Green Materials For Sustainable Water Remediation And Treatment (green Chemistry Series)

Inadequate Access To Clean Water Afflicts People Throughout The World, And In Developing Countries Any Solution To This Challenge Must Be Achieved At A Low Cost And Low Energy Demand. At The Same Time, The Use Of Chemicals, And Subsequent Environmental Impact Must Also Be Reduced. Green And Sustainable Water Remediation Is A Rapidly Growing Field Of Interest To Governments And Corporations Alike, With Considerable Input From Academics, Environmental Consultants And Public Interest Groups. This Book Presents A Focused Set Of Articles Covering A Range Of Topics In The Field, Examining Not Only The Adoption Of Natural Products For Water Remediation, But Also The Synthesis Of New Materials And Emerging Clean Technologies. Contributors From Across The Globe (including Some On The Ground In The Developing World) Present A Comprehensive Digest In The Form Of Review-style Articles Highlighting The Current Thinking And Direction In The Field. Interested Stakeholders From All Sectors Will Find This Book Invaluable, And Postgraduate Students Of Chemical Engineering Or Environmental Science Will Benefit From The Real-world Applications Presented. Editors, Anuradha Mishra And James H. Clark. Includes Bibliographical References And Index. Mode Of Access: World Wide Web. fig1 19 fig1 19 fig2 20 fig2 20 fig1 30 fig1 30 fig2 32 fig2 32 fig3 33 fig3 33 fig1 70 fig1 70 fig2 70 fig2 70 fig3 71 fig3 71 fig4 72 fig4 72 fig5 72 fig5 72 fig6 73 fig6 73 fig7 73 fig7 73 fig8 73 fig8 73 fig1 100 fig1 100 sch1 103 sch1 103 sch2 112 sch2 112 fig1 128 fig1 128 fig2 129 fig2 129 fig3 129 fig3 129 fig4 130 fig4 130 fig5 130 fig5 130 fig6 131 fig6 131 fig7 131 fig7 131 fig8 132 fig8 132 fig9 132 fig9 132 fig10 132 fig10 132 fig11 133 fig11 133 fig12 133 fig12 133 fig13 134 fig13 134 fig14 134 fig14 134 fig15 135 fig15 135 fig16 136 fig16 136 fig17 136 fig17 136 fig18 137 fig18 137 fig19 138 fig19 138 fig20 138 fig20 138 fig21 139 fig21 139 fig22 139 fig22 139 fig23 140 fig23 140 fig24 141 fig24 141 fig25 141 fig25 141 fig26 142 fig26 142 fig27 142 fig27 142 fig28 143 fig28 143 fig29 143 fig29 143 fig30 144 fig30 144 fig31 145 fig31 145 fig32 146 fig32 146 fig1 152 fig1 152 sch1 153 sch1 153 fig2 155 fig2 155 fig3 156 fig3 156 fig4 157 fig4 157 fig5 158 fig5 158 fig6 159 fig6 159 fig7 160 fig7 160 sch2 161 sch2 161 fig8 165 fig8 165 fig1 172 fig1 172 fig2 174 fig2 174 sch1 175 sch1 175 sch2 187 sch2 187 fig3 189 fig3 189 fig1 198 fig1 198 fig2 199 fig2 199 fig3 202 fig3 202 fig4 202 fig4 202 fig5 204 fig5 204 fig6 205 fig6 205 _s_h_o_w_192_ 208 fig7 209 fig7 209 fig8 210 fig8 210 fig9 211 fig9 211 fig10 212 fig10 212 fig11 213 fig11 213 fig12 215 fig12 215 fig13 216 fig13 216 fig14 218 fig14 218 fig15 219 fig15 219 fig16 220 fig16 220 fig17 220 fig17 220 fig18 221 fig18 221 fig1 229 fig1 229 fig2 235 fig2 235 fig3 236 fig3 236 fig4 238 fig4 238 fig5 238 fig5 238 fig6 240 fig6 240 fig1 246 fig1 246 fig2 247 fig2 247 fig3 248 fig3 248 fig4 250 fig4 250 fig1......Page 19 fig2......Page 20 fig1......Page 30 fig2......Page 32 fig3......Page 33 fig2......Page 70 fig3......Page 71 fig5......Page 72 fig8......Page 73 fig1......Page 100 sch1......Page 103 sch2......Page 112 fig1......Page 128 fig3......Page 129 fig5......Page 130 fig7......Page 131 fig10......Page 132 fig12......Page 133 fig14......Page 134 fig15......Page 135 fig17......Page 136 fig18......Page 137 fig20......Page 138 fig22......Page 139 fig23......Page 140 fig25......Page 141 fig27......Page 142 fig29......Page 143 fig30......Page 144 fig31......Page 145 fig32......Page 146 fig1......Page 152 sch1......Page 153 fig2......Page 155 fig3......Page 156 fig4......Page 157 fig5......Page 158 fig6......Page 159 fig7......Page 160 sch2......Page 161 fig8......Page 165 fig1......Page 172 fig2......Page 174 sch1......Page 175 sch2......Page 187 fig3......Page 189 fig1......Page 198 fig2......Page 199 fig4......Page 202 fig5......Page 204 fig6......Page 205 _s_h_o_w_192_......Page 208 fig7......Page 209 fig8......Page 210 fig9......Page 211 fig10......Page 212 fig11......Page 213 fig12......Page 215 fig13......Page 216 fig14......Page 218 fig15......Page 219 fig17......Page 220 fig18......Page 221 fig1......Page 229 fig2......Page 235 fig3......Page 236 fig5......Page 238 fig6......Page 240 fig1......Page 246 fig2......Page 247 fig3......Page 248 fig4......Page 250

Inadequate access to clean water afflicts people throughout the world, and in developing countries any solution to this challenge must be achieved at a low cost and low energy demand. At the same time, the use of chemicals, and subsequent environmental impact must also be reduced. Green and sustainable water remediation is a rapidly growing field of interest to governments and corporations alike, with considerable input from academics, environmental consultants and public interest groups.

This book presents a focused set of articles covering a range of topics in the field, examining not only the adoption of natural products for water remediation, but also the synthesis of new materials and emerging clean technologies. Contributors from across the globe (including some "on the ground" in the developing world) present a comprehensive digest in the form of review-style articles highlighting the current thinking and direction in the field.

Interested stakeholders from all sectors will find this book invaluable, and postgraduate students of chemical engineering or environmental science will benefit from the real-world applications presented.

This voume presents a focused set of articles covering a range of topics in the field of green materials for water remediation including the synthesis of new materials, modification of natural materials and use of clean technologies for water purification