Subsidiaries and Associated Companies, in Which We Are Majority Or Minority Shareholders
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
The Value of E-Procurement Models in B2b Exchanges - an Australian Experience
THE VALUE OF E-PROCUREMENT MODELS IN B2B EXCHANGES - AN AUSTRALIAN EXPERIENCE DOUGLAS THOMSON and MOHINI SINGH School ofBusiness Information Technology, RMIT University, Australia Abstract: This paper presents a theoretical e-procurement model that was developed for a large multinational Australian corporate as a business plan as the company moves from traditional paper and EDI based processes to e-procurement. The model provides a framework for optimising e-procurement processes while enhancing interrelationships between buyers and sellers. The multi disciplinary framework is based on value propositions specific to a single corporate, or to a buyer consortium using e-markets to facilitate B2B exchanges. The e-markets that facilitated the B2B exchanges or that were set up to facilitate the B2B exchanges comprised many founding shareholder enterprises, some of whom are both buyers and sellers in the B2B exchange arena. The impact of the model on e-procurement, the role of e-markets and resulting issues after implementation are discussed in this paper. The values of e-procurement models in B2B exchanges have also been highlighted. The model presented in this paper provides the framework for optimising these systems and processes and their relationships using e-enablement of the procurement process. 1. INTRODUCTION Corporates around the world are implementing e-business, and are looking for guidance as to how this may be best achieved. Australian businesses have variously considered the adoption of the Internet as a pervasive tool for communication, research and as a medium of business. These changes have created competitive global pressures which are intense, but are aided by an improved ability to cope with complexity through use of The original version of this chapter was revised: The copyright line was incorrect. -
Carta De Codelco
Codelco Investor Presentation February 2014 Copyrights © 2011 CODELCO-CHILE. Todos los Derechos Reservados. CopyrightsCopyrights © 20112010 by CODELCO--CHILE. All Rights Reserved. 1 Codelco´s Highlights Industry Overview Operating & Financial Review Development Plan Update & Outlook Copyrights © 2011 CODELCO-CHILE. Todos los Derechos Reservados. CopyrightsCopyrights © 20112010 by CODELCO--CHILE. All Rights Reserved. 2 Codelco At a Glance World Largest Copper Producer: 10% of Market Share Copper Reserves and Sep 2013 Financial Results Resources (million US$) (million mft) Pre-Tax Profit 2,672 Geological Resources 339.5 EBITDA 4,194 Mineral Resources 131.9 EBITDA Margin 38.5% Reserves 63.6 Sep 2013 Production* Credit Ratings (thousand mft) S&P AA- Stable Copper 1,310 Moody‟s A1 Negative World largest copper producer Fitch A+ Stable Molybdenum 16.2 2nd world largest moly producer DBRS A Stable *: Includes 49% share in El Abra and 20% in Anglo American Sur Copyrights © 2011 CODELCO-CHILE. Todos los Derechos Reservados. CopyrightsCopyrights © 20112010 by CODELCO--CHILE. All Rights Reserved. 3 Codelco: Sales Breakdown Sales Breakdown by Product – Sep 2013 Sales Breakdown by Region (mft) – Sep 2013 100% US$ millions 2013 % 1% 1% 13% 10% Copper 10,128 92.9% 90% Molybdenum 378 3.5% 10% 80% 12% Other Products (anodic slimes, 395 3.6% 70% 18% sulfuric acid, etc.) 15% Total 10,901 100% 60% 50% 18% 20% Copper Sales Breakdown (mft) – Sep 2013 40% Refined Copper 80% 30% Concentrate 20% - Cathodes 74% - Anodes/Blister 6% 20% 41% 40% 10% 0% Sep-13 Sep-12 China Asia (exc. China) Europe Source: Codelco North America South America Oceania Copyrights © 2011 CODELCO-CHILE. -
I Nomi Delle Stelle
I nomi delle stelle Se state leggendo questa pagina perché volete acquistare il nome di una stella, visitate IAU Theme Buying Stars and Star Names. Altrimenti, proseguite con il testo sottostante. L'UAI intende delineare una distinzione tra i termini nome e designazione. In questo testo, così come in altre pubblicazioni dell'UAI, il nome si riferisce al termine (solitamente colloquiale) utilizzato per una stella nel linguaggio quotidiano, mentre la designazione è esclusivamente alfanumerica e viene usata quasi esclusivamente nei cataloghi ufficiali e nell'astronomia professionale. Storia dei cataloghi stellari La catalogazione delle stelle ha una lunga storia alle spalle. Sin dalla preistoria, culture e civiltà in tutto il mondo hanno dato dei propri nomi alle stelle più luminose e importanti nel cielo notturno. Attraversando le culture greca, latina e araba, alcuni nomi hanno subito pochi cambiamenti e altri sono in uso ancora oggi. Mentre l'astronomia si sviluppava e si evolveva nel corso dei secoli, sorgeva la necessità di un sistema di catalogazione universale, in base al quale le stelle più luminose (e quindi quelle più studiate) fossero conosciute secondo gli stessi appellativi, indipendentemente dal Paese o dalla cultura da cui provenivano gli astronomi. Per risolvere questo problema, gli astronomi durante il Rinascimento hanno tentato di produrre cataloghi stellari seguendo un insieme di regole. Il primo esempio, ancora oggi popolare, è stato introdotto da Johann Bayer nel suo atlante Uranometria del 1603. Bayer ha catalogato le stelle in ogni costellazione con lettere greche minuscole, seguendo l'ordine approssimativo della loro luminosità apparente, in modo che la stella più luminosa di una costellazione fosse solitamente (ma non sempre) etichettata come Alpha, la seconda più brillante fosse Beta, e così via. -
The Mineral Industry of Chile in 2014
2014 Minerals Yearbook CHILE U.S. Department of the Interior October 2017 U.S. Geological Survey THE MINERAL INDUSTRY OF CHILE By Susan Wacaster Chile’s position in the world’s mineral economy was that of a accounted for by the mining sector—4.9% by state-owned leading producer of copper, gold, iodine, lithium, molybdenum, Corporación National del Cobre (CODELCO) and 5.1% by natural nitrates, rhenium, silver, and zinc. In 2014, Chile private mining operations. The mining sector’s contribution to continued to be the world’s leading producer of mined copper, Government revenue between 2003 and 2013 averaged about accounting for 31% of the total; iodine, 66%; and rhenium, 20% annually but had been decreasing since 2008. The decrease 56%. Chile was the world’s second-ranked producer of lithium, was directly related to a downturn in international prices for accounting for 36% of total mine production after Australia copper. Since 2012, the average annual rate of growth of the (with less than a 1% difference), and mined boron (ulexite), price of refined copper on both the London Metal Exchange accounting for 10% of total production after Turkey (which and the New York Metal Exchange decreased by an average accounted for 70% of world production). Chile was the world’s annual rate of 8%. In turn, the average annual rate of growth third-ranked producer of molybdenum, accounting for 17% of of copper mine production in Chile increased by 3% per year. world production after China (37% of world production) and Mining sector activities contributed significantly to other the United States (24%); and the fifth-ranked producer of mined economic sectors in Chile. -
Telfer W with Pr 800,000 Copper Signific Resourc
4420 Newcrest Cover 04 6pp 16/9/04 9:52 AM Page 2 Telfer will be the largest gold mine in Australia, with projected annual production of more than 800,000 ounces of gold and 30,000 tonnes of copper for 24 years, positioning Newcrest as a significant and profitable Australian-based resources business. Newcrest Mining Limited Newcrest – The Sustainable Section 5 Resource Business 1 Sustainability and People 38 Section 1 Health and Safety 40 Our Results 2 Environment 42 Human Resources 43 Performance in Brief 2 Chairman’s Review 4 Section 6 ABN: 20 005 683 625 ABN: Managing Director and Corporate Governance 44 Chief Executive Officer’s Report 5 Board of Directors 45 Newcrest Senior Management 10 Corporate Governance 46 Financial Report 11 Section 7 Section 2 Concise Annual Report 2004 Financials 49 Operations 12 Directors’ Report 50 Cadia Valley Operations 14 Management Discussion and Analysis Ridgeway Gold/Copper Mine 14 of the Financial Statements 56 Cadia Hill Gold/Copper Mine 16 Statement of Financial Performance 58 Toguraci Gold Mine 19 Statement of Financial Position 59 Section 3 Statement of Cash Flows 60 Projects 22 Notes to the Concise Financial Report 61 Directors’ Declaration 68 Telfer Gold/Copper Project 24 Independent Audit Report 69 Cracow 26 Cadia East 28 Shareholder Information 70 Boddington Expansion Project 29 Five Year Summary 72 Section 4 Corporate Directory IBC Exploration 30 Strategy and Review 32 Mineral Resources and Ore Reserves 34 Newcrest Mining Limited Newcrest ABN: 20 005 683 625 Notice of Meeting Notice is hereby given that the 24th Annual General Newcrest Mining Limited Meeting will be held at the Hyatt Regency Hotel, Concise Annual Report 2004 99 Adelaide Terrace, Perth, Western Australia on Wednesday 27 October 2004 at 9.30am. -
Trade Marks Journal No: 1994 , 05/04/2021 Class 39
Trade Marks Journal No: 1994 , 05/04/2021 Class 39 3236639 14/04/2016 POONAM CHOUDHARY 8/276, MALVIYA NAGAR, JAIPUR, RAJ. POONAM CHOUDHARY INDIVIDUAL Address for service in India/Attorney address: MONIKA TAPARIA 183, Ganesh Vihar, Sirsi mod, sirsi road, Jaipur 302012 Used Since :01/04/2016 AHMEDABAD TRANSPORT, PACKAGING AND STORAGE OF GOODS, TRAVEL ARRANGEMENT, CAR RENTAL SERVICES INCLUDED IN CLASS 39. Subject to no separate claim over words except as shown in the form of representation. 4522 Trade Marks Journal No: 1994 , 05/04/2021 Class 39 NUMADIC 3714277 28/12/2017 NUMADIC LIMITED UK 10 John Street, London, United Kingdom, WC1N 2EB Company Incorporated in UK Address for service in India/Agents address: JATIN SHANTILAL POPAT. 308, Orchid Plaza, Behind Gokul Shopping Centre, Off. S.V. Road, Near Platform No.8, Borivali (West), Mumbai-400 092. Used Since :28/10/2015 MUMBAI Transportation Services, Arranging transport, Transport and Delivery tracking, Road and Water Transport management, Traffic and Transport information, Trasportation information, Trasport vehicle location, Transport brokerage, Tracking of freight, vehicle and pessanges. 4523 Trade Marks Journal No: 1994 , 05/04/2021 Class 39 3730888 18/01/2018 MR. RAHIM AMIN SHAIKH TRADING AS: AL QAMAR INTERNATIONAL TOURS AND TRAVEL FLAT NO. 28, C. T. S. NO. 5724, 5427, BHAKTI COMPLEX CHS., PIMPRI, CHINCHWAD, PUNE- 411018, MAHARASHTRA, INDIA Sole Proprietor Address for service in India/Attorney address: SAI ANAND SERVICE 73/3, SAI KRUPA CHS., POKHARAN ROAD NO-1, SHIVAI NAGAR, THANE (W)- 400 606, MAHARASHTRA, INDIA. Used Since :22/11/2016 MUMBAI TOURS & TRAVELS, TRAVEL ARRANGEMENT SERVICES 4524 Trade Marks Journal No: 1994 , 05/04/2021 Class 39 Master Overseas 3748029 08/02/2018 MANDEEP KAUR PROPRIETOR M/S MASTER OVERSEAS IST FLOOR, ABOVE MOR STORE, QADIAN CHUNGI, JALANDHAR ROAD,BATALA-143505(PUNJAB) SOLE PROPRIETOR Address for service in India/Agents address: HANDA ASSOCIATES G.T. -
The Sky Tonight
MARCH POUTŪ-TE-RANGI HIGHLIGHTS Conjunction of Saturn and the Moon A conjunction is when two astronomical objects appear close in the sky as seen THE- SKY TONIGHT- - from Earth. The planets, along with the TE AHUA O TE RAKI I TENEI PO Sun and the Moon, appear to travel across Brightest Stars our sky roughly following a path called the At this time of the year, we can see the ecliptic. Each body travels at its own speed, three brightest stars in the night sky. sometimes entering ‘retrograde’ where they The brightness of a star, as seen from seem to move backwards for a period of time Earth, is measured as its apparent (though the backwards motion is only from magnitude. Pictured on the cover is our vantage point, and in fact the planets Sirius, the brightest star in our night sky, are still orbiting the Sun normally). which is 8.6 light-years away. Sometimes these celestial bodies will cross With an apparent magnitude of −1.46, paths along the ecliptic line and occupy the this star can be found in the constellation same space in our sky, though they are still Canis Major, high in the northern sky. millions of kilometres away from each other. Sirius is actually a binary star system, consisting of Sirius A which is twice the On March 19, the Moon and Saturn will be size of the Sun, and a faint white dwarf in conjunction. While the unaided eye will companion named Sirius B. only see Saturn as a bright star-like object (Saturn is the eighth brightest object in our Sirius is almost twice as bright as the night sky), a telescope can offer a spectacular second brightest star in the night sky, view of the ringed planet close to our Moon. -
Investor Presentation
Southern Copper Corporation November, 2018 0 I. Introduction 1 Safe Harbor Statement This presentation contains certain statements that are neither reported financial results nor other historical information. These estimates are forward-looking statements within the meaning of the safe-harbor provisions of the securities laws. These forward-looking estimates are subject to risk and uncertainties that could cause actual results to differ materially from the expressed in the forward-looking statements. Many of these risks and uncertainties relate to factors that are beyond Southern Copper’s (SCC) ability to control or estimate precisely, such as future market conditions, commodity prices, the behavior of other market participants and the actions of governmental regulators. Readers are cautioned not to place undue reliance on these forward- looking statements, which speak only as of the date of this presentation. SCC does not undertake any obligation to publicly release any revision to these forward-looking estimates to reflect events or circumstances after the date of this presentation. 2 Corporate Structure 100.0% (*) AMERICAS MINING CORPORATION 88.9% (*) Public Float 11.1% (*) 99.29 % 99.96 % SCC Peru Branch Minera Mexico (*) As of September 30, 2018 3 Copper – The Best Fundamental Story in Commodities Solid Fundamentals Copper Consumption by Region ► Copper has the best fundamentals in the basic materials space: ― Expect 2.8% copper demand growth. 2018 demand driven by strong U. S. economic growth. ― Expect supply growth of 2% due to lack of projects. About 1/3 of world supply will discuss labor conditions. ― Our basic scenario does not consider an escalation of U.S. -
Studies of a Population of Stars: Mapping the Positions of Stars
Document ID: 03_05_10_3 Date Received: 2010-03-05 Date Revised: 2013-04-05 Date Accepted: 2013-04-06 Curriculum Topic Benchmarks: M1.3.9, M1.4.2, M5.3.12, M6.3.6, M8.3.2, M8.3.9, M8.4.22, S15.3.3 Grade Level: High School [9-12] Subject Keywords: star, map, celestial coordinates, Milky Way Rating: moderate Studies of a Population of Stars: Mapping the Positions of Stars By: Stephen J Edberg, Jet Propulsion Laboratory, California Institute of Technology, 4800 Oak Grove Drive, M/S 183-301, Pasadena CA 91011 e-mail: [email protected] From: The PUMAS Collection http://pumas.nasa.gov ©2010 Jet Propulsion Laboratory, California Institute of Technology. ALL RIGHTS RESERVED. Venture out under a clear night sky, in city or country, bright moon or dark moon, and you will see at least a few stars. Fortunately, the brightest stars visible offer a wide variety of characteristics that can be observed or computed easily. With this activity, students have the chance to see these bright stars and learn that these neighbor stars plotted on the appropriate map echo the construction of the whole Milky Way galaxy. Students will first familiarize themselves with the brighter stars in the evening sky. At first glance, the stars’ positions will appear random. Moving into the classroom, students will plot the positions of the stars in two different coordinate systems. A plot prepared using the stars’ positions in the “equatorial” coordinate system (essentially an expansion of latitude and longitude into the sky) will initially seem to present the apparent randomness of the stars’ positions. -
Peñasquito Site Tour
Peñasquito Site Tour FEBRUARY 2020 PEÑASQUITO SITE TOUR 2.27.2020 Cautionary Statement CAUTIONARY STATEMENT REGARDING FORWARD LOOKING STATEMENTS: This presentation contains “forward-looking statements” within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended, which are intended to be covered by the safe harbor created by such sections and other applicable laws. Where a forward-looking statement expresses or implies an expectation or belief as to future events or results, such expectation or belief is expressed in good faith and believed to have a reasonable basis. However, such statements are subject to risks, uncertainties and other factors, which could cause actual results to differ materially from future results expressed, projected or implied by the forward-looking statements. Forward-looking statements often address our expected future business and financial performance and financial condition; and often contain words such as “anticipate,” “intend,” “plan,” “will,” “would,” “estimate,” “expect,” “believe,” “target,” “indicative,” “preliminary,” or “potential.” Forward-looking statements in this presentation may include, without limitation, (i) estimates of future production and sales, including production outlook, average future production, upside potential and indicative production profiles; (ii) estimates of future costs applicable to sales and all-in sustaining costs; (iii) estimates of project spend, budget estimates, sustaining capital and -
As of December 2017
LIST OF NON‐REMITTING and/or NON‐REPORTING EMPLOYERS as of December 2017 NO PRO PEN EMPLOYER'S NAME 1 PRO II 6010001001 2 H MAINTENANCE & GENERAL SERVICES 2 PRO II 6010001240 8K CARWASH & VULCANIZING SHOP 3 PRO II 6000001180 A.S QUILANG ENTERPRISES 4 PRO II 6010000671 AGCOR AGRO‐VET TRADING 5 PRO II 6030000744 AGUA PLUS WATER REFILLING STATION 6 PRO II 6010001821 ALBANO MANPOWER SERVICES 7 PRO II 6030001022 ALCAR PHARMACEUTICAL 8 PRO II 6010000780 ALEX & IYA'S BAKERY 9 PRO II 6010000780 ALEX & IYA'S BAKERY 10 PRO II 6010001293 ALEX ALLAM COMPUTER SHOP 11 PRO II 6030002338 ALKALIFE NATURE'S WATER REFILLING STATION 12 PRO II 6000007914 ALLIN ENTERPRISES INC. 13 PRO II 6030002380 ALLIZWELL FURNITURE SHOP 14 PRO II 6010000879 AMADING AUTO CYCLE PARTS & ACCESSORIES 15 PRO II 6030001497 AMAZING KONILETS COMPUTER SYSTEM & GENERAL MERCHANDISE 16 PRO II 6030000936 AMAZING KONILETS COMPUTER SYSTEMS & GENERAL MERCHANDISE 17 PRO II 6010001259 AMC PHARMACY 18 PRO II 006000002782 ANGELIC SPA 19 PRO II 006000002782 ANGELIC SPA 20 PRO II 6010000677 ANITA C. UY PALAY & BUYING STATION 21 PRO II 6020000488 APPLE DRAGON INTERNET & COFFEEE BAR 22 PRO II 6030000781 AR CUARESMA‐MORALES GE TRADING 23 PRO II 6010001526 AREEJ RTW AND ACCESSORIES 24 PRO II 6000006062 ARIA ENTERTAINMENT RESORTS & DEV'T INC. 25 PRO II 6030000920 ARREOLA'S DRESS SHOP 26 PRO II 6000008717 ASZ PAYMENT SERVICES, REMITTANCE AND OTHERS 27 PRO II 6000001742 AYONEIL TRAVEL AND TOURS 28 PRO II 6010000877 B A DIAZ GENERAL MERCHANDISE 29 PRO II 6010000881 B P FERNANDEZ DRY GOODS 30 PRO II 6030002070 -
Life Histories Stars
Life Cycles Of The Stars This activity helps students conceptualize the time scales involved in astronomical processes – such as the life cycles of the stars. Materials Needed • Star histories (see attached sheets) • Pens, pencils, crayons, stickers, marking pens (to decorate the timelines) • Rulers and/or meter sticks • Register tape, in rolls What To Do: 1. Have students work together in groups of 3 - 5. Give each group one of the six star histories attached. Each of these is a history of a real star in the sky. All are main sequence stars – that is, stars that are currently fusing hydrogen in their cores and have not yet depleted their reserves of fusible hydrogen. 2. Each group will construct a time line showing the life cycle of their star. For each group, there are at least 5 key events that groups need to include in their time lines: (1) Conception (t=0) – when gases that will one day form the star start to gravitationally collapse within a giant cloud of gas (called a nebula). (2) Birth – when hydrogen fusion begins within the core and the new star ignites. (3) Old Age – when © 2002 Exploratorium, www.exploratorium.edu The Exploratorium grants reprint permission of this material for noncommercial, educational use only. Copyright notice must be included on all reprints. Requests for electronic or other uses should be directed to <[email protected]> the hydrogen within the core is exhausted. (4) Death – when the star “dies, usually through the expulsion of the outer layers of gas or with a huge explosion. (5) The Corpse – what remains in space shortly after the star “dies”.