The Affects of Technology on the Environment
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The document discusses renewable energy sources and recycling as positives that can help address industrial waste management and pollution issues. It also notes some negatives related to technology, such as industrial, electronic, nuclear, radioactive, and chemical waste. The document encourages small actions like recycling, biking/walking, and using energy efficient search engines to collectively make a big difference.
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This document discusses waste heat and distributed energy generation. It notes that large centralized power plants currently supply most customers, but distributed generation near points of use could avoid about 50% of energy bills. New distributed generators range from 0.5-5MW in size. Waste heat is a necessary revenue stream as gas is expensive. Research into waste heat includes nanoscale materials, catalysts, thermal design, heat transport and conversion applications like cooling, desalination and industrial processes. An example trigeneration project at Hornsby City Library uses a microturbine and desiccant cooling to reduce CO2 emissions. Organic Rankine cycles and thermoelectric power generation are also discussed as future opportunities.
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This document provides an introduction to waste-to-energy technologies. It discusses various types of solid waste including municipal and hazardous waste. It describes established waste treatment methods like composting, incineration, and landfills. Newer technologies like plasma gasification are introduced. The document also addresses environmental concerns associated with waste treatment and discusses methods like waste burning and methane capture in more detail.
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