1. Vibe truck demonstration at local elementary school.

2. Information on seismic SURVEY 2017

3. Overall Project Area

4. Project Purposes and Goals
Create a detailed 3D sub-surface map
Purposes
Delineate faults in their proper position in order to:
Provide information to Caltech, USGS, Stanford, Berkeley and other academics that specialize in Geophysics and earthquake studies.
Provide new information for seismic hazard analysis
To aid in proper positioning of pipelines, new developments and identify areas that require being brought up to new earthquake code standards
Identify new sources of energy and related products *See following slides and visit the following Web Site for more information:
Reduce the waste /environmental impact of unnecessary drilling.
Reduce dependence on foreign sources of energy.

5. A Partial List of Products Made from Petroleum
Solvents
Diesel fuel
Motor Oil
Bearing Grease
Ink
Floor Wax
Ballpoint Pens
Football Cleats
Upholstery
Sweaters   (that explains the itchy sweater I have at home)
Boats
Insecticides
Bicycle Tires
Sports Car Bodies
Nail Polish
Fishing lures
Dresses
Tires
Golf Bags
Perfumes
Cassettes
Dishwasher parts
Tool Boxes
Shoe Polish
Motorcycle Helmet
Caulking
Petroleum Jelly
Transparent Tape
CD Player (do people still have these?)
Faucet Washers
Antiseptics
Clothesline
Curtains
Food Preservatives
Basketballs
Soap  (that explains why soap doesn’t clean oil off your hands)
Vitamin Capsules
Antihistamines
Purses
Shoes
Dashboards
Cortisone
Deodorant
Footballs

6. A Partial List of Products Made from Petroleum
Putty
Dyes
Panty Hose
Refrigerant
Percolators
Life Jackets
Rubbing Alcohol
Linings
Skis
TV Cabinets
Shag Rugs
Electrician’s Tape
Tool Racks
Car Battery Cases
Epoxy
Paint
Mops
Slacks
Insect Repellent
Oil Filters
Umbrellas
Yarn
Fertilizers
Hair Coloring
Roofing
Toilet Seats
Fishing Rods
Lipstick
Denture Adhesive
Linoleum
Ice Cube Trays
Synthetic Rubber
Speakers
Plastic Wood
Electric Blankets
Glycerin
Tennis Rackets
Rubber Cement
Fishing Boots
Dice
Nylon Rope
Candles
Trash Bags
House Paint
Water Pipes
Hand Lotion
Roller Skates
Surf Boards
Shampoo
Wheels
Paint Rollers
Shower Curtains
Guitar Strings
Luggage
Aspirin
Safety Glasses

7. A Partial List of Products Made from Petroleum
Antifreeze
Football Helmets
Awnings
Eyeglasses (I thought they were made from glass)
Clothes
Toothbrushes
Ice Chests
Footballs
Combs
CD’s & DVD’s
Paint Brushes
Detergents
Vaporizers
Balloons
Sun Glasses
Tents
Heart Valves
Crayons
Parachutes
Telephones
Enamel
Pillows
Dishes
Cameras
Anesthetics
Artificial Turf
Artificial limbs
Bandages
Dentures
Model Cars
Folding Doors
Hair Curlers
Cold cream
Movie film
Soft Contact lenses
Drinking Cups
Fan Belts
Car Enamel
Shaving Cream
Ammonia
Refrigerators
Golf Balls
Toothpaste (Yuck)
Gasoline

8. How is Seismic Data Acquired?
Utilizing the newest design, acquisition, processing and interpretation techniques
Using state-of-the-art equipment that has revolutionized the industry
This new technology and our methodology have eliminated hazards that were present with the old technology.

9. Seismic Truck Information

10. Truck Energy Output
In the 132,000 times, since 2009, that we have imparted energy into the ground, using this identical process. There has been no damage to homes, structures or pipelines
Pipelines are rated to withstand 24 inches/second of ground movement and we limit ourselves to inches per second. This is the reason that there have been no damages. After every survey (13) in Long Beach, Long Beach Gas & Oil inspected all of their gas pipes in the city and found no leaks and no damage.
A third-party company monitors and keeps records of every location of where we perform our survey.
Link to diablo permit pdf –website
Link ppv sheets

11. Typical City Refuse Truck
Truck Comparison
Typical City Refuse Truck
VibroSeis Truck
Length: Ft
Length: 30 Ft
Weight: ,000 lbs
Weight: 64,000 lbs
Noise Level: ~100 Db*
Noise Level: dB ** *
** Includes ambient noise

12. Smaller Survey Trucks
These are about half the size of our standard survey trucks.
For use on smaller streets and sensitive areas

13. Nodes Nodes are modern geophones that are self-contained.
Link to node specs
Nodes are modern geophones that are self-contained.
They emit no vibrations, electrical energy or frequencies
and are completely passive.
They merely record seismic vibrations.

14. Node Technology vs Traditional Geophones
This 1 node (Typically buried just below ground surface ) =
This bundle of 12 geophones
(Strung out along ground surface)

15. Node Information

16. Node Deployment and Retrieval

17. Node Layout Traditional Layout
Potential hazards:
Trip & Fall
Vandalism
Theft
(Montebello comparative test of geophones vs. buried nodes )
Potential hazards: None
Same street - buried nodes

18. Offshore

19. Onshore

20. What is the Final Product
Detailed map of the sub-surface:
Exact location of faults
Better understanding of location of water-tables
Knowledge of where liquefaction is likely to occur in the event of any significant earthquake.

21. Why is This Data Necessary?

22. Letter From CalTech (Dr Clayton)

23. Letter From WRD

24. Data Sharing Agreement with USGS

25. Caltech Research Plan

26. Caltech Research Plan

27. Earthquake Video
Beverly Hills earthquake captured during incomplete node deployment in Santa Fe Springs/.html-

28. Proven Finding of Unknown Faults in the LA Basin
Fault Recognition Comparison
Passive Earthquake Array
vs.
Dynamic Dense 3D Seismic Grid
3-D Oil
Dan Gish, CEO
Steve Boljen, President

29. Conclusions in Identifying Faults
Dynamic Dense Seismic Grid
USGS Passive Earthquake Array
Acquire High Quality Seismic Data in Densely Populated Urban Areas
Acquire High Quality Seismic in Environmentally Sensitive Areas such as Wetlands
Data collection in months, not years
Proprietary 3D seismic processing allows full use of the data collected in an urban environment.
Unique interpretation methods allow discovery of more faults.
Widely-spaced fixed stations
Data collected over many years
Earthquake data rarely results in fault identification
Most faults are never identified
Resolution is 100 meters at best, which is similar to watching an old 1970’s television. Our modern technology is comparable to 1080 HDTV.

30. Examples of Identifying Faults
Norwalk Fault
Red: USGS Faults As known prior to 3D

31. Santa Fe Springs Project
Red: USGS fault identified via passive earthquake array.
Black: 3-D Oil identified faults via dynamic dense 3D seismic grid.

32. Red: USGS Faults As known prior to 3D
Rosecrans Project
Red: USGS Faults As known prior to 3D

33. Rosecrans Project
Red: USGS fault identified via passive earthquake array.
Black: 3-D Oil identified faults via dynamic dense 3D seismic grid.

34. Fault Map Comparison

35. Nuclear Power Plant Project
Closest Proximity to Nuclear Power Plant:
8ft
Closest Proximity to Water Edge:
87ft

36. Previous Projects in LA Basin

37. Previous Projects in LA Basin

38. Previous Projects in LA Basin

39. Previous Projects in LA Basin

40. Previous Projects in LA Basin

41. Previous Projects in LA Basin

42. Seismic Survey 2017
Red: USGS faults identified via passive earthquake array After Survey, The Actual Location of Faults Will be Identified

43. Sample Pictures Of Prior Surveys

44. Vibe Trucks Along Coast
Long Beach CA – Shoreline Marina

45. Vibe Trucks Along Coast
Along coast near Diablo Canyon Nuclear Power Plant

46. Vibe Trucks in Front of VA
Outside VA Hospital in Long Beach

47. Ocean Blvd in Long Beach
Vibe Trucks Downtown
Ocean Blvd in Long Beach

48. Vibrators by the Beach

49. Click picture to begin or https://www.youtube.com/watch?v=JIEiMOOiLIQ
KABC 7 News Story (2:21)
Click picture to begin or

50. Urban Geosurvey Video
Click picture to begin or

51. Seal Beach Liquifaction Potential

52. Vibe truck demonstration at local elementary school.