GeoNeurale announces

INTRODUCTION TO THE GEOTHERMAL EXPLORATION

Munich - Germany

INTRODUCTION TO THE GEOTHERMAL EXPLORATION

EINFÜHRUNG IN DIE GEOTHERMISCHE EXPLORATION

( A COURSE FOR GEOTHERMAL PROFESSIONALS )

Munich – Germany

Planning and Realization of a Geothermal Project

This course is aimed to give an overview of the exploration methods available in the

oil industry and which are used for planning and developing a geothermal project

A 6-days intensive training

GeoNeurale

GATE – Garchinger Technologie und Gründerzentrum Munich-Garching

6 DAYS COURSE

AUDIENCE: geologists, engineers, managers, economists, insurance brokers for geothermal projects, investors,

political authorities. This course is particularly suited for geothermal professionals and authorities

involved in decision-making responsibilites wishing to deepen their knowledge and understanding

of geothermal and oil exploration systems. Every individual wishing an autonomous startup in the

deep geothermal exploration

COURSE FEES: 3250 Euro + 19% VAT ( Non german private companies are not subject to VAT tax)

ONLINE REGISTRATION: www.GeoNeurale.com

Munich - Germany

INTRODUCTION TO THE GEOTHERMAL EXPLORATION

gate GeoNeurale Office and Training Center

at the Munich-Garching Research Center

COURSE PRESENTATION

Geothermal and Petroleum resource development concepts and technology are discussed in terms that are suitable for geothermal professionals.

Course Duration: 6 days

Audience: This is a course for every Professional in Geothermal Resources Development: Geologists, Engineers, Managers, Economists, Insurance Brokers, Investors, Political Authorities and other personnel involved in the Evaluation, Planning and Decision-making Tasks connected with large Geothermal projects.

Description: This course is for personnel in the geothermal industry who would like to learn techniques and methodologies available in the oil and gas industry that may be useful in the geothermal industry. Personnel who attend will acquire knowledge that can help them make more responsible decisions. The course focuses on project optimization and strategic management designed to minimize the risks and costs of expensive projects. Each Segment of the course contains recommendations, tips and tricks for optimizing operations and avoiding failures, expensive errors and time losses. Important concepts in fundamental disciplines are explained schematically and without mathematical complexity. Therefore the course is ideal for a wide audience with multidisciplinary education ranging from technical to administration and management personnel.

Course Notes:

GeoNeurale: An Introduction to the Geothermal and oil Exploration Einführung in die geothermische und Erdöl-Exploration

Einführung in die geothermische Exploration Dieser Kurs steht in zwei Sprachen zur Verfügung: Deutsch und Englisch. Der Kurs richtet sich an eine multidisziplinäre Zielgruppe der Geothermischen Explorationsindustrie die gemeinsame Methoden und Verfahren der geothermischen und Erdöl-Exploration vertiefen möchten um richtig und kompetent ein Projekt beurteilen und planen zu können. Manager und Projektleiter der Geothermie-Branche die mehr über die theoretischen und praktischen Aspekte der geothermischen Exploration erfahren möchten um Ihre Kompetenz zu verbessern, um in der Lage zu sein kompetent und verantwortlich schwierige Projektphasen zu leiten und durch zu führen Der Kurs ist geeignet für: Geologen, Ingenieure, Managers, Wirtschaftswissenschaftler, Versicherungsmakler für Geothermieprojekte, Investoren, Behörden und verantwortliche politische Kräfte. Das Focus des Programmes ist die Projekt-Qualitätskontrolle und Strategisches Management um Risiken, Verluste und Unfälle während des Projektes zu vermeiden. Jeder Kapitel enthält Tipps und ‘‘Tricks‘‘ für die strategische Q-C in Kritischen Projektphasen. Die Schlüsselterminologie wird direkt in Englisch und in Deutsch referenziert. Wichtige Konzepte werden ohne mathematische Komplexität und schematisch erklärt. Der Kurs bietet deshalb eine ideale Lernplatform für ein

multidisziplinäres Publikum im technischen, Management und Verwaltungsbereich.

COURSE CONTINUATION: E-LEARNING AND MENTORING

-After the course the Instructors will be available one more week for mentoring and consultation

-Nach dem Kurs stehen die Instruktoren noch eine Woche für offene

Fragen zur Verfügung

COURSE PROGRAM IN ENGLISH

The teaching language will be decided in advance upon

agreement with the course participants.

The course material will be in english or german.

Most of the technical dictionary terminology will be

in english as normative of the international conventions.

Course material comprises books, DVD´s videos and

animations.

A complete set of audiovisual facilities is available at the

GeoNeurale training center.

PLANNING A GEOTHERMAL EXPLORATION PROJECT AND TECHNOLOGIES OF THE OIL EXPLORATION INDUSTRY

SHORT PROGRAM INDEX

THE STUDIES

THE MACRO-FIELD

REGIONAL STUDIES

GEOPHYSICAL PROSPECTING

SEISMIC EXPLORATION

AQUISITION

ANALYSIS: PROCESSING

INVERSION

INTERPRETATION

PETROPHYSICS

THE MICRO FIELD PHYSICS OF THE TOOLS AND MEASUREMENTS

LOG-INTERPRETATION UPSCALING

RESERVOIR ANALYSIS

INTEGRATED STUDIES RESERVOIR CHARACTERISATION

STATIC SIMULATION

DYNAMIC SIMULATION

TARGET DEFINITION

OPERATIVE PHASE

THE PLANNING PHASE

DRILLING PROJECT PLANNING

DIRECTIONAL PLANNING

THE DRILLING RIG

DATA LOGGING UND DRILLING DYNAMICS

PHYSICAL UNITS AND CONVERSIONS IN THE DRILLING INDUSTRY

DATA PROCESSING AND INTERPRETATION

DIRECTIONAL DRILLING METHODS

MWD/LWD SYSTEMS

WIRELINE LOGS

REALTIME LOGS AND ANALYSIS

REALTIME RESERVOIR CHARACTERIZATION TESTING AND PRODUCTION METHODS

STIMULATION: FRAC OPERATIONS, COILED TUBING, ACIDIZING, CO2

WELLTEST

SHORT PROGRAM FOR THE COURSE IN ENGLISH

DETAILED PROGRAM REGIONAL STUDY

THE RESERVOIR CONCEPT: OIL, GAS, GEOTHERMY

GEOLOGY

GEOPHYSICAL STUDIES: GRAVITATIONAL, SEISMIC, MAGNETOTELLURIC

3D SEISMIC EXPLORATION

GENERAL CONCEPTS: SEISMIC WAVES

ELASTICITY PARAMETERS: (YOUNG,POISSON,RIGIDITY,BULK MODULUS) P-S WAVES PARAMETERS: VELOCITY,ENERGIY INTENSITY,ABSORPTION, ACUSTIC IMPEDANCE, FREQUENCY, NYQUIST FREQUENCY

IMPORTANT LAWS FOR WAVE PROPAGATION: SNELL, ZOEPPRITZ

PROPAGATION PHENOMENA: DIFFRACTION, MULTIPLES, DISPERSION, ANISOTROPY

VERTICAL AND HORIZONTAL RESOLUTION: TUNING THICKNESS, FRESNEL ZONE

GENERAL CONCEPTS IN THE ´´PROCESSING WORKFLOW´´ ZERO/MINIMUM PHASE WAVELET, FOURIER ANALYSIS, CONVOLUTION/DECONVOLUTION, CROSSCORRELATION, COHERENCE, SEMBLANCE, FILTERS, COMB,SINC,BOXCAR

3D SEISMIC PLANNING

3D SEISMIC LAYOUT: MAIN CONCEPTS: (INLINE, CROSSLINE, CMP, BIN, FOLD, TAPER, PATCH, SCATTERING ANGLE, TEMPLATE, Xmax, Xmin, MIGR-APRON, S/N RATIO)

SOURCES

VIBROSEIS, EXPLOSIVES

RECORDERS GEOPHONES, GEOPHONES ARRAYS

SEISMIC DATA PROCESSING

PHASES: -GEOMETRY

-AMPLITUDE RECOVERY

-DECONVOLUTION

-STATICS

-NOISE ATTENUATION

-VELOCITIES

-STACKING

-MIGRATION

-INVERSION , AVO IMAGING

PRE AND POST-STACK MIGRATION further concepts: NMO, DMO, ZERO OFFSET, RAY TRACING, DIFFRACTION MODELING, FOURIER, EXPLODING REFLECTORS, HUYGENS, KIRCHHOFF, WAVE EQUATION, EIKONAL EQUATION THE VELOCITY MODEL: V-ANALYSIS, Vrms, Vinterval, Vstack, Dix Equations FURTHER MIGRATION METHODS: (Kirchhoff Summation, Tomography, Beam Migration, RTM, WEM)

INVERSION

CONVOLUTIONAL MODEL, WAVELETS, RECURSIVE INVERSION, SYNTHETIC

SEISMOGRAM, LITHOLOGY, POROSITY

INTERPRETATION

AMPLITUDE, SIGNATURE, SEISMISC STRATIGRAPHY, NOISE, MULTIPLES, SIDE-SWIPES, DIFFRACTION, SEISMISC ATTRIBUTES ANALYSIS , AMPLITUDE INTERPRETATION, AVO, ROCK PHYSICS

SIMULATION

STATIC SIMULATION

3D SEISMIC IMAGING, 3D MODELING, THE SEISMIC IMPEDANCE CUBE, INLINE/CROSSLINE SECTIONS, THE ATTRIBUTES CUBE IMPLEMENTING MODELS: FAULT MODELING, PILLAR GRIDDING, ZONATION AND LAYERING, FACIES MODELING, PETROPHYSICAL MODELING, VOLUME CALCULATION, TARGET DEFINITION, WELL DESIGN

DYNAMIIC SIMULATION

RESERVOIR ARCHITECTURE, RESERVOIR SCALES, FLOW CONCEPTS TARGETS IN THE GEOTHERMY

HDR TARGETS, HYDROGEOTHERMAL TARGETS, HIGH ENTALPY TARGETS

THE DRILLING PROJECT: PLANNING AND OPERATIONS DRILLING PROCESS AND DIRECTIONAL DRILLING: HOW DOES IT WORK ?

INTRODUCTION TO THE DRILLING DYNAMICS

-DRILLING TOOLS AND COMPONENTS, BITS, DRILL PIPES / HEAVY WEIGHTS, DRILL COLLARS, XOVER, REAMERS, STABILIZERS

-MOTORS: STEERABLE SYSTEMS IN ROTARY AND SLIDING MODE, AUTOTRACKING

-MWD/LWD

MEASUREMENT SYSTEMS AND DIRECTIONAL DRILLING

-EARTH GRAVITY FIELD , EARTH MAGNETIC FIELD

-NON-MAGNETIC-COLLAR -SURVEYS

-SENSORS (ACCELEROMETERS, MAGNETOMETERS, GYRO) -MWD GRAVITY UND MAGNETIC-T/F

-DIRECTIONAL DRILLING PARAMETERS (DIRECTION/INCLINATION, DOG LEG SEVERITY) -SURVEY PARAMETERS (MD, TVD, SVY STATION, INCLINATION, AZIMUTH, UP SVY STATION, LATITUDE, DEPARTURE, COURSE LENGTH, COURSE DEVIATION, CLOSURE, CLOSURE DIRECTION, VERTICAL SECTION, TARGET) -CORRECTIONS: MAGNETIC DECLINATION / MERIDIAN DIVERGENCE (GRID NORTH, TRUE NORTH) -DIRECTIONAL PLANNING: CALCULATIONS METHODS (TANGENTIAL-METHOD, MINIMUM CURVATURE METHOD) -TARGET TOLERANCE

PETROPHYSICS - GENERAL CONCEPTS ON MEASUREMENT TOOLS AND MEASUREMENT METHODS

- GENERAL CONCEPTS ON HARDWARE AND SOFTWARE FOR THE QUALITY CONTROL

MWD/LWD COMMUNICATION, BINARY COMMUNICATION, COMMUNICATION PROTOCOLS (POSITIVE/NEGATIVE PULSE, DPSK: "DIFFERENTIAL COHERENT PHASE SHIFT KEYED MODULATION"), MWD-WORDS AND MWD-FRAMES, SYNC-WORDS), MODALITY OF THE SIGNAL COMMUNICATION

HARDWARE MAIN COMPONENTS, EXAMPLES OF THE MEASUREMENT TOOLS FUNCTIONALITY FOR QC PURPOSES

SENSORS/TELEMETRY COMMUNICATION AND INTERACTION (HARDWARE AND LOGIC CIRCUITS): MULTIPLEXER, ADC-CONVERTERS, ENCODING PROGRAMMERS, ENCODING CIRCUITS, COMMUNICATION, TIMING LOGIC

BASIC HARDWARE ‘‘TOOLS‘‘ UND PHYSICS OF THE MEASUREMENTS

EXAMPLES: NATURAL GAMMA RAYS, RESISTIVITY

GAMMA-RAY: -NATURAL GAMMA-RAY DETECTOR -SENSORS: (SODIUM-IODIDE/THALLIUM) / PHOTOCATHODS

-PHOTOMULTIPLIERS

-DYNODS

-GAMMA-RAY UNITS

-SPECTRAL GAMMA (K40, U, Th) RESISTIVITY: -BOREHOLE ZONES (MUD, MUDCAKE, FLUSHED ZONE, TRANSITION/ANNULUS, UNINVADED ZONE) -SHORT/LONG NORMAL DEVICE

-ELECTROMAGNETIC WAVE RESISTIVITY

-INDUCTION RESISTIVITY

-FOCUSED RESISTIVITY TOOLS

PHYSICS OF THE MEASUREMENTS

-TARGET PARAMETERS: (PHI, Sw, Shy) -ARCHIE´S LAW

LWD LOG MEASUREMENTS AND PARAMETERS: RES,DT,RHO,PHI,FMI, NMR, TDT, SIGMA, EPT,SP, CAL, V

THE DRILLING RIG THE MAIN COMPONENTS OF A DRILLING RIG DATA LOGGING -COMPONENTS AND MEASUREMENTS OF SURFACE PARAMETERS, -PARAMETERS AND UNITS IN THE OIL INDUSTRY - DRILLING DYNAMICS PARAMETERS: (ROP, RPM, TORQUE, WOB, HKLD, SPM, T, TOTGAS, C1-nC5 -LITHOLOGY, CUTTING AND CORE ANALYSIS -MASTERLOG -CHEMICAL ANALYSIS -DATA PROCESSING AND QC/OPTIMIZATION PROGRAMS: HYDRO, POR-PRESS, DRILL-OPTIMIZATION, MECHANICAL EFFICIENCY ROCK MECHANICS AND FRAC-OPERATIONS -THE COULOMB-MOHR CIRCLE -IN-SITU STRESSFIELDS -CLOSURE -STRESS MAGNITUDE -ORIGIN OF THE STRESSFIELD -PORE PRESSURE EFFECT -ELASTICITY AND STRESS-PARAMETERS -FAULTING THEORY -FRAC-AZIMUTH -FRAC-GEOMETRY -PLANNING OF FRAC-OPERATIONS AND MAIN PARAMETERS - GERTSMA & DE KLERK MODEL -PERKINS & KERN MODEL -NOLTE ANALYSIS -EFFIZIENCY -STRESS-TESTS

KURSPROGRAMM IN DEUTSCH

Die Kurssprache wird in Absprache mit den Kursteilnehmer festgelegt.

Kursunterlagen sind in Englisch oder Deutsch.

Technische Begriffe sind meistens in Englisch in Vereinbarung mit den

internationalen wissenschaftlichen Konventionen.

Die Unterlagen sind vor dem Kurs zur Verfügung gestellt.

Diese sind: Bücher, DVD, Videos, Animationen.

Das GeoNeurale Trainingszentrum verfügt über die modernsten Lerneinrichtungen.

PLANUNG EINES GEOTHERMIEPROJEKTES UND TECHNOLOGIEN DER ERDÖLEXPLORATION

INHALTSÜBERSICHT

STUDIE

DAS MAKRO-FELD

REGIONALE STUDIE

GEOPHYSIKALISCHE ERKUNDUNG

SEISMIK EXPLORATION

AQUISITION

AUSWERTUNG: PROZESSING

INVERSION

INTERPRETATION

PETROPHYSIK

DAS MIKRO-FELD PHYSIK DER MESSUNGEN

LOG-INTERPRETATION UPSCALING

RESERVOIR ANALYSE

INTEGRIERTE STUDIEN RESERVOIRCHARAKTERISIERUNG

STATISCHE SIMULATION

DYNAMISCHE SIMULATION

TARGET DEFINITION

OPERATIVE PHASE

DIE PLANUNGSPHASE

BOHRPROJEKT-PLANUNG

RICHTBOHR-PLANUNG

DIE BOHRANLAGE

DATA LOGGING UND BOHRDYNAMIK

PHYSIKALISCHE EINHEITEN und KONVERSIONEN

DATENAUSWERTUNG

RICHTBOHRVERFAHREN

MWD/LWD SYSTEME

WIRELINE LOGS

ECHTZEIT ANALYSE

ECHTZEIT RESERVOIRCHARAKTERISIERUNG

TESTING und FÖRDERUNGSVERFAHREN

STIMULATION: FRACVERFAHREN, COILED TUBING, SAÜERUNG, CO2

WELLTEST

KURZPROGRAMM FÜR DEN KURS IN DEUTSCHE SPRACHE

DETAILLIERTES PROGRAMM ALLGEMEINE REGIONALE STUDIE: DAS RESERVOIR KONZEPT : ÖL, GAS, GEOTHERMIE

GEOLOGIE

GEOPHYSIKALISCHE ERKUNDUNG: GRAVITATIONSERKUNDUNG, SEISMIK, MAGNETOTELLURIK

3D SEISMISCHE EXPLORATION

ALLGEMEINE KONZEPTE

SEISMISCHE WELLEN

ELASTIZITÄTSPARAMETER: (YOUNG,POISSON,RIGIDITY,BULK MOD), P-S WELLEN

PARAMETER: GESCHWINDIGKEIT,ENERGIE, INTENSITÄT,ABSORPTION, AKUSTISCHE IMPEDANZ, FREQUENZ, NYQUIST FREQUENCY

GESETZTE: SNELL, ZOEPPRITZ

AUSBREITUNGSPHENOMENA: DISPERSION, DIFFRACTION, MULTIPLES, DISPERSION, ANISOTROPIE

VERTIKALE UND HORIZONTALE AUFLÖSUNG: TUNING THICKNESS, FRESNEL ZONE

ALLGEMEINE KONZEPTE IN DEM ´´PROZESSING STREAM´´ WICHTIGE OPERATOREN UND ANWENDUNGEN IN DAS PROZESSING-WORKFLOW: ZERO/MINIMUM PHASE WAVELET

FOURIER ANALYSIS, CONVOLUTION/DECONVOLUTION, CROSSCORRELATION, COHERENCE, SEMBLANCE, FILTERS

COMB,SINC,BOXCAR.

PLANUNG

3D SEISMIC LAYOUT: BEGRIFFE (INLINE, CROSSLINE, CMP BIN, FOLD, TAPER, PATCH,SCATTERING ANGLE, TEMPLATE, Xmax, Xmin, MIGR-APRON

S/N RATIO)

SOURCES

VIBROSEIS, EXPLOSIVES

AUFNAHME: GEOPHONES, GEOPHONES ARRAYS

SEISMIC DATA PROCESSING

PHASEN: -GEOMETRY

-AMPLITUDE RECOVERY

-DECONVOLUTION

-STATICS

-NOISE ATTENUATION

-VELOCITIES

-STACKING

-MIGRATION

-INVERSION , AVO

PRE UND POST-STACK MIGRATION weitere Konzepte

NMO, ZERO OFFSET, RAY TRACING, DIFFRACTION MODELING, FOURIER, EXPLODING REFLECTORS, HUYGENS, KIRCHHOFF, WELLENGLEICHUNG, EIKONAL EQUATION

V-ANALYSIS: Vrms, Vinterval, Vstack, DIX EQUATION

BASIS-KONZEPTE von IMAGING VERFAHREN

(Kirchhoff Summation, PreSTM und V-Analyse, Tomography, Beam Migration, RTM, WEM)

INVERSION

CONVOLUTIONAL MODEL, WAVELETS, RECURSIVE INVERSION, SYNTHETISCHE SEISMOGRAMM, LITHOLOGIE, POROSITÄT

INTERPRETATION

AMPLITUDE, SIGNATUREN, SEISMISCHE STRATIGRAPHIE, NOISE, MULTIPLES, SIDE-SWIPES, DIFFRAKTION, SEISMISCHE ATTRIBUTEN ANALYSE , AMPLITUDE INTERPRETATION, AVO, ROCK PHYSIC

SIMULATION

STATISCHE SIMULATION

3D SEISMIC IMAGING, 3D MODELLE, DER SEISMIK-WÜRFEL, INLINE/CROSSLINE SEKTIONEN. FAULT MODELING, PILLAR GRIDDING, ZONATION AND LAYERING, FACIES MODELING, PETROPHYSICAL MODELING, VOLUME CALCULATION, TARGET DEFINITION, WELL DESIGN

DYNAMISCHE SIMULATION

RESERVOIR ARCHITECTURE, RESERVOIR SCALES, FLOW CONCEPTS TARGETS IN DER GEOTHERMIE

HDR TARGETS, HYDROGEOTHERMIE TARGETS, HÖHE ENTALPIE TARGETS

BOHRPROJEKT: PLANUNG UND OPERATIONEN WIE ERFOLGT DIE BOHRNAVIGATION MIT RICHTBOHRVERFAHREN ? EINFÜHRUNG IN DER BOHRDYNAMIK -BOHRGERÄTE: MEIßEL, SCHWERSTÄNGE, BOHRGARNITUREN, ÜBERGÄNGE, STABILIZATOREN -MOTOREN: AUTOTRACKING -MWD/LWD MESSVERFAHREN UND RICHTBOHRPLANUNG -GRAVITATIONSFELD, ERDMAGNETFELD, -NON-MAGNETIC-COLLAR BERECHNUNG -SURVEY, -SENSOREN (ACCELEROMETER, MAGNETOMETER, GYROSKOP) -MWD GRAVITY UND MAGNETIC-T/F -RICHTBOHRPARAMETERN (RICHTUNG, DOG LEG SEVERITY) -SURVEY RICHTBOHRPARAMETER (MD, TVD, SVY STATION, INCLINATION, AZIMUTH, UP SVY STATION, LATITUDE,DEPARTURE, COURSE LENGTH, COURSE DEVIATION, CLOSURE, CLOSURE DIRECTION,VERTICAL SECTION, TARGET) -KORREKTUREN: MAGNETISCHE DEKLINATION / MERIDIANDIVERGENZ (GRID NORTH, TRUE NORTH) -RICHTBOHRPLANUNG: KALKULATIONSMETHODEN (TANGENTIAL-METHOD, MINIMUM CURVATURE METHOD) -TARGET-TOLERANZ

PETROPHYSIK ALLGEMEINE KONZEPTE ÜBER MESSGERÄTE UND MESSVERFAHREN ALLGEMEINE KONZEPTE ÜBER HARDWARE UND SOFTWARE FÜR DIE QUALITÄTSKONTROLLE MWD/LWD KOMMUNIKATION, BINÄRE-ÜBERTRAGUNG KOMMUNIKATIONSPROTOKOLLE (POSITIVE/NEGATIVE PULSE, DPSK: "DIFFERENTIAL COHERENT PHASE SHIFT KEYED MODULATION"), MWD-WORDS UND MWD-FRAMES, SYNC-WORDS), MODALITÄTEN DER SIGNALÜBERTRAGUNG HARDWARE HAUPTKOMPONENTE, BEISPIELE DER FUNKTIONALITÄT DER MESSGERÄTE, KONZEPTE FÜR DIE QUALITÄTSKONTROLLE SENSOREN/TELEMETRIE KOMMUNIKATION UND WECHSELWIRKUNG (HARDWARE UND LOGIK): MULTIPLEXER, ADC-KONVERTER, ENCODING PROGRAMMER, ENCODING SCHALTUNGEN, ÜBERTRAGUNG, TIMING BASIC HARDWARE ‘‘TOOLS‘‘ UND PHYSIK DER MESSVERFAHREN BEISPIELE: NATÜRLICHE GAMMA STRAHLUNG, WIDERSTAND GAMMA-STRAHLUNG -NATURAL GAMMA-RAY DETECTOR -SENSOREN: (SODIUM-IODIDE/THALLIUM) / PHOTOKATODEN -PHOTOMULTIPLIER -DYNODEN -GAMMA-RAY EINHEITEN: CURIE -SPECTRAL GAMMA (K40, U, Th) WIDERSTAND -BOREHOLE ZONES (MUD, MUDKAKE, FLUSHED ZONE, TRANSITION/ANNULUS, UNINVADED) -SHORT/LONG NORMAL DEVICE -ELECTROMAGNETIC WAVE RESISTIVITY -INDUCTION RESISTIVITY -FOCUSED RESISTIVITY TOOLS PHYSIK DER MESSUNGEN -PARAMETER: (POROSITÄT, SÄTTIGUNG) -ARCHIE GESETZT LWD UND LOG-MESSUNGEN: WIDERSTAND,AKUSTIK,DENSITY,NEUTRON, FMI, NMR, TDT, CARBON/OXYGEN TOOLS, EPT,SP, CAL, VSP

DIE BOHRANLAGE HAUPTKOMPONENTEN EINER BOHRANLAGE DATA LOGGING KOMPONENTEN UND MESSUNGEN, PARAMETERN UND EINHEITEN, BOHRDYNAMISCHENPARAMETERN (ROP, RPM, TORQUE, WOB, HKLD, SPM, T, TOTGAS, C1-nC5 LITHOLOGIE, CUTTING UND KERNANALYSE, MASTERLOG CHEMISCHE ANALYSE DATENVERARBEITUNG UND PROGRAMME: HYDRO, POR-PRESS, DRILL-OPTIMIZATION, MECHANICAL EFFICIENCY GESTEINSMECHANIK UND FRAC-OPERATIONEN -IN-SITU STRESSFELD (CLOSURE) -STRESS MAGNITUDE UND URSPRUNG -PORENDRUCK EFFEKT -ELASTIZITÄT UND STRESS-PARAMETER -FAULTING THEORY -FRAC-AZIMUTH -FRAC-GEOMETRIE -PLANUNG VON FRACVERFAHREN UND HAUPTVARIABEL -GERTSMA & DE KLERK MODEL -PERKINS&KERN MODELL -NOLTE ANALYSE -EFFIZIENZ -TESTS

Registration Details •Course fee: 3250 Euro + VAT (19%)

Payment and Registration

Tuition fees are due and payable in Euro upon enrollment in the course by bank transfer to the bank account given below

unless another payment form is agreed

Unless otherwise indicated, the payment should be received before the date specified in the invoice as payment term to make

the enrollment effective.

To register to the course please fill in the registration form and fax or email it along with the confirmation of your bank transfer to:

GeoNeurale

Am Nymphenbad 8

81245 Munich

T +49 89 8969 1118

F +49 89 8969 1117

ONLINE REGISTRATION: www.GeoNeurale.com

Bank Information: Genossenschaftsbank EG Muenchen

Bank Account N. 519618 BIC – Code : GENODEF 1M07

BLZ 701 694 64 IBAN : DE19 7016 9464 0000 5196 18

Please indicate your name and the purpose: “Introduction to the Geothermal Exploration".

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Provisions

Tuition fees are due and payable in Euro upon enrollment in the course. Unless otherwise indicated, fees do not include travel costs

and living expenses of the participant.

Payments are also accepted via personal or company check, traveler's check, credit card, and Company Purchase Orders.

Cancellations by Participant:

All cancellation are subject to a 100 Euro non-refundable cancellation fee. Cancellation have to be notified to our office, at least 30

days prior to the course start date to receive a refund (less the 100 Euro cancellation fee).

If the participants are unable to cancel prior to the 32 days notification date, they may substitute another person at their place in a

course by notifying us prior to the course start date.

Course Cancellations:

GeoNeurale reserves the right to cancel the courses if necessary. The decision to cancel a course is made at least two weeks prior to

the course start date. If a course is cancelled, the participant will receive a full reimbursement of the tuition fees ( but not of the plane

ticket or hotel expenses or any other costs), or will be enrolled in another course upon his decision ( the cost of the original course will

be applied to the cost of the replacement course ).

Before booking any flight or hotel, please wait the written course confirmation on our website. GeoNeurale can not be responsible for

any penalties incurred for cancellation or change of flights or hotel reservations .

Refunds:

GeoNeurale will promptly remit all refunds of tuition fees due to cancellations or annullment (less any appropriate non-refundable

cancellation fee) within 30 days of the course cancellation.

Force Majeure:

GeoNeurale can not be responsible for cancellations due to “force majeure” events : airplane or airport strikes, emergency situations,

natural catastrophes and all situations and incidents independent or outside the human control that can delay or cancel the course. In

case of such events related cancellations the course tuition fees will be refunded to the client .

GeoNeurale is not responsible for any delay or absence caused by the training instructor or training instructor company for reasons

which are independent or out of the control of GeoNeurale´s decisions.

AGREEMENT: Upon enrollment all parts accept the above mentioned provisions. The above specified provisions shall regulate the

agreement between GeoNeurale and the participant and the participant company and will enter into force upon enrollment.

www.GeoNeurale.com

REGISTRATION FORM

Please fill out this form and Fax to +49 89 8969 1117

or Email to Courses@GeoNeurale.com

INTRODUCTION TO THE GEOTHERMAL EXPLORATION

Munich

Course Fee: 3250 Euro + VAT 19% ( Non german private companies are not subject to VAT tax)

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