processing and resource recovery, physicochemical treatment processes, biological
treatment processes, biotechnology, biosolids management, flotation technology,
membrane technology, desalination technology, water resources, natural control
processes, radioactive waste disposal, hazardous waste management, and thermal
pollution control; and (2) to employ a multimedia approach to environmental
conservation and protection since air, water, soil, and energy are all interrelated.
This book (Volume 19) and its two sister books (Volumes 17 and 20) of the
Handbook of Environmental Engineering series have been designed to serve as
natural resources engineering reference books as well as supplemental textbooks.
We hope and expect they will prove of equal high value to advanced undergraduate
and graduate students, to designers of natural resources systems, and to scientists and
researchers. The editors welcome comments from readers in all of these categories. It
is our hope that the three natural resources engineering books will not only provide
information on natural resources engineering, but will also serve as a basis for
advanced study or specialized investigation of the theory and analysis of various
natural resources systems.
This book, Environmental and Natural Resources Engineering, Volume 19,
covers the topics on understanding, conservation, and protection of precious natural
resources – bees; waste reclamation for reuse; biological processes for water
resources protection and water reuse; removal of endocrine disruptors for environmental protection; cooling and reuse of thermal discharges; basic hydrology, water
resources, and DAF boat plant for lake restoration; cadmium detoxification by
sintering with ceramic matrices; treatment of vegetable oil refining wastes; environmental engineering education; environmental control of pests and vectors; new book
reviews; and glossary of environmental and natural resources engineering.
This book’s first sister book, Natural Resources and Control Processes, Volume
17, covers the topics on management of agricultural livestock wastes for water
resources protection; application of natural processes for environmental protection;
proper deep well waste disposal; treating and managing industrial dye wastes; health
effects and control of toxic lead in the environment; municipal and industrial
wastewater treatment using plastic trickling filters for BOD and nutrient removal;
chloride removal for recycling fly ash from municipal solid waste incinerator; recent
evaluation of early radioactive disposal and management practice; recent trends in
the evaluation of cementitious material in radioactive waste disposal; extensive
monitoring system of sediment transport for reservoir sediment management; and
land and energy resources engineering glossary.
This book’s second sister book, Integrated Natural Resources Management,
Volume 20, covers the topics on effect of global warming, climate change on glacier
and salmons; community-based latrine development with Engineers Without
Borders – USA; surface water quality and analysis; water quality control of tidal
rivers and estuaries; treatment of electrical and electronic component manufacturing
wastes; geographic information systems and remote sensing applications in environmental and water resources; investigation and management of water losses from
wet infrastructure; lake restoration and acidic water control; biohydrogen production
through mixed culture dark anaerobic fermentation of industrial waste; agricultural
Preface
ix
treatment processes, biotechnology, biosolids management, flotation technology,
membrane technology, desalination technology, water resources, natural control
processes, radioactive waste disposal, hazardous waste management, and thermal
pollution control; and (2) to employ a multimedia approach to environmental
conservation and protection since air, water, soil, and energy are all interrelated.
This book (Volume 19) and its two sister books (Volumes 17 and 20) of the
Handbook of Environmental Engineering series have been designed to serve as
natural resources engineering reference books as well as supplemental textbooks.
We hope and expect they will prove of equal high value to advanced undergraduate
and graduate students, to designers of natural resources systems, and to scientists and
researchers. The editors welcome comments from readers in all of these categories. It
is our hope that the three natural resources engineering books will not only provide
information on natural resources engineering, but will also serve as a basis for
advanced study or specialized investigation of the theory and analysis of various
natural resources systems.
This book, Environmental and Natural Resources Engineering, Volume 19,
covers the topics on understanding, conservation, and protection of precious natural
resources – bees; waste reclamation for reuse; biological processes for water
resources protection and water reuse; removal of endocrine disruptors for environmental protection; cooling and reuse of thermal discharges; basic hydrology, water
resources, and DAF boat plant for lake restoration; cadmium detoxification by
sintering with ceramic matrices; treatment of vegetable oil refining wastes; environmental engineering education; environmental control of pests and vectors; new book
reviews; and glossary of environmental and natural resources engineering.
This book’s first sister book, Natural Resources and Control Processes, Volume
17, covers the topics on management of agricultural livestock wastes for water
resources protection; application of natural processes for environmental protection;
proper deep well waste disposal; treating and managing industrial dye wastes; health
effects and control of toxic lead in the environment; municipal and industrial
wastewater treatment using plastic trickling filters for BOD and nutrient removal;
chloride removal for recycling fly ash from municipal solid waste incinerator; recent
evaluation of early radioactive disposal and management practice; recent trends in
the evaluation of cementitious material in radioactive waste disposal; extensive
monitoring system of sediment transport for reservoir sediment management; and
land and energy resources engineering glossary.
This book’s second sister book, Integrated Natural Resources Management,
Volume 20, covers the topics on effect of global warming, climate change on glacier
and salmons; community-based latrine development with Engineers Without
Borders – USA; surface water quality and analysis; water quality control of tidal
rivers and estuaries; treatment of electrical and electronic component manufacturing
wastes; geographic information systems and remote sensing applications in environmental and water resources; investigation and management of water losses from
wet infrastructure; lake restoration and acidic water control; biohydrogen production
through mixed culture dark anaerobic fermentation of industrial waste; agricultural
Preface
ix