Last updated 6/2022 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz Language: English | Size: 1.46 GB | Duration: 3h 0m For Oil and Gas Exploration
What you'll learn Understand different 2D & 3D onshore and offshore acquisition techniques that will enhance the participants' knowledge Improve participants' capabilities in quality control in order to ensure better supervision and optimization of the acquisition parameters. Gain knowledge, skills, and practical tools to deliver effective input data for the processes using the latest techniques Improve supervision techniques, by focusing on effective data acquisition parameters Better evaluate the cost of the seismic survey and optimize expenditure, ultimately contributing value to the organization. Understand the limitations in the different seismic data sets, so participants can improve multi-disciplinary teamwork. Requirements The participants must have a knowledge in the basics of geophysics and seismic methods Description This course will start with an Introduction to the basic principals of the Reflection Seismic Method, starting from the wave form, wavefront, wave characteristics, and its objectives. The course covers the key theories to ensure optimum data quality, and these will be discussed along with practical examples in order to improve the participants' skills when it comes to selecting the acquisition parameters. This will be followed by an overview of the best practices and the most recent seismic 2D and 3D data acquisition technologies used onshore and offshore. The participants will then learn the most important terms of seismic data techniques, Delegates will learn how to select the acquisition parameters, how to compute field statics in their own operations and in different environments using the latest techniques, in Onshore, Offshore and transition zone, including Ocean Bottom Cable (OBC) data Acquisition.The course is highlighting the main theoretical foundations, and the way to QC in each step, in order to improve the participants' acquisition supervision skills, allowing in-depth discussions with the acquisition contractors and optimizing the its parameters.This course is intended for people with a little background in geophysical reflection methods. The course content focuses on the professional selection of seismic data acquisition parameters and its optimization. Overview Section 1: Introduction Lecture 1 Introduction Lecture 2 1.0) Overview of the geophysical techniques Section 2: Theoretical Foundations in Seismic Data Acquisition Lecture 3 1.1) Wavefront Lecture 4 1.2) Seismic waves Lecture 5 1.3) Data Resolution and limitation Lecture 6 1.4) Digital Seismic Operations Lecture 7 1.5) Seismic Data and Elasticity Lecture 8 1.6) Sampling and Aliasing Lecture 9 1.7) Seismic Data and Elasticity Lecture 10 1.8) Array Design Lecture 11 1.9) Sampling in Time and Space Section 3: Noise analysis Lecture 12 2.0) Noise analysis Section 4: 2D Seismic Data Acquisition Lecture 13 3) 2D Seismic Data Acquisition Lecture 14 3.1) Seismic Acquisition Problem Section 5: Onshore Seismic Data Acquisition Lecture 15 4.0) Onshore Seismic Data Acquisition Section 6: Offshore Seismic Data Acquisition Lecture 16 5.0) Offshore Seismic Data Acquisition Section 7: Ocean Bottom Cable Acquisition Lecture 17 6.0) OBC Acquisition Section 8: Three Dimensions Seismic Data Acquisition Lecture 18 7.0) 3D Seismic Data Acquisition This course is intended for Oil and Gas exploration, or any other team interpretation geophysicists, geologists involved in seismic data acquisition and processing,
