ISBN: 1843397048

Hardcover, [EAN: 9781843397045], Intl Water Assn, Intl Water Assn, Book, [PU: Intl Water Assn], Intl Water Assn, This research investigates the use of submerged gas-permeable membranes fo… Mehr…

Hardcover, [EAN: 9781843397045], Intl Water Assn, Intl Water Assn, Book, [PU: Intl Water Assn], Intl Water Assn, This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater. This approach is likely offer significant advantages over the conventional approach of using bubbles. The air is delivered to the membranes by an inlet manifold; it then flows through the fibers and escapes through an outlet manifold at the other side of the aeration tank. In this configuration the depth of the water is unimportant since the air does not need to be compressed to overcome the hydrostatic pressure. Pressure drops across the membrane are low and the ability to control the contact time between the air and water enables high oxygen transfer efficiencies to be obtained. As a result, the energy costs for aeration should be significantly less than for conventional aeration. This publication can be purchased and downloaded via Pay Per View on Water Intelligence Online - click on the Pay Per View icon below, 13735, Environmental, 226545, Groundwater & Flood Control, 16244651, Insecticides & Pesticides, 52192011, Pollution, 226548, Waste Management, 226549, Water Quality & Treatment, 227541, Civil & Environmental, 173515, Engineering, 173507, Engineering & Transportation, 1000, Subjects, 283155, Books, 13598, Environmental Science, 13592, Earth Sciences, 75, Science & Math, 1000, Subjects, 283155, Books, 14631, Technology, 14637, History of Technology, 14639, Nanotechnology, 14644, Safety & Health, 271634011, Social Aspects, 75, Science & Math, 1000, Subjects, 283155, Books, 684258011, Environmental Engineering, 468212, Engineering, 465600, New, Used & Rental Textbooks, 2349030011, Specialty Boutique, 283155, Books, 684290011, Environmental Studies, 468216, Science & Mathematics, 465600, New, Used & Rental Textbooks, 2349030011, Specialty Boutique, 283155, Books<

ISBN: 9781843397045

This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater.This approach is likely offer significant advantages over the co… Mehr…

This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater.This approach is likely offer significant advantages over the conventional approach of using bubbles.The air is delivered to the membranes by an inlet manifold; it then flows through the fibers and escapes through an outlet manifold at the other side of the aeration tank.In this configuration the depth of the water is unimportant since the air does not need to be compressed to overcome the hydrostatic pressure.Pressure drops across the membrane are low and the ability to control the contact time between the air and water enables high oxygen transfer efficiencies to be obtained.As a result, the energy costs for aeration should be significantly less than for conventional aeration.This publication can be purchased and downloaded via Pay Per View on Water Intelligence Online - click on the Pay Per View icon below ; EPUB; Scientific, Technical and Medical > Science: general issues, Oldcastle Books<

ISBN: 9781843397045

This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater.This approach is likely offer significant advantages over the co… Mehr…

This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater.This approach is likely offer significant advantages over the conventional approach of using bubbles.The air is delivered to the membranes by an inlet manifold; it then flows through the fibers and escapes through an outlet manifold at the other side of the aeration tank.In this configuration the depth of the water is unimportant since the air does not need to be compressed to overcome the hydrostatic pressure.Pressure drops across the membrane are low and the ability to control the contact time between the air and water enables high oxygen transfer efficiencies to be obtained.As a result, the energy costs for aeration should be significantly less than for conventional aeration.This publication can be purchased and downloaded via Pay Per View on Water Intelligence Online - click on the Pay Per View icon below ; PDF; Scientific, Technical and Medical > Science: general issues, Oldcastle Books<

2005, ISBN: 9781843397045

eBooks, eBook Download (PDF), This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater. This approach is likely offer sig… Mehr…

eBooks, eBook Download (PDF), This research investigates the use of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater. This approach is likely offer significant advantages over the conventional approach of using bubbles. The air is delivered to the membranes by an inlet manifold; it then flows through the fibers and escapes through an outlet manifold at the other side of the aeration tank. In this configuration the depth of the water is unimportant since the air does not need to be compressed to overcome the hydrostatic pressure. Pressure drops across the membrane are low and the ability to control the contact time between the air and water enables high oxygen transfer efficiencies to be obtained. As a result, the energy costs for aeration should be significantly less than for conventional aeration. This publication can be purchased and downloaded via Pay Per View on Water Intelligence Online - click on the Pay Per View icon below, [PU: IWA Publishing], Seiten: 140, IWA Publishing, 2005<

ISBN: 9781843397045

This research investigates the USE of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater. This approach is likely offer significant advantages over the c… Mehr…

This research investigates the USE of submerged gas-permeable membranes for the delivery of oxygen to municipal wastewater. This approach is likely offer significant advantages over the conventional approach of using bubbles. The air is delivered to the membranes by an inlet manifold; it then flows through the fibers and escapes through an outlet manifold at the other side of the aeration tank. In this configuration the depth of the water is unimportant since the air does not need to be compressed to overcome the hydrostatic pressure. Pressure drops across the membrane are low and the ability to control the contact time between the air and water enables high oxygen transfer efficiencies to be obtained. As a result, the energy costs for aeration should be significantly less than for conventional aeration. eBooks Membrane Technology~~EBook~~9781843397045~~Michael Semmens Membrane Technology<