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A cost-effective steam-driven RO plant for brackish groundwater
A. Mudgal, P.A. Davies
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Corresponding author for this work
Mechanical, Biomedical & Design Engineering
Engineering Systems & Supply Chain Management
Sustainable Environment Research Group
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peer-review
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Dive into the research topics of 'A cost-effective steam-driven RO plant for brackish groundwater'. Together they form a unique fingerprint.
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Engineering & Materials Science
Reverse osmosis
100%
Groundwater
90%
Steam
62%
Desalination
35%
Distillation
31%
Thermal energy
30%
Costs
29%
Rankine cycle
18%
Water
16%
Byproducts
15%
Hot Temperature
14%
Boilers
13%
Biomass
13%
Thermodynamics
13%
Recovery
10%
Heat transfer
10%
Earth & Environmental Sciences
reverse osmosis
79%
groundwater
46%
cost
39%
distillation
32%
energy
30%
desalination plant
19%
penalty
17%
desalination
16%
boiler
15%
heat transfer
13%
byproduct
13%
thermodynamics
11%
biomass
9%
water
9%
calculation
8%
Chemistry
Reverse Osmosis
91%
Groundwater
82%
Osmosis
51%
Distillation
36%
Energy
36%
Heat Transfer
20%
Thermodynamics
11%