Decommissioning For Sustainability with Ecological Engineering

- Organization:
- Canadian Institute of Mining, Metallurgy and Petroleum
- Pages:
- 2
- File Size:
- 106 KB
- Publication Date:
- Jan 1, 2005
Abstract
"Difficulties arise in implementing environmental technologies in the mining sector because important fundamental processes, which lead to the environmental degradation, are ignored. Weathering rates, the role of bacteria in the process and the incomplete application of the matching principle of accounting at the time the mining disturbance take place. Mining is a multi-stakeholder activity and the environmental problems have multivariate dimensions also effecting process.The limiting factors in the contaminant generation process are the transport of oxygen by advection, convection or diffusion in air or water and the associated microbial activity. Weathering products are transported from the mineral surface by atmospheric precipitation to surface and groundwater. This contamination takes place at different rates, requiring a long time to evaluate technological choices.Restoration efforts have to focus on slow reaction rates in the contaminant generating processes. Technology, which does not address the reaction rates and is selected based on inappropriate time scales, will not provide long-term solutions. Natural approaches to reduce acid generation, based on Ecological Engineering principles have required decades of research and field testing, but now show promise in addressing the cause of AMD and ameliorating its effects."
Citation
APA:
(2005) Decommissioning For Sustainability with Ecological EngineeringMLA: Decommissioning For Sustainability with Ecological Engineering. Canadian Institute of Mining, Metallurgy and Petroleum, 2005.