricated into the delivery trucks, wires, library buildings, computers, chips and CDs. The manufacture (and ultimate retirement) of all of these things is often accompanied with environmental damage, as the 23 "Superfund" sites in Silicon Valley will attest, In 2005, 63 million computers in the U.S. were replaced with newer models. Up to 80% of the waste is then sent to developing countries where it often contributes to environmental and health hazards. Additionally, energy is consumed — often in immense quantities — throughout every stage in the life-cycle of a product. As devices are made with shorter and shorter life-spans and the uses of ICS increases worldwide, this problem will become more critical unless something is done.
Vast numbers of people are affected by the increasing "informatization" of the world. This includes people who are fortunate enough to capitalize on the new technology and those who are unfortunate enough to live with the refuse. This pattern can be used by people who have some control over the situation, including those who are in a position to develop laws and policies, producers who can lessen the effects of their products entering the waste-stream, and local communities who can develop policies and programs for responsible treatment of discarded technology. Community activists, health professionals, local governments, and neighborhood organizations will need to organize and work together in this effort. Other possible participants include computer geeks, social activists, environmental activists and those wanting to learn more about computers and new technology.
The use of information and communication systems is expanding enormously in countries like the US as well as in countries like China and India. This is causing immense demands on their infrastructure and on the environment. Computer technology has grown increasingly more sophisticated in a very short period of time. During that same time, the costs have dropped in relative and absolute terms, thus resulting in a massive number of obsolete computers and other technology much of which has been dumped somewhere where toxins like lead, cadmium and mercury can leach into the soil and water.
In addition to the new intellectual and social spaces that the new technology helps provide, we need to think about the impact that information and communication systems are having on the environment. Although we associate physical spaces like libraries and auditoriums with energy and resource use, the creation, storage, and distribution of information requires energy and resource use as well. Some of this use doesn't square with conventional wisdom. Computer use, for example was supposed to lower the consumption of paper because everybody would simply read the computer screen. The amount of travel was also going to decline because business could be conducted electronically, thus substituting communication for transportation. The electronics industry was also celebrated as an environmentally friendly industry yet there are 19 "superfund" sites associated with high-tech industries slated for environmental remediation in Santa Clara county, home to more of these sites that any other county in the U.S. IBM and Fairchild Electronics were disposing their waste products in underground tanks which subsequently leaked trichloroethane, trichloroethylene, Freon and other solvents into the drinking water of 65,000 people. There also seems to be an unhealthy link between the waste producers and the people who must deal with it, specifically prison inmates who work with inadequate protection and no health insurance working in for profit prisons.
Why pick on information and communication systems? After all, other sectors use energy and cause pollution. One reason is that "electronic waste is the fastest growing part of the waster system," according to the Silicon Valley Toxics Coalition. Another reason is that it's important for people to realize that information and communication technology is not a utopian, magical answer to all problems. Obviously we need to consider the entire life-cycle of all products — including those related to information and communication. (While this task is not trivial, thinking about the "second order" effects while extremely important, is even more difficult to do meaningfully. The effects of the automobile on all aspects of life, including attitudes on sex, as well as the effects of the size of the weapons industry in the U.S. on foreign policy are both intriguing examples of unforeseen side-effects.) Understanding the entire "cradle-to-grave" (and beyond! as in the case of toxins that can reach out from the grave to poison air and water) is critical, but what should be done with the information? It may be easiest to require that every manufactured or imported product is covered under an ecologically-sound "Take-it-Back" (SVTC, 2005) policy that requires the manufacturer or importer to pay for recovery or safe sequestering of hazardous materials.
Free Geek was started in Portland, Oregon in 2000 by members of the open source software community to bring resources to bear on the problems of e-waste and the digital divide by helping "the needy get nerdy." The Free Geek approach combines participatory education and environmentalism. Free Geek addresses the problem of discarded computers and other electronic e-waste can be diminished by reusing and recycling. Free Geek uses volunteer labor to give new life to discarded technology. Volunteers are eligible to receive a computer after finishing a tour of service which educates the volunteer about computers and about the environmental impacts of ICT. The city government in Portland, as part of their effort to reduce e-waste helps support the project. A broad range of people are working together to cross the economic and social divides by working towards a common goal. The Free Geek concept has quickly spread to other areas including Washington, Indiana, Ohio, Pennsylvania and Illinois.
The Free Geek approach is not the only way to address the problem of lacking a community recycling program. There are many similar projects throughout the country that may or may not use open source software. But Free Geek is worth mentioning here for many reasons. First, Free Geek was developed by civil society; second, Free Geek is a partnership between several sectors and thus helps bring all sectors of the local community into a common struggle; and, third, Free Geek is an innovative approach that deftly addresses a multitude of issues within a common set of principles, assumptions and actions.
Starting and running a Free Geek or similar program requires a variety of skills and activities. The pattern can only be implemented by a group of people. To start that group one would post meeting announcements and invite members from local Linux users groups, college students and others. Since the overall environment for this approach will vary from community to community it's important to find out what's happening in your community and who's involved. The success of the project is likely to depend on how well you understand your community and can work with people in the community. Beyond that, there are many "nuts and bolts" issues including finding space and funding and developing programs. Associating with Free Geek is probably a good idea because of its network of dedicated people, useful documents and software for running an community recycling project.
The environmental problems associated with information and communication technology are severe and no mutually agreed-upon long-term, sustainable solution has been identified. People are developing a variety of creative and thoughtful responses to the problems of ICT-related pollution but more are needed. Information and communication technology can probably be part of the solution — but part of this involves stopping be part of the problem.
As a necessary part of stewardship and responsibility, it's essential to come to terms with the environmental impact of information and communication systems and devise suitable strategies towards minimizing their negative effects. Some combination of policy, consumer education, habits of consumption, social and technological innovation and recycling will probably be necessary for this take place effectively.
Introductory graphic located at http://freegeek.org/volunteer.php
Verbiage for pattern card:
Although information and communication may seem abstract and immaterial, the systems that support them are built with solid things whose manufacture and disposal is often accompanied with environmental damage. We must acknowledge the environmental impact of these systems and devise strategies towards minimizing their negative effects. One group, Free Geek, uses volunteer labor to give new life to discarded technology by reusing and recycling.