Oil & Gas Field Equipments
Office & Field Logistics
Earth Sciences & Engineering Continuing Education
Business Management Education
Asset Development

Production Engineering
Reservoir Engineering
Workover Operations Management
Production Field Management
Production Optimization & Production Field Management

In order to increase the production from a well, the optimum production rate should be chosen.Producing with a higher rate can decrease the recovery factor; on the other hand, a low rate increases the production time. The data obtained from well testing is used to determine the optimum production rate. IPR and decline curve analyses are performed. During the production history of a well, all *********s such as well head pressure, gas temperature and flow rate are recorded and used to obtain information about well and reservoir system.

Well Testing & Reserve Estimation Services

Well testing is applied to new wells, in order to determine the amount of a gas and/or oil in a reservoirs.Well testing consists of flow periods with different rates, and a shut in period after the production periods. In all periods, pressure, temperature, and other variables are recorded. The recorded data is analyzed with well testing software to determine the probable reservoir shape, boundaries, well damage and gas in place, optimum production rate
Oil & Gas Drilling
• Geothermal Drilling
• Mining Drilling
• Well Design
• Mudlogging Unit Service
• Drilling Supervision
• Mud Engineering Services
• Cementing Services
• Acidizing
• Workover Management
• Rig Maintanance
• Environmental Engineering
• Health and Safety Services
Seismic Data Acquisition

2D/3D Seismic Planning and Application ( MESA )

2D/3D Seismic Data Acquisition Crew

2D/3D Land and Marine Seismic Data Processing

Seismic 1 Crew:
• Seismic Recording Unit: Sercel 428 XL
• 500 Channels. 2D Seismic Data Acquisition
• 1,200 Channels. 3D Seismic Data Acquisition
• Seismic Source: Nomad 65 Vibrator (4+1)

Seismic 2 Crew:
• Seismic Recording Unit: Sercel SN 388
• 580 Channels. 2D Seismic Data Acquisition
• Seismic Source: GSI TR-IV Vibrator (4+1)
• Seismic Source: Explosives ( Drilling Rigs (3)

Seismic 3 Crew:
• Seismic Recording Unit: I/O System II
• 500 Channels. 2D Seismic Data Acquisition
• 2000 Channels. 3D Seismic Data Acquisition
• Seismic Source: MARK-III Vibrator (4+1)
• Seismic Source: Explosives

Seismic 4 Crew: High Resolution Seismic
• Geometrics Geode Systems
•192 Channels. High Resolution Shallow Seismic (Sampling rate 0.02-2msn.)
• Seismic Source: Wacker ( 60 kg, 3 pcs.)
• Seismic Source: Explosives

"High Resolution Seismic" Data Acquisition has a number of advantages, not only its lower cost, but it is a useful tool for shallow reservoirs because of its ability to record high frequencies. The data quality is very good at the shallow levels up to 1000 ms and has a high signal to noise ratio.It is of good interpretable quality up to 1200 ms. This is the latest generation of seismic instrumentation. The cheapest way to achieve high resolution and high quality seismic data for shallower depths.

"High Resolution Seismic"is the Best Seismic Solution for Shallow Oil & Gas Exploration, Geothermal Exploration, Coal and Ore Explorations.

Quality Control Process on the Field:

Focus & Turbo Winseis

(Windows ****d) Micro Regioning
(Identifying buried faults, Identifying bedrock depth)
Geotravers Lines ( Identifying crust thickness)
At low S/N ratio areas ( limestone, basalt, ophiolite etc.) to increase S/N ratio designating *********s and modeling of underground.

Seismic Data Processing

• 2D/3D land and offshore data processing of oil and gas projects
• Lift Process
• True Amplitude
• Refraction static correction calculation and application
• 2D/ 3D pre-steck time migration process.

• AVO amplitude recovery process
• R***olculating Field statics of problematicareas.
• Quality Improving Process for Low Signal / Noise Areas
• High Resolution Seismic Data Processing (Targets: Oil and Gas)
• Data Processing for Coal Exploration
• VSP Process

Seismic Interpretation

• Interpretation of 2D/3D land and offshore seismic data
• Identification, mapping and 3D visualisation of hydrocarbon traps
• Interpretation of hydrocarbons at low S/N ratio areas
• Seismic Data Interpretation for Coal Exploration
• Detailed bedrock & fault geometry interpretation of geothermal areas.

3D Visualisation of Coal Beds

• Seismic Stratigraphy
• Combining Surface Geology with Seismic Data
• Combining Well Information with Seismic Data
• Seismic Data Interpretation and Modelling
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PROJECT MANAGEMENT

Complete Project Development and Management
Project Design and Implementation
Oil & Gas and Mining Licence Permitting
Consulting and Technical Audit

SURFACE GEOCHEMISTRY

Passive Gas Sampling - GoreTM Survey


UNDERGROUND GEOLOGY

Petrophysical Evaluation
Well Site Geology and Mud Logging Unit Service
Well Log Interpretation
Log Digitazing
Well Correlation
Subsurface Mapping

FIELD GEOLOGY

Detailed and Regional Surface Mapping
Tectonic Evaluation
Basin Analysis
Lithology-Facies Interpretation
Sequence Stratigraphy Aplications
3D Modelling
Remote Sensing ve GIS Aplications

COAL and ORE GEOLOGY

Subsurface and Surface Mapping
Core Drilling and Core Description
Reserve Calculation
Economical Evaluation

EXPLORATION and EVALUATION of GEOTHERMAL RESOURCES

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