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Comparison of configurations for high-recovery inland desalination systems
Tianyu Qiu, Philip Davies
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Corresponding author for this work
Mechanical, Biomedical & Design Engineering
Sustainable Environment Research Group
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peer-review
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Agriculture & Biology
desalination
85%
reverse osmosis
82%
brackish water
73%
specific energy
68%
energy recovery
15%
energy
12%
groundwater
11%
water supply
10%
pumps
10%
seawater
9%
water
8%
Earth & Environmental Sciences
brackish water
68%
desalination
67%
reverse osmosis
65%
energy consumption
56%
comparison
26%
energy demand
22%
energy recovery
12%
cost
11%
pump
9%
water supply
8%
seawater
7%
water
6%
groundwater
6%
resource
5%
analysis
2%
Medicine & Life Sciences
Osmosis
100%
Saline Waters
95%
Groundwater
15%
Water
14%
Water Supply
14%
Seawater
13%
Cost-Benefit Analysis
9%
Costs and Cost Analysis
6%
Equipment and Supplies
6%
Chemistry
Reverse Osmosis
76%
Energy Consumption
70%
Groundwater
11%
Pump
10%
Energy
10%
Reduction
9%
Application
3%
Social Sciences
energy consumption
57%
water
50%
energy shortage
20%
water management
9%
costs
9%
energy
5%
resources
3%