Newsletter 2012
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Student Chapter Annual Report Cover Page
SOCIETY OF ECONOMIC GEOLOGISTS, INC. 7811 Shaffer Parkway • Littleton, CO 80127-3732 USA • Tel: +1.720.981.7882 • Fax: +1.720.981.7874 • E-mail: [email protected] Student Chapter Annual Report Cover Page Submission Deadline: September 30th Submit to: [email protected] Month/Year Reported:From ___________________________09/2018 (mm/yyyy) – To _______________________________09/2019 (mm/yyyy) Check if update STUDENT CHAPTER: needed at segweb.org Name: _________________________________________________________________________________Camborne School of Mines Society of Economic Geologists □ University Affiliation: _____________________________________________________________________Camborne School of Mines, University of Exeter, Penryn Campus □ Mailing Address: ________________________________________________________________________Camborne School of Mines, Tremough Campus, Penryn, UK TR10 9EZ □ Dedicated E-mail: _______________________________________________________________________info.csmseg@gmail.com □ Website: ________________________________________________________________________________www.csmseg.co.uk □ Logo: __________________________________________________________________________________ □ Facebook: ______________________________________________________________________________www.facebook.com/CSMSEG □ Twitter: ________________________________________________________________________________ □ Instagram: ______________________________________________________________________________ www.instagram.com/csmseg □ LinkedIn: _______________________________________________________________________________www.linkedin.com/company/csmseg -
King Edward Mine Museum Redevelopment the King Edward Mine at Camborne, Cornwall, Is Wholly Owned by the Camborne School of Mine
King Edward Mine Museum Redevelopment Description Involvement The project comprised of the conservation and conversion to good SDS undertook the feasibility study, detailed design quality workplaces of two Grade II* listed buildings, referred to as and commissioning inspections of theM&E services for The Count House Complex and The Carpenters’ Shop at the King this European Regional Development Funded (ERDF) Edward Mine, Troon, near Camborne, Cornwall development achieving a fully BREEAM Very Good compliant proposal the Cornwall and West Devon Mining Landscape, World Heritage Planning the infrastructure to suit the site-wide future The site lies within, and makes a very significant contribution to, Site development including proposed tenancies, sub-metering The scheme included delivered a variety of workspace format circulation space and WC provision. and energy strategyproviding workshop and office use, options. There are seven flexible units ranging from 18 to 122m² in the Count House and three similar units ranging from 38 to circulation space and WC provision. 73m² in the Carpenter’s Shop providing workshop and office use, We were active participants in design team meetings Benefitsand sustainability, Delivered accessibility, BREEAM, value and risk workshops. We assisted in establishing the brief, and communicate the agreed solutions in a clear and coherent documents for client review and in support of the funding manner within a detailed set of Stage 1 and Stage 2a application Throughout the project we were in dialogue with the client to gain understanding of their value drivers and site requirements and assisted the client in establishing their brief. Graham Gaunt Photowork The King Edward Mine at Camborne, Cornwall, is wholly owned by the Camborne School of Mines, part of Exeter University sdsolution.co.uk. -
Engineered Geothermal Programme in the UK
Proceedings World Geothermal Congress 2010 Bali, Indonesia, 25-29 April 2010 Engineered Geothermal Program in the UK R. Baria1, G. MacPherson-Grant1, J. Baumgaertner2, A. Jupe3 and J. Cowles3 1EGS Energy UK Ltd. Penzance, Cornwall, TR18 4SL UK, 2BESTEC GmbH, Landau, D-76829 Germany, 3altcom Limited, Penzance, Cornwall, TR18 4SL UK [email protected], [email protected], [email protected], [email protected], [email protected] Keywords: Keywords: Engineered Geothermal System Geothermal energy is generally categorised as a “new (EGS), Geothermal Energy and UK EGS resource. renewable energy” but that is not the case in the short to medium term. Depending on the type of geothermal ABSTRACT resource, it may take anything up to 20,000 years to recover naturally the energy extracted from an exhausted Recent uncertainty in the supply of energy and the effect of Engineered Geothermal System. global warming raised a call for a review of the potential of geothermal energy in the US. A study was commissioned Geothermal energy has been used by people since the dawn by the US DoE via Massachusetts Institute of Technology. of civilisation in many parts of the world for bathing and The study concluded that if Enhanced Geothermal System washing clothes from hot springs, an expression of technology was pursued seriously then it was anticipated geothermal energy on the surface, Cataldi, et al., (1999). that something like 11,000GWe could be generated by Similarly, when geothermal energy is mentioned, the 2050. general public perception is that it is found in places such as New Zealand, Iceland, etc. -
Minutes of the Council Meeting Held In
XIII ICSMFE, 1994, N e w Delhi, India / XIII CIMSTF, 1994, N e w Delhi, Inde INTERNATIONAL SOCIETY FOR SOIL MECHANICS AND FOUNDATION ENGINEERING — MINUTES OF THE COUNCIL MEETING HELD IN FLORENCE, ITALY SOCIETE INTERNATIONALE DE MECHANIQUE DES SOLS ET DE TRAVAUX DE FONDATIONS — PROCES-VERBAL DE LA REUNION DU CONSEIL TENUE A FLORENCE, ITALIE May 26, 1991 8.30 am to 1.00 pm 2.00 pm to 6.30 pm PRESENT: Prof. N. R. Morgenstem President ISSMFE Prof. B. B. Broms Past President ISSMFE Mr. G. Donaldson Vice-President Africa Prof. K. Ishihara Vice-President Asia Prof. H. G. Poulos Vice-President Australasia Prof. U. Smoltczyk Vice-President Europe Prof. J. K. Mitchell Vice-President North America Prof. L. Décourt Vice-President South America Prof. V. A. Ilyichev Board Member Prof. M. Jamiolkowski Board Member Dr. R. H. G. Parry Secretary General ISSMFE Prof. V. F. B. de Mello Past President ISSMFE Prof. R. Oliveira President IAEG Prof. Mineiro for President ISRM Prof. E. E. de Beer Secretary PCS Prof. A. McGown Chairman Technical Committee on Geotextiles and Geosynthetics (TC9) Dr. D. M. Cruden Chairman Technical Committee on Landslides (TC11) Prof. H. Poorooshasb Co-chairman Technical Committee on Mechanics of Granular Materials (TC13) Mr. Harry Kolk Secretary Technical Committee on Penetration Testing (TCI 6) Prof. Koichi Akai Chairman Technical Committee on Indurated Soils and Soft Rocks (TC22) Dr. N. Krebs Ovesen Chairman Technical Committee Limit State Design in Geotechnical Engineering (TC23) Prof. G. E. Blight Chairman Technical Committee on Tropica] and Residual Soils (TC25) D. Michel Gambin Chairman Technical Committee on Pressuremeter and Dilatometer Testing (TC27) Professor I. -
Suitability of Archie's Law for Interpreting Electrical Resistivity Data
Advances in Geophysical Tools for Estimating Hydrologic Parameters and Processes Kamini Singha Hydrologic Science and Engineering Colorado School of Mines With contributions from: Andrew Binley, Fred Day-Lewis, Tim Johnson, Niklas Linde, Burke Minsley, Dale Rucker, Frédéric Nguyen, Jonathan Nyquist, Adam Pidlisecky, Lee Slater, Remke Van Dam, Jan van der Kruk Motivation Need to quantify the operation of aquifer parameters controlling flow and transport • To determine availability of water for removal • To assess risk & create schemes for contaminant cleanup hydraulic contaminant conductivity concentration high Z Z Y low X [Singha, CSM] X Motivation The problem… [Hartman et al., JCH, 2007] [British Geological Survey, 2004] [Binley, Lancaster] [British Geological Survey, 2004] Motivation We have these: [Binley, Lancaster] Motivation Or we might be lucky and have one of these: [LeBlanc et al., 1991, WRR, Large-scale natural gradient tracer test in sand and gravel, Cape Cod, Massachusetts, 1, Experimental design and observed tracer movement] Advantages of Geophysics Geophysics offers advantages over conventional sampling to the hydrologist because of: High data sampling density Relative lower cost of measurements Minimally invasive Larger measurement volume [Binley, Lancaster] Acquisition approaches Scale of measurement near this end of the chart provide low resolution information over large spatial extents m 4 Airborne/Satellite to 10 to 1 (G, H) 10 Surface Geophysics 2 2 ~ (G) Crosshole to 10 to 2 measurements (G,H) - Wellbore and well tests (H) ~10 Logging (G,H) 1 - Core Measurements to 10 to 4 (G,H) - SCALES OF INVESTIGATION OF SCALES Point Laboratory or Local Regional or Local Laboratory ~10 ~10-3 to 1 ~10-1 to 10 ~10 to 102 m Acquisition approaches near this end of the High Moderate Low chart provide high resolution RELATIVE RESOLUTION information over small spatial extents [Rubin and Hubbard, 2005, Hydrogeophysics] History Early geophysical studies concentrated on defining lithological boundaries and other subsurface structures. -
Camborne School of Mines: Mining Experience
Camborne School of Mines: Mining Experience http://emps.exeter.ac.uk/csm/ Trip synopsis In the 18th and early 19th century Cornwall was the leading tin mining area in the world. During this time Cornwall built up a world-wide reputation for mining engineering, technology and the physical sciences. This legacy remains today. The Camborne School of Mines, based at the Tremough Campus, part of the University of Exeter has been and remains one of the leading centres in the world for undergraduate and graduate training and research in all aspects of the mining industry. It is a centre par excellence. Students opting for this visit will visit the Camborne School of Mines test and training mine. They will be given a detailed presentation on aspects of mining technology and science and an overview of local geological condition. Students will be given a tour of the mine, will be able to see many geological aspects, will experience drilling operations at first hand and will witness an underground test explosion. This will be a rare opportunity to experience something quite special! (Be assured that student’s health and safety is fully taken into consideration.) After this visit students will be taken to the Tremough Campus of the University of Exeter to visit the Camborne School of Mines laboratories to undertake a number of exciting and interesting scientific activities and use the state of the art scientific equipment, including world beating electron microscopes. Here students will also be given presentations on issues facing the mining industry including, exploration in difficult and remote areas, making maximum use of existing reserves, the social, economic, environmental and political issues surrounding mining and new advances and frontiers in the industry, rare earths etc. -
Satellites Supporting the Social Impact of Mining
Catapult Open SATELLITES SUPPORTING THE SOCIAL IMPACT OF MINING Social Impact of Mining Spark Session Output Report V3 MAR 2021 SATELLITE APPLICATIONS CATAPULT Supported By: Report complied by Joel Freedman - Regional Innovation & Design Lead, Satellite Applications Catapult Catapult Open Contents Executive Summary Introduction Overview Ideas Developed Relevant Ongoing Activities Recommendations Annex 1 – Organisations Attended Annex 2 – Research Document Annex 3 – All Ideas Developed Annex 4 – Miro Virtual Whiteboards 2 Catapult Open Executive Summary On February 10th 2021 a Spark Session was carried out by the Satellite The session was attended by over 40 organisations from a wide range of cross- Applications Catapult in partnership South West Centre of Excellence sector organisations including representatives from South West Centre of supported by the UK Space Agency. Excellence, Small and Medium Enterprises, academia and a range of space technologists. This workshop explored opportunities for satellite technology to address the social impact of mining on local communities. These areas were: The list of participating organisations can be found at Annex 1. Participants brainstormed multiple ideas for new opportunities before choosing two high impact ideas to develop in more detail. These ideas were: • Identifying and categorising mining automatically through a set of indicators. • Benefitting local mining communities using satellite data. Illegal, Community Unreported & Engagement Artisanal Mining 3 Catapult Open Introduction Identify Outline The Spark Programme Challenges Capabilities The Satellite Applications Catapult (SAC) is a part government funded not-for- profit technology and innovation organisation, created to grow the UK space sector. As part of a programme of work funded by the UK Space Agency, SAC Brainstorm is conducting a series of Spark Sessions across the UK. -
Newsletter 164 Summer 2014
NEWSLETTER 164 SUMMER 2014 Known to the Trevithick Society as the Gawns wheel, it was re-christened the Lady Evelyn in 2006 once it had been restored to its original site at Laxey on the Isle of Man. Reg. Charity 1 No. 246586 CHAIRMAN’S ADDRESS Horse and cart Elsewhere in this newsletter there are details of our Facebook social media page. A recent survey in a Society meeting at King Edward Mine revealed that only four members out of the twenty four present had any connection with Facebook. I know the understanding of its technology doesn’t come easily to those of us who are elderly folk but this has happened in every generation. I well remember the fear some people had that the television set in the corner of the room was spying on them and there were those who rejected the motor car in favour of the horse and cart. I agree that both those innovations were expensive and that may have been the real reason for avoiding them. However, Facebook is free and it’s the way we communicate with future members. In a few years most members of this Society will be able to skateboard, I wonder what technology they will be avoiding. The recent AGM Weekend in North Cornwall was a very pleasant success in spite of the weather. It was clear that those present enjoyed themselves, renewed friendships and took the opportunity to celebrate their membership of the Society, its existence and achievements. Our thanks are due to those who organised the events and prepared the illustrated notes. -
Gorelick Resume August 2021
STEVEN M. GORELICK AUGUST 2021 CYRUS F. TOLMAN PROFESSOR Stanford University Phone: (650) 725-2950 Dept. of Earth System Science 450 Serra Mall, Bldg. 320, Room 118, Stanford, CA 94305-2115 Email: [email protected] EDUCATION Ph.D. Hydrology, Stanford University, 1981 M.S. Hydrology, Stanford University, 1977 B.A. New College, 1975 PROFESSIONAL EXPERIENCE 2007-present Professor of Earth System Science (renamed 2015), Stanford University 2010-present Senior Fellow, Woods Institute for the Environment, Stanford University 2005-present Cyrus F. Tolman Professor, Stanford University 2009 - present Director, Global Freshwater Initiative, Stanford University 1996-2007 Professor, Dept. of Geological & Environmental Sciences and Dept. of Geophysics, Stanford University (joint appointment) 2019 Visiting Professor, Swiss Federal Institute of Technology ETH Zurich (Spring) 2013 Visiting Professor, Swiss Federal Institute of Technology ETH Zurich (Spring) 2012 Visiting Professor, Centre for Ecohydrology, UWA, Perth, AU (Spring) 2009 Visiting Scientist, CSIRO, Land and Water, Perth, AU (Spring-Summer) 2007 Visiting Scholar, University of Cambridge, Dept. of Zoology (Spring-Summer) 2006 Visiting Professor, Ecole Polytechnique Federale de Lausanne (EPFL), Ecological Engineering Laboratory, Switzerland (Spring-Summer) 2005 Visiting Professor, Swiss Federal Institute of Technology (ETH), Zurich (Spring) 1997 Visiting Scholar, Harvard University, Division of Engineering and Applied Sciences (Winter) 1997 Visiting Scientist, CSIRO, Perth, AU (Spring-Fall) -
Trevithick Society Journal Cumulative Index to 2021 Pete Joseph
Trevithick Society Journal Cumulative index to 2021 ITHICK EV SO R C T IE E T H Y T K O K W C I E H T T I H V A E S R T RICHARD TREVITHICK 1771-2021 250TH ANNIVERSARY Pete Joseph & Graham Thorne National Explosives Works, near Gwithian. Concrete loadings for acid tanks near the New Nitroglycerine Hill; St Ives and holiday park in the background. Photo: Pete Joseph Index of Articles to 2020 Journals 1-4 orange covers Journal No. 1: 1973 Editorial (J. H. Trounson) 6 Richard Trevithick - his place in engineering history James Hodge, M.A., C.Eng., F.I.Mech.E., A.F.K. Aes. 9 The Bodmin and Wadebridge Railway C. R. Clinker 29 The story of Wheal Guskus in the parish of Saint Hilary Professor D. G. and Mrs Mary Tucker 49 The Redruth to Penzance turnpike roads Miss E. M. Philbrlck 63 The Liskeard and Looe Canal M. J. Messenger 80 Tin stream works at Tuckingmill Paul Stephens and John Stengelhofen 90 Railway Rhymes No. 1: ‘Success to the West Cornwall Railway’ 26 Book Review An Introduction to Cornish Watermills 87 Journal No. 2: 1974 Editorial (J. H. Trounson) 6 A short history of the Camborne School of Mines L. P. S. Piper 9 Richard Trevithick: new light on his earliest years & family origins Professor Charles Thomas, M.A., F.S.A., Hon. M.R.I.A. 45 The West of England Bacon Co.. Redruth H. R. Hodge and Paul Stephens 55 Notes on some early blowing & smelting sites in the Carn Brea-St. -
Camborne School of Mines Mining Games Team Sponsorship
Camborne School of Mines Mining Games Team Sponsorship Proposal for the Hosting of the 40th International Mining Games Competition Team members competing in Montana, USA 2016. Contents Summary ................................................................................................................................................ 3 Introduction ........................................................................................................................................... 3 History ................................................................................................................................................... 3 Camborne School of Mines ............................................................................................................... 4 Team Great Britain ............................................................................................................................ 4 34th IMG, Cornwall ............................................................................................................................. 4 Outline ................................................................................................................................................... 5 Committee ............................................................................................................................................. 7 Events ..................................................................................................................................................... 8 Budget -
Borehole-Geophysical Investigation of the University of Connecticut Landfill, Storrs, Connecticut
Borehole-Geophysical Investigation of the University of Connecticut Landfill, Storrs, Connecticut Water-Resources Investigations Report 01-4033 TEMPERATURE MECHANICAL GAMMA ACOUSTIC OPTICAL SPECIFIC and ACOUSTIC CONDUCTIVITY TELEVIEWER TELEVIEWER CONDUCTANCE CALIPERS Prepared in cooperation with the University of Connecticut U.S. Department of the Interior U.S. Geological Survey Cover: Borehole-geophysical logs from a section of borehole MW109R, University of Connecticut landfill study area, Storrs, Connecticut. U.S. Department of the Interior U.S. Geological Survey Borehole-Geophysical Investigation of the University of Connecticut Landfill, Storrs, Connecticut By Carole D. Johnson, F.P. Haeni, John W. Lane, Jr., and Eric A. White Water-Resources Investigations Report 01-4033 Prepared in cooperation with the University of Connecticut Storrs, Connecticut 2002 U.S. DEPARTMENT OF THE INTERIOR GALE A. NORTON, Secretary U.S. GEOLOGICAL SURVEY Charles G. Groat, Director The use of firm, trade, and brand names in this report is for identification purposes only and does not constitute endorsement by the U.S. Government. For additional information write to: Copies of this report can be purchased from: Branch Chief U.S. Geological Survey U.S. Geological Survey Branch of Information Services 11 Sherman Place, U-5015 Box 25286, Federal Center Storrs Mansfield, CT 06269 Denver, CO 80225 http://water.usgs.gov/ogw/bgas http://www.usgs.gov CONTENTS Abstract......................................................................................................................................................................