﷽ Geophysics Theme: Cross-Sector Collaboration; Design; Technology Program Specific Methodology Focus: Reservoirs Development Geology-based Assessment Source: USGS Metadata Science-based Tools: Measurements; Data; Models; Protocols; Standards
Focus: Lawful Collaboration Across Disciplines Featured Project: Afro-Eurasian Seismic Geophysical Repositories (ASGR) Sectors: Agriculture | Cyberspace | Hydrology | ICT | Mining | Oil & Gas | Transport  Technological Tools Gravity & Magnetic Exploration
Processing | Interpretation | Production Lead Policy Advisor All images and hyperlinks open in new window Downloadable Source Material, Available At Bottom of This Page Core Technology Our Holistic Approach Discovery - Appraisal - Valuation - Program Lifecycle Support Collaborative Solutions AMCO-PEIS provide SMART Solutions by Integrating Geological & Engineering Data with Interpretation Capabilities to Improvised Collaboration Framework; Maximize Business Process Life Cycle; Workflow; Interpretation and Documentation to help achieve more Accurate and Timely Decisions. Our SMART Solutions include Assets Management; Precision Agriculture; Digital Mining; Discovery & Appraisal; Hydrocarbon Basin Evaluation ; Prospect Generation; Operational Efficiency using Industry Best Practices and Techniques. We partner with Preferred Business Vendors (PBV) to solve complex Computational to ensure sustainable growth of all stakeholders. Scaling up R&D to Lawful Product Commercialization     How We Accomplish To implement SMART Hybrid Solutions (SHS), in addition to in-house resources, we engage industry renowned Experts; Consultants & Companies on Project-by-Project basis. Based on Project Terms of Reference (ToR), project participating companies & affiliates amasses best possible team of Multi-Discipline Engineers; ICT & Cybersecurity Experts, Financial & Legal Consultants; Managers and SMART Workforce, to complete the project on schedule & within budget. Food Security   Digital Mining     Subsea Systems Design & Verification  Oil & Gas Value Chain  Unconventional Oil & Gas  Unconventional Oil & Gas  Global
LNG Report 2020 Below Image Source: American Petroleum Institute Reservoirs Development  Our Collaborative Services Equipment (Financing*, Procurement, Supply & Support) Seismic Acquisition (Land, Marine and Unconventional) Specialized Capacity Building Training Professional Certifications Workforce Skill Development Aeromagnetic Surveys  Above Image Credit: CGG Integrated Solutions We, along with Preferred Business Vendors (PBV), provide Solutions for Data Acquisition and Analysis (2D, 3D & 4D), Spectroscopy Remote Sensing, Seismology (Atmospheric, Earthquakes, Oceanic, Tectonic, Volcanic, and Artificial Processes i.e. explosions), Structural Monitoring, Seismic Site Evaluation, Underground Fresh Water Exploration (depth 8,000+ feet), Gas & Oil Exploration using state-of-the-art Digital Instruments and Seismic Data Acquisition Systems. As Seismic Acquisition Technology grows more sophisticated, it generates unprecedented levels of new Prestack Data that must be prudently processed in order to solve complex Computational, Simulation and Visualization challenges. Case Study-1: Geophysical Observatories Case Study-2: Permeability Models Subsea Exploration Support Services Nippon Foundation-GEBCO Seabed 2030 Project Mapping the Ocean Bed Blue Economy Focus: Marine Engineering   Difference Between AUV and ROV Special Purpose Vessels Inspection Services Subsea Special Purpose Equipment  Image Below: President PEIS Mr. Mohammad Afzal Mirza  Left: Dr. Aziz Ahmed Siddiqi, President RESOCHEM Corp. Right: Mr. Mohammad Afzal Mirza, Director Special Projects RESOCHEM Corp.  Mining Life Cycle From Ore-to-Market
Water Resources Integrated System (WARIS)  One of our PBV having 40 years of experience in the Seismic Industry, in conjunction with traditional seismic data, uses a unique method, “…to complement traditional P-wave seismic reflection imaging or used as a stand-alone tool, Seismoelectric (SE) responses are used as a hydrocarbon indicator for detection of electrically resistive fluids (Freshwater) 8,000+ ft. Using a pair of electrodes and a small explosive charge, SE techniques measures the voltage drop as the P-waves passes through the different interfaces. The electrically resistive zones are logged in the field, allowing for near real time analysis of each shot. SE can be used as a standalone hydrocarbon indicator, or be used in conjunction with more traditional seismic data, increasing the odds of finding and developing a productive well. Another advantage of SE is small footprint required to collect data. This makes it ideal for smaller leases that do not have enough acreage to perform seismic reflection surveys…” Fresh Water Drilling (8,000+ feet)  Electroseismic Method   Large diameter boreholes to greater depths in some of the world’s most challenging environments  Hard Rock Drilling    Pakistan Case Study - 1: Copper & Gold Economics  Focal Contact: pgd.mrc@themughals.net Downloads: Source Documents |
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