1: ETNA Cover Page
2: Technology for Environment
3: ZerOil Introduction
4: ZerOil Process Description
5: ZerOil Operating Principle P-1
6: ZerOil Operating Principle P-2
7: ZerOil Practical Example of Separation P-1
8: ZerOil Practical Example of Separation P-2
9: Comparing Process Plants
10: Typical Applications for Zeroil P-1
11: Typical Applications for Zeroil P-2
12: Typical Applications for Zeroil P-3
13: Demo ZerOil Device in Operation
14: Compact ZerOil for the Tramp Oil
15: Skid Mounted ZerOil Device
16: Multi Purpose Zeroil Device
17: Zeroil in an Automobile Plant
18: RotoZerOil and ZerOil Traced and Insulated
19: Modular ZerOil Device for Produced Water Treatment
20: ZerOil for Bilge Water Treatment
21: Zeroil Certificate for use on Ship
22: ZerOil Device on Board a Ship for Use at Sea
23: Insulated Housing with a ZerOil Device on Board a Ship for Use at Sea P-1
24: Insulated Housing with a ZerOil Device on Board a Ship for Use at Sea P-2
25: Questions and Answers about ZerOil
26: Questions and Answers about ZerOil Q1-2
27: Questions and Answers about ZerOil Q3-4
28: Questions and Answers about ZerOil Q5-8
29: Questions and Answers about ZerOil Q9-12
30: Questions and Answers about ZerOil Q13-14
31: Questions and Answers about ZerOil Q15-17
32: Questions and Answers about ZerOil Q17-18
33: Questions and Answers about ZerOil Q19
34: S.P.R. P-1
35: S.P.R. P-2
36: S.P.R. P-3
37: S.P.R. P-4
38: S.P.R. P-5
39: S.P.R. Device
40: Italtraco's Produced Water Process "IPWP" P-1
41: Italtraco's Produced Water Process "IPWP" P-2
42: IPWP Processing Equipment P-1
43: IPWP Processing Equipment P-2
44: Solid / Liquid separation by Variable Interaction Forces: VIF Filters P-1
45: Solid / Liquid separation by Variable Interaction Forces: VIF Filters P-2
46: V.I.F. Processing Equipment
47: Algorithms and Computer Codes
48: Oil-in-Water Separator (ZerOil) Simulation
49: Solid State Oxidative Biotransformations P-1
50: Solid State Oxidative Biotransformations P-2
51: Energy Saving and New Pelletizer
52: ETNA's Mission