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Ahmad Fauzi Ismail, 1966-
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Reverse osmosis
(50)
Water -- Purification -- Reverse osmosis process
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Membranes (Technology)
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1. 
Cover image for Reverse osmosis
2. 
Cover image for Reverse osmosis
3. 
Cover image for Reverse osmosis and ultrafiltration
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Cover image for Reverse osmosis membrane research
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Cover image for Potable water solutions: beyond reverse osmosis
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Cover image for Penyingkiran kemasinan menggunakan 'reverse osmosis'
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Cover image for Drying cellulose acetate reverse osmosis membranes
8. 
Cover image for Method of manufacturing a reverse osmosis membrane
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Cover image for Synthesis and characterization of thin film nanocomposite reverse osmosis membrane for salt and boron removal
10. 
Cover image for Synthesis and characterization of thin film nanocomposite reverse osmosis membrane for salt and boron removal
11. 
Cover image for Low pressure reverse osmosis membrane performance for endocrine disrupting chemical and organics
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Cover image for Low pressure reverse osmosis membrane performance for endocrine disrupting chemical and organics
13. 
Cover image for Reverse osmosis : design, processes, and applications for engineers
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Cover image for Rejection of emerging organic contaminants by nanofiltration and reverse osmosis membranes : effects of fouling, modelling and water reuse
15. 
Cover image for Removal of endocrine disrupting chemicals using low pressure reverse osmosis membrane
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Cover image for Removal of endocrine disrupting chemicals using low pressure reverse osmosis membrane
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Cover image for Performance investigation of low pressure reverse osmosis membrane (LPROM) on the rejection of endocrine disrupting chemicals (EDCs)
18. 
Cover image for Performance investigation of low pressure reverse osmosis membrane (LPROM) on the rejection of endocrine disrupting chemicals (EDCs)
19. 
Cover image for Low pressure reverse osmosis membrane for rejection of heavy metals
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Cover image for Low pressure reverse osmosis membrane for rejection of heavy metals
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Cover image for Rejection of organic substances with low pressure reverse osmosis membrane (LPROM) comparison between dissociated and undissociated subtances
22. 
Cover image for Comparison on the effectiveness of low pressure reverse osmosis membrane for the rejection of organic (Endocrine disrupting chemical: pentachlorophenol) with inorganic (Heavy metals :copper and iron) substances
23. 
Cover image for Rejection of metals by low pressure reverse osmosis membrane (LPROM) systems
24. 
Cover image for Comparison on the effectiveness of low pressure reverse osmosis membrane for the rejection of organic (Endocrine disrupting chemical: pentachlorophenol) with inorganic (Heavy metals :copper and iron) subtances
25. 
Cover image for Rejection of organic substances with low pressure reverse osmosis membrane (LPROM) : comparison between dissociated and undissociated subtances
26. 
Cover image for Comparison on the effectiveness of low pressure reverse osmosis membrane for the rejection of organic (Endocrine disrupting chemical: pentachlorophenol) with inorganic (Heavy metals :copper and iron) substances
27. 
Cover image for Rejection of metals by low pressure reverse osmosis membrane (LPROM) systems
28. 
Cover image for Perbandingan di antara air reverse osmosis (RO) dengan air masak terhadap pengekalan kandungan air dalam badan seseorang atlit
29. 
Cover image for Rejection of organic substances with low pressure reverse osmosis membrane (LPROM) : comparison between dissociated and undissociated subtances
30. 
Cover image for The effect of coating condition and aqueous phase composition on the performance of thin film composite reverse osmosis flat sheet membranes
31. 
Cover image for The effect of coating condition and aqueous phase composition on the performance of thin film composite reverse osmosis flat sheet membranes
32. 
Cover image for The effect of operational parameters for micropollutant removal using low pressure reverse osmosis membrane (LPROM)
33. 
Cover image for The effect of coating condition and aqueous phase composition on the performance of thin film composite reverse osmosis flat sheet membranes
34. 
Cover image for Low pressure reverse osmosis membrane (LPROM) for micropollutant removal
35. 
Cover image for Boron removal from wastewater using reverse osmosis membrane and adsorption techniques
36. 
Cover image for Effect of bore fluid on reverse osmosis hollow fiber membranes
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Cover image for Material behaviour rheology assessment of cellulose acetate spinning solution and its influence on reverse osmosis hollow fiber membrane performance
38. 
Cover image for Effect of rheological behaviour of cellulose acetate spinning solutions on performance of reverse osmosis hollow fiber membranes
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Cover image for Development of reverse osmosis system for processing drinking water Pembangunan sistem membran osmosis balikan kepingan rata bagi penyahgaraman air
40. 
Cover image for Optimization of cellulose acetate hollow fiber reverse osmosis membrane production using Taguchi method
41. 
Cover image for Study of shear rate influence on the performance of cellulose acetate reverse osmosis hollow fiber membranes
42. 
Cover image for The deduction of fine structural details of reverse osmosis hollow fiber membranes using surface force-pore flow model
43. 
Cover image for Development of reverse osmosis system for processing drinking water = Pembangunan sistem membran osmosis balikan kepingan rata bagi penyahgaraman air
44. 
Cover image for Fabrication and optimisation of asymmetric hollow fiber membranes for reverse osmosis
45. 
Cover image for Fabrication and optimisation of asymmetric hollow fiber membranes for reverse osmosis
46. 
Cover image for Effect of the operating parameters on the separation of metal chelates using low pressure reverse osmosis membrane (LPROM)
47. 
Cover image for Effect of polyvinylpyrrolidone on flat sheet reverse osmosis membrane performance
48. 
Cover image for Effects of the polyamide molecular structure on the performance of reverse osmosis membranes
49. 
Cover image for Penyingkiran kemasinan menggunakan 'reverse osmosis'; Rawatan efluen tangki septik menggunakan kaedah parit serakan; Audit pengurusan sisa untuk Kampus UTM, Skudai; Kesan beban organik terhadap kelakunan penapis selang seli; Kajian kesan pembinaan "floating city Johor Bahru" ke atas kualiti alam sekitar (dari aspek sosial); Rawatan airsisa industri tekstil dengan kaedah Reagan Fenton
50. 
Cover image for Reverse osmosis technology : application for high-purity-water production
51. 
Cover image for Performances of tubular membranes using reverse osmosis process
52. 
Cover image for Method of making a reverse osmosis semipermeable membrane
53. 
Cover image for Effect of shear rate on flat sheet reverse osmosis membrane performance
54. 
Cover image for Performances of tubular membranes using reverse osmosis process
55. 
Cover image for Preparation of reverse osmosis membranes by complete evaporation of the solvent system
56. 
Cover image for Application of reverse osmosis in colour removal of drinking water : preliminary result
57. 
Cover image for Separation mechanism of mono- and divalent ions by low pressure reverse osmosis membrane
58. 
Cover image for Preparation of high flow cellulose derivative reverse osmosis membrane
59. 
Cover image for Process for the preparation of cellulosic ester reverse osmosis membranes
60. 
Cover image for Studies on reverse osmosis for concentration of fruit juices
61. 
Cover image for Asymmetric polyimide reverse osmosis membrane method for preparation of same and use thereof for organic liquid separations
62. 
Cover image for Method of casting a reverse osmosis or ultrafiltration polymeric membrane
63. 
Cover image for Rejection of metals by low pressure reverse osmosis membrane (LPROM) system
64. 
Cover image for Projek air minuman "Reverse Osmosis" Kolej Tuanku Canselor UTM Skudai
65. 
Cover image for Reverse osmosis : membrane technology, water chemistry and industrial applications
66. 
Cover image for Algal blooms and membrane based desalination technology
67. 
Cover image for Particulate and organic matter fouling of SWRO systems : characterization, modelling and applications
68. 
Cover image for Membranes for water treatment
69. 
Cover image for Liquid membranes : principles and applications in chemical separations and wastewater treatment
70. 
Cover image for Eksplorasi aspek sains dalam sukan
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Cover image for Penyingkiran boron daripada airsisa menggunakan kombinasi rawatan secara osmosis balikan dan penjerapan
72. 
Cover image for Penyingkiran boron daripada airsisa menggunakan kombinasi rawatan secara osmosis balikan dan penjerapan
73. 
Cover image for The Effect of curing temperature and concentration of monomer on performance of the thin film compposite using cellulose acetate as support membrane
74. 
Cover image for Penyingkiran boron daripada airsisa menggunakan kombinasi rawatan secara osmosis balikan dan penjerapan
75. 
Cover image for Kajian perbandingan penghasilan air tawar menggunakan penyejat (Evaporator) dan sistem osmosis balikan
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Cover image for Osmosis balikan
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Cover image for Osmosis balikan
78. 
Cover image for Penggunaan osmosis balikan di dalam proses penyahgaraman air laut (Abstract)
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Cover image for Penggunaan osmosis balikan di dalam proses penyahgaraman air laut (Abstract)
80. 
Cover image for Pengujian kepingan halus membran osmosis balikan
81. 
Cover image for Kelakunan keratan majmuk menggunakan keluli perwaja-keratan tidak simetri ... [et al.]
82. 
Cover image for Kajian literatur panel papak rencam ... [et al.]
83. 
Cover image for Pengujian kepingan halus membran osmosis balikan ... [et al.]
84. 
Cover image for Merekabentuk dan membina satu sistem osmosis balikan untuk menyelidik prestasinya dalam penulinan air sungai yang tercemar oleh tanah gambut
85. 
Cover image for Penyahgaraman air laut menggunakan kaedah osmosis balikan; Permodelan reaktor tercampur 2 dimensi menggunakan model rangkaian; Kajian terhadap kesan sumber nitrogen ke atas proses pensakaridaan kanji ubi kayu mentah oleh kulat Aspergillus ss.; Perbandingan kaedah 'upward' dan 'downward' bagi penurasan kalsium karbonat dengan menggunakan penuras vakum; Kajian parameter di dalam proses pengeringan semburan dalam penghasilan serbuk kopi segera menggunakan model matematik Zbicinki et al.; Penulinan protein secara elektroforesis; Sifat-sifat fizikal campuran getah asli epoksida 25 (ENR 25) dengan polipropilena (PP) dan getah asli epoksida 25 dengan 'ultra high molecular weight high density polyethylene (UHMWPE); Penyelakuan proses penyulingan kelompok untuk mendapatkan model sistem kawalan suap depan; Kesan suhu ke atas penstoran isirong sawit; Pencirian rawatan air sisa dari alat penunuan (Hospital Universiti, Petaling Jaya); Tindakbalas peyabunan etil asetat-natrium hidroksida; Penganggaran sifat-sifat fizikal dan termodinamik bagi minyak kelapa sawit mentah (CPO); Kajian sifat mekanikal dan reologi adunan ENR-50 dan SMR-20
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Cover image for Penyahgaraman air laut menggunakan kaedah osmosis balikan
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Cover image for Merekabentuk satu loji penyahgaraman dengan menggunakan kaedah proses osmosis balikan
88. 
Cover image for Rekabentuk aerodimanik bagi sebuah peluru-berpandu; Simulasi terhadap kitaran rankine organik; Microcomputer-aided drafting and design of building services : air conditioning and mechanical ventilation; Merekabentuk satu logi penyangaraman dengan menggunakan kaedah proses osmosis balikan; Kajian mengenai masalah-masalah dihadapi oleh pelbagai sektor yang memperuntukan perumahan kos rendah, serta usul-usul dan cadangan-cadangan sebagai asas perlaksanaan yang berjaya; 'Rumah Meleh' Hajjah Wan Mek, Kampung Dalam Rhu, Tumpat, Kelantan; Istana Jahar, Kota Bharu, Kelantan; The Chinese Assembly Hall, Kuala Lumpur
89. 
Cover image for Synthetic membrane processes : fundamentals and water applications
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Cover image for Method for preparing desalination membranes
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Cover image for Sea water demineralization by means of an osmotic membrane
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