Zero Gravity Filters provides Efficient Filtration/Separation Solutions that Minimize Our Clients Lifecycle Costs and their Environmental Footprint.

1. Zero Gravity Filters Presents
Innovations in Liquid-Solid
Separation Technology
Technology Overview
October 2014

2. Zero Gravity Filters Mission
Zero Gravity Filters provides Efficient
Filtration/Separation Solutions that
Minimize Our Clients Lifecycle Costs and
their Environmental Footprint.

3. Zero Gravity Filters

4. Zero Gravity Filters
Welcome to an
Innovative and Patented
Filtration Technology
ZGF is Presenting a
Variable Geometric Coil,
Providing 100% Cleaning
with Each Backwash

5. Zero Gravity Filtration
Features
• Permanent Media Filter
Element (ss316, Inconel)
Benefits
• Uninterrupted Flow during
backwash
• Eliminates Disposable Media,
Reduces Environmental impact
• Increases System Up-Time
• Fully Auto, Self-Cleaning • Saves Labor
• Compact Design • Saves Valuable Floor Space
• Ensures Efficient & Consistent
Particle Retention
• Precision Engineered Gap
• Backwash – Short Duration • Minimal Backwash Volume and
Effective Element Cleaning

6. Filter Element
Filter Mode
Outside to In
Backwash Mode
Inside to Out

7. Filter Element
During backwash, flow is reversed, causing the filter element to open
and shimmer.
Resulting in 100% clean with each and every backwash.
P+ P-
Filtering Backwashing

8. Product Line
PHOENIX
EC100
SYSTEM 2000
EC700

9. Phoenix
• Flowrate: 35 – 175 gpm
• Holds 6 Filter Elements
• Two Models Available
– Pneumatic: PLC controlled
– Electro-Pneumatic: built-in circuit
board
• Compact Size (<2 ft3)
• All SS Construction (as standard)
• Low Energy Consumption
• Backwash Volume: 5 gallons
Pneumatic Phoenix

10. System 2000
• Flowrate: 50 – 300
gpm/pod
• 7 elements/pod
• Modular Design
• ‘Pod’ Encourages
Sedimentation
• Materials: Options
• Backwash Volume: 15
gallons/pod
System 2000, 4-Pod

11. Zero Gravity Filters
Maggie
Welcome to an Innovative
and Patented Magnetic
Separation Technology
ZGF is Pleased to Present
a High Intensity Magnetic
Separator with Automatic
Purging & Fluid Recovery
Capabilities

12. • Installed in-line
• Simple and Reliable
Purging Procedure
• Selective Particle
Removal, Will not
Damage Coolant
• No:
– Mechanical Moving Parts,
– Scraper, and
– Disposable Media

13. Maggie Math
Rare Earth Magnets
+
Low Velocity
+
Tortuous Flow Path
=
1-5 micron Removal

14. Compressed Air
+
Magnetic Shuttle
Assembly
+
Baffle Plate
=
100% Debris Removal
Maggie Math

15. Modular Maggie
MG 2600, 6 Station
Manifold assemblies
can be fitted with 2
or more Maggie’s to
meet your specific
requirements.
Minimal Footprint
Required

16. Smart Drum Plus
Processes the Purge of
Maggie, Off-Line
Solids are Deposited in Tote,
Returning Clean Fluid Back to
System

17. Primary Markets
 Transportation and Steel
 HVAC and Process Water
 Oil and Gas
 Water Filtration
 Other: Food, Chemical Pulp and Paper

18. Transportation
Primary Goal: Protection of High Pressure
Pumps, Tooling, and Improved Part Quality
Machining Centers
Parts and Engine Washers
Grinding and Honing

19. Parts Washer
3-Station Phoenix, Intermediate Washer

20. Central Honing
Tank
MG2600 and Smart Drum Plus

21. Steel Producers
Hot Roll – Quench Water
Cold Roll – Rolling Emulsion
Coating and Painting
Wet Tempering and Tensioner
Tube Mill – Mill Coolant
Tube Mill - Threader

22. Rolling Emulsion
MG2600 2-Station
with SD Plus
Roller Protection

23. Quench Water
MG2600 3-Station, 750 GPM

24. HVAC & Process
Water
Primary Goal: Removal of Suspended Solids
to Protect Sensitive Equipment
Chilled & Condenser Water
Cooling Towers (Full flow and side stream)
Welder Water
Recycled Wastewater

25. Cooling Tower
Full Flow Filtration of
Cooling Tower

26. Waste Water
Filtering Waste Water Prior to Bioscrubber

27. Oil and Gas
Primary Goal: Removal of suspended solids to
allow for water reuse and/or disposal
Deep Well Injection
Flowback Water
Produced Water
Steam Generation

28. Produced Water
EC700 36-Pod, 3,000 GPM, 35 micron, Water Reuse

29. Disposal Well
System 2000, 35 micron, Deep Well Injection Fluid

30. Water Filtration
Primary Goal:
Extend Life of Finer Filtration, and Protect
Sensitive Equipment
Well Water
Surface Intake Water
Marine and Desalination
Fish Hatcheries

31. River Water
S2000, 35 micron, Salmon Hatchery

32. Well Water
Filtering Well Water for Pump Seals

33. Surface Water
S2000, 50 micron, Power Gen, Protect Multi-Stage Air
Compressor

34. Other Processing
Primary Goal
Paper Mills: Protect Spray Nozzles, Pump Seal
Water
Food Plants: Extend Water Life
Chemical Plants (waste streams)
Refineries (sample streams, in-line analyzers)

35. Food Processing
Filtering Apple/Cherry Flume Water

36. Paper Processing
Filtering White Water – Pump Seal Water

37. Refinery
EC100, 20 micron, Refinery, Protect Cartridge Filters
Product Stream to In-Line Analyzer

38. Thank You
for your time…