Interdisciplinary Collaboration Leads to Innovation Catalyst Projects
(Graphic Synopsis: All images and hyperlinks open in new window, video(s) max duration 9 minutes) How We Accomplish To implement SMART Hybrid Solutions (SHS), in addition to in-house resources, we engage industry renowned Experts; Consultants & Companies on Project-to-Project basis. Based on project Terms of Reference (ToR) AMCO-MRC amasses best possible team of Multi-Discipline Engineers; ICT, Financial and Legal Consultants; Managers and qualified Workforce.
Our Featured Projects AMCO Facilities Upgradation Program: Project PAMS-DF04 AMCO Fire Suppression System: Project PAMS-DF02 AMCO High Value Manufacturing Program: PAMS Asian Seismic and Geophysical Repositories: Program ASGR Clean Coal: Research Program Coal-To-Liquid Ocean Engineering: Project NOVA-1MT Pakistan Coal-to-Liquid & Byproducts: Project NOVA-3  Priority Project Additive Hybrid Manufacturing A 100% Private Sector International Joint Venture in accordance with the applicable laws of the multiple business territories.
Read More About Our Project NOVA-1MF Case Study: 3D Printing of a Small Jet Engine - 2014 Additive Manufacturing: Metal Components Health Sector: Medical Applications Lawful Technology Commercialization A 100% Private Sector International Joint Venture in accordance with the applicable laws of the multiple business territories.
Read More About Our NOVA-1MT Mining Sector Our Focus Critical Minerals & Materials Supply Chain Workforce Skill Development Digital Mining
Operational Efficiency CM9, a Multi-Phased Program, is part of MUGHALS' Strategic Initiatives Programs (MSIP). CM9 Mission: To Safeguard Uninterrupted Global Supply Chain of Critical Minerals & Critical Materials and to Ensure Constant Flow of Critical Materials through Exploration; Mining: Processing; Separation & Purification; Metal Making; Alloying; and Recycling by using Green Technologies. CM9 Focus: Non-fuel Critical Minerals Newly Discovered Resource Locations i.e. Pakistan, Afghanistan, Tajikistan, Mongolia and West Africa. (Asian Seismic Geophysical Repository - ASGR)
Read More About Our    Education Sector Intelligent Learning Any Time – Any Place – Any Pace! Our Three Prong Strategy Digital Infrastructure | Intelligent Learning | Mobile Clinics PAK ILDP is part of HKE Program Inclusive Learning Management Systems (ILMS) Based on Sharable Content Object Reference Model (SCORM®) PAK ILDP Participating Companies: AMCO Engineering + Global Digital Networks (GDN) + MUGHALS-RESOCHEM LLC (MRC) + Pacific Enterprises International Syndicate + SELECTUM + SRHA + TEACH ILDP Mission: Using Holistic Approach, Advance and Provide Lawful Resources, Collaborative Learning Tools, Global Platform and "Open Licenses" to member communities. Our Focus: CURRICULUM SYNCHRONIZATION TO SUPPORT MULTIPLE WELL-ROUNDED EDUCATION GOALS. Read More About Our Intelligent Learning & Development Program PAK ILDP Strategic Collaboration For Strategic Collaboration, we are EVALUATING nine industry leading organizations which are already functional & many Industries, Governments, Universities, Colleges, School Systems (from Nursery to K-12 levels), Businesses and Communities are using LMS and L&D, globally.
Manufacturing Sector Read More About Our Project NOVA-1MF Offshore Microgrids A 100% Private Sector International Joint Venture in accordance with the applicable laws of the multiple business territories.
Read More About Our NOVA-1MT  Offshore Dynamic Positioning Systems (DP) Support Services   Consultancy Services    Image Above Mr. Mohammad Afzal Mirza Principal Group Director (PGD) Information Communication Technology (ICT) Sector Digital Transformation Cyber-Resilient Hybrid Multicloud Platform Our Current Focus: 5G & WiFi-6 Rollouts Deliverable: Computing Infrastructure for AI R&D Context: Per GSMA, during 2019, mobile technologies & services generated $4.1 trillion of economic value added (4.7% of GDP) globally. By 2024 this figure will approach $5 trillion as countries increasingly benefit from the improvements in productivity and efficiency brought about by increased take-up of mobile services. 5G & WiFi-6 technologies are expected to contribute $2.2 trillion to the global economy between 2024 and 2034. Project Status As of March 2018, Global Digital Networks (GDN) has completed System Design & currently evaluating multi-vendor core equipment. Licensee is working on securing project finances and based on GDN recommendations, MUGHALS are in process of acquiring majority shares in the company which has Valid License, issued by the National Regulatory Authority, under which multiple Mobile Broadband Services will be offered. Read More About Project NOVA-7...     Energy Sector Multiple Projects SMART Energy Efficiency (SEE) Our Focus: Energy Efficiency; Distributed Power Generation; Additive Manufacturing   Distributed Microgrids Abstract: Two Energy Related Catalyst Projects i.e. Combined Heat and Power (CHP) Generation
 Coal, Oil & Gas Abstract: Clean Coal; Conversion of Coal-to-Liquid; Rare Earth Elements & Coal Byproducts Read More About Our Project NOVA-3 Abstract: Recovery of Rare Earth Elements and Critical Minerals Read More About Our Project NOVA-5A Abstract: Pakistan Organic-Rich-Shale-Resources Assessment, a Four Phase Project Read More About Our Project NH-6 Abstract: Pakistan Technically Recoverable Oil & Gas Massive Deposits Read More About Our Project NOVA-6 Social Responsibility Intelligent Learning HKE-PREP Mission: To provide access to Digital Infrastructure and Intelligent Learning Tools using Cloud-based Broadband and Information Technology Services to Member Colleges; Communities; Schools; and Universities. Read More About Our HKE Program; Methodology And...  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)   Large diameter boreholes to greater depths in some of the world’s most challenging environments    |
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