Environmentally compatible disposal sites must be found despite all efforts to avoid and reduce the generation of dangerous waste. Deep geologic disposal provides the logical solution as ever more categories of waste are barred from long-term disposal in near-surface sites through regulation and litigation. Past mining in the US has left in its wake large volumes of suitable underground space. EPA studies and foreign practice have demonstrated deep geologic disposal in mines to be rational and viable. In the US, where much of the mined underground space is located on public lands, disposal in mines would also serve the goal of multiple use. It is only logical to return the residues of materials mined from the underground to their origin. Th...
Deep geologic repositories are being widely studied as the most favored method of disposal of nuclea...
AbstractThe important issues on disposal of solid wastes from metal mines are to choose the right va...
Economic prosperity depends on exploring new sources of energy and materials along with the developm...
Active and mature underground mining districts offer conditions favorable to deep geologic disposal ...
Deep geological disposal of dangerous waste like mercury, solidified organic pesticides and radioact...
Deep geological disposal of dangerous waste like mercury, solidified organic pesticides and radioact...
Deep geological disposal of dangerous waste like mercury, solidified organic pesticides and radioact...
Production of toxic and other hazardous waste is inevitable, requiring the development of safe dispo...
Management of solid mine wastes, particularly waste rock, requires careful planning to reduce the li...
Management of solid mine wastes, particularly waste rock, requires careful planning to reduce the li...
For many years open pits have been used for the disposal of waste rock. Mine waste disposal has beco...
For many years open pits have been used for the disposal of waste rock. Mine waste disposal has beco...
A mine tailings disposal facility (TSF) remains a major source ofrisk for a mining operation. It is ...
Countries using nuclear energy tend to favour disposal of Low-Level and Intermediate-Level radioacti...
Countries using nuclear energy tend to favour disposal of Low-Level and Intermediate-Level radioacti...
Deep geologic repositories are being widely studied as the most favored method of disposal of nuclea...
AbstractThe important issues on disposal of solid wastes from metal mines are to choose the right va...
Economic prosperity depends on exploring new sources of energy and materials along with the developm...
Active and mature underground mining districts offer conditions favorable to deep geologic disposal ...
Deep geological disposal of dangerous waste like mercury, solidified organic pesticides and radioact...
Deep geological disposal of dangerous waste like mercury, solidified organic pesticides and radioact...
Deep geological disposal of dangerous waste like mercury, solidified organic pesticides and radioact...
Production of toxic and other hazardous waste is inevitable, requiring the development of safe dispo...
Management of solid mine wastes, particularly waste rock, requires careful planning to reduce the li...
Management of solid mine wastes, particularly waste rock, requires careful planning to reduce the li...
For many years open pits have been used for the disposal of waste rock. Mine waste disposal has beco...
For many years open pits have been used for the disposal of waste rock. Mine waste disposal has beco...
A mine tailings disposal facility (TSF) remains a major source ofrisk for a mining operation. It is ...
Countries using nuclear energy tend to favour disposal of Low-Level and Intermediate-Level radioacti...
Countries using nuclear energy tend to favour disposal of Low-Level and Intermediate-Level radioacti...
Deep geologic repositories are being widely studied as the most favored method of disposal of nuclea...
AbstractThe important issues on disposal of solid wastes from metal mines are to choose the right va...
Economic prosperity depends on exploring new sources of energy and materials along with the developm...