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Project 81 Noble Commissioned Airborne EM/MAG Geophysical Survey over Carnegie and Crawford Townships
(via TheNewswire) Toronto, Ontario / TheNewswire / May 8, 2017 - Noble Mineral Explora...
About this update from Noble Mineral Exploration Inc.
[{"type":"text","content":"Project 81 Noble Commissioned Airborne EM/MAG Geophysical Survey over Carnegie and Crawford Townships(via TheNewswire)\n \n \nToronto, Ontario / TheNewswire / May 8, 2017 - Noble Mineral Exploration Inc. (\"Noble\" or the \"Company\") (TSX-V:NOB, FRANKFURT: NB7, OTC.PK:NLPXF) is pleased to announce that, it has entered into a contract with Balch Exploration Consulting Inc (\"BECI\") to carry out a ~2100 Line Kilometre helicopter airborne EM and Mag Survey over Carnegie and Crawford Townships -the completion of this Airborne Geophysical Survey over these two southern townships namely Carnegie and Crawford will provide Noble with a complete and a comprehensive Modern Geophysical dataset coverage over the entire ~70,000 Hectares Project 81 Property that were staked and acquired from Abitibi Forest Products (now Resolute Forest Products) in 2011.\n\n \n \nProject \"81\" lies immediately north of this world class VMS Deposit - The Kidd Creek Mine, which is currently celebrating its 50th continuous year of production.\n\n \n \nThe completion of this survey on these 2 southern townships, will provide Noble with a comprehensive and complete Modern Airborne Geophysical data coverage of the entire Project 81 Property in order to properly evaluate this very large, contiguous land package immediately north of the Kidd Creek VMS deposit. \n\n \n \nNoble completed an EM and MAG Airborne Geophysical Survey over the northern 8 townships in 2012.\n\n \n \nBECI's HTEM (Time Domain) EM System is a modular and rigid helicopter time domain electromagnetic system (HTEM) designed for mineral exploration, geologic and groundwater mapping and geotechnical applications HTEM features a scalable and powerful transmitter with a maximum 450 A current pulse that produces effective dipole moments ranging from 100,000 (6 m diameter) to 410,000 Am2 (15 m diameter) and exploration depths to 500 m and more. Each system is light and portable relative to its size.\n\n \n \nHTEM is controlled by an electronics module known as the TDS-2400 (Time Domain System) that is designed to draw power from the helicopter generator (to a maximum of 85 A @ 28 VDC or 2.4 kW). The TDS-2400 features an efficient power booster circuit that continuously charges the transmitter driver located on the airframe through a series of voltage settings to a maximum 448 V. Maximum transmitter cu...