Nxt Energy Solutions Inc. · TSX:SFD

Nxt Energy Solutions — Technical Presentation (September 2011)

24 slides from Nxt Energy Solutions's technical presentation, September 2011

  1. Slide 1: Technical Presentation, September 2011

    A N E M E R G I N G G E O P H Y S I C A L S E R V I C E C O M PA N Y Technical Presentation, September, p 2011 1

  2. Slide 2: Disclaimer & Trademark Notice

    Disclaimer & Trademark Notice: The SFD survey system represents an early stage reconnaissance technology, which is continually ti ll undergoing d i refinement, fi t re-development, d l t enhancement h t and d modification. difi ti Prospective P ti clients users and investors are cautioned as to the

  3. Slide 3: NXT Energy SFD Survey System

    A Canadian Public Company www.nxtenergy.com NXT Energy gy Solutions Inc. i a service is i provider id tot th the upstream t Oil & Gas G Industry: I d t Engaged g g in exploration p reconnaissance. We identify and rank high high‐potential potential prospect leads using a unique airborne survey method

  4. Slide 4: SFD: Stress Field Detector

    SFD® : Stress St Field Fi ld D Detector t t SFD® : Survey position within the prospecting spectrum Low Exploration p Prospect p Resolution Continuum High g Aeromagnetics g Gravity y 2-D 3-D Inter-well & Gravity y Gradiometry y Seismic Seismic Seismic Hi-Res Hi Res SFD® Aeromag Basin Level Prospect p

  5. Slide 5: Stress in materials

    STRESS in materials • Active stress – produces energies (ex: piezoelectricity, piezoelectricity Kaiser Effect) • Static St ti stress t – affects ff t energy propagation ti (photoelasticity & seismic AVO) Light g propagation p p g More colors mean in the absence higher g internal off stress t shear s

  6. Slide 6: Why detect stress

    SFD® Why Wh ddetect Stress S ..... In this example, example the porous sandstone and the shale carry the same density density. Equal density implies equal gravitational acceleration. acceleration Therefore mass‐based gravimeters yield the same measurement value over both Therefore, both. The elastic

  7. Slide 7: SFD responds to perturbations in the gravity field

    S ® responds SFD p to perturbations p in the gravity g y field related to changes in stress direction Gravityy field is distorted byy stress Discontinuities affect regional/local stress distribution SH max SH min changes in stress orientation entering reservoir 7

  8. Slide 8: SFD Stress Anomalies

    SFD® Stress Anomalies . . . . . Carbonate Reef Consider the simple case of a carbonate reef buried within a shale basin basin. Stress Vector Fluid-Filled Porosity Shale Basin 8

  9. Slide 9: SFD Stress Anomalies

    SFD® Stress Anomalies . . . . . Stress “Refraction” “ f i ” Anomaly l along l the h Reeff Front Stress “Dissipation” Anomaly within/around the Porosity B IInference By f – SFD® signals i l are used d tto id identify tif areas with reservoir and trap potential 9

  10. Slide 10: SFD Example Signal

    SFD® Example Signal . . . . . SFD detects an excellent signal relaxation anomaly Ladyfern Reef Gas Field (825 Bcf), corresponding p g to the Ladyfern y reef. This anomaly y is N th Northeastern t British B iti h C Columbia, l bi C Canada d correctly positioned within 0.25 km of the northern reef edg

  11. Slide 11: SFD Operating Premise

    SFD® Operating Premise Gravity Gravity exists as an equidimensional q in the Earth’s Crust field within an isotropic & is locally y distorted homogeneous body by by V i ti Variations i Mass in M Density D it V i ti Variations in i Rock R k St Stress (rock type & distribution) (fluid traps & distribu

  12. Slide 12: SFD Gravity & Stress

    SFD® Gravity G ity & Stress St ..... Gravity G it and d St l t d 2nd order Stress are inter-related i t d [T] tensors through Einstein’s field equation: T00 T01 T02 T03 8π G [ E ]= 4 [ T ] T10 Sh1 Sxy Sxz c where: T20 Syx Sh2 Syz Shear [ E ] is the Space‐Time Spa e Time Gravitational Gra itational T

  13. Slide 13: Further Technical Validation

    Further Technical Validation NXT iis ahead h d off th the curve with ith th the ® SFD sensor. sensor JQI has “developed p a novel design g for a highly compact, ultra-sensitive quantum device to measure subtle changes in gravity Quantum detectors are now using atomic interferometry.” f being propose

  14. Slide 14: The SFD Exploration Role

    Th SFD ® Exploration The l i ..... 14

  15. Slide 15: Our customers want to...

    O customers Our t wantt to t ..... • Kick‐ Ki k‐Start Kick S New N B Basin i Evaluation E l i • Conduct Rapid Prospect‐ Prospect‐Scale Reconnaissance • Minimize Environmental and Community Impacts • Explore Areas with High Security Risks • High High‐ g ‐Grade Unexplored p Acreage g • Evaluate Bid Ro

  16. Slide 16: Prospect-Scale Reconnaissance

    Prospect-Scale Prospect Scale Reconnaissance ® showed h d them th WHERE TO SHOOT Seismic showed them where to drill. 16

  17. Slide 17: NXT's Global Reach

    NXT’s NXT s Global Reach Syrian Petroleum Company Pakistan Petroleum Limited Encal Energy Renaissance Energy Nexstar Energy Montana Exploration CamWest Exploration Infinity Oil and Gas Rosetta Energy Pacific Rubiales Virtus Energy gy Ecopetrol Hocol BP Colombia Petro Dorado PCR (Argentina) SFD surve

  18. Slide 18: SFD (Stress Field Detector)

    ® (Stress Field Detector) • Proprietary p y • Citation 560 jet aircraft • Survey altitude: 3000m • Environmentally E i t ll FFriendly i dl • Identifies areas of reservoir potential t ti l b both th onshore h andd offshore 18

  19. Slide 19: Comparison of Geophysical Methods

    Comparison of Geophysical Methods Data Coverage for $2 Million (SFD or Seismic) 2500 2000 ometers 1500 e Kilo 1000 Line 500 0 2D Seismic SFD 10 000 sq. kkm. 10,000 Survey Method SFD Seismic SFD delivers Focus quickly and cost effectively 19

  20. Slide 20: SFD Survey System Limitations

    SFD® Survey System Limitations ¾ SFD is not a direct hydrocarbon y indicator ¾ Cannot determine exact drill location ¾ or differentiate reservoir fluid types yp ¾ or define exact depth of reservoir ¾ or distinguish the number of stacked reservoirs, unless they have unequal lateral extensions 20

  21. Slide 21: Testimonials

    Testimonials “[SFD]…is a technique that measures the energy associated with tectonic stress in substructures and therefore is helping assess those areas that are very remote, very complicated to acquire seismic. I Integrating i these h techniques h i with i h the h existing i i kknowledge, l d [[suc

  22. Slide 22: SFD: Fast Tracks the Exploration Process

    SFD®: Fast Tracks the Exploration Process C t Cost E&P Success REDUCES Time = LOW FINDING Ri k Risk COSTS Focus is the key 22

  23. Slide 23: Key Contact Information

    Key Contact Information: George Liszicasz, Chairman and CEO george@nxtenergy.com Andy Steedman, V.P. Operations asteedman@nxtenergy.com NXT Energy gy Solutions Inc. Azer Mustaqeem, M.Sc., P.Geoph., Geoscientist Telephone (403) 264 264-7020 7020 Fax (403) 264-6442 amustaqeem@nxtenergy.com Website: ww

  24. Slide 24: The SFD Case Studies

    Th SFD ® Case The C Studies St di Click Here for SFD Case Studies 24

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