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CORPORATE INFORMATION Registered office Cricket Square Hutchins Drive P.O. Box 2681 Grand Cayman KY1-1111 Cayman Islands Principal place of business and address 7/F, Longwei Mansion of headquarters in the PRC 198 Longdu South Road Longquanyi District Chengdu 610100 Sichuan PRC Principal place of business in Hong Kong Room 2201, 22/F, Wheelock House 20 Pedder Street Central Hong Kong Company’s website www.chinavtmmining.com (information contained in this website does not form part of this prospectus) Company Secretary Mr. KONG Chi Mo (FCCA, ACIS, ACS) Authorized representatives Mr. JIANG Zhongping Unit 3, #72, Building 5, Annex No. 1 No. 24 Yongfeng Road Gaoxin District, Chengdu Sichuan PRC Mr. KONG Chi Mo Flat 5, 3/F Fuk Wo Mansion No. 43 Tung Chau Street Kowloon Hong Kong Audit Committee Mr. YU Haizong (Chairman) Mr. ZHU Xiaolin Mr. GU Peidong Mr. LIU Yi Remuneration Committee Mr. WANG Jin (Chairman) Mr. YU Haizong Mr. GU Peidong Mr. WU Wei 74 CORPORATE INFORMATION Principal Share Registrar and Transfer Office Butterfield Fulcrum Group (Cayman) Limited Butterfield House 68 Fort Street P.O. Box 609 Grand Cayman KY1-1107 Cayman Islands Principal bankers Huili County Branch, The Bank of China ( ) Shuncheng Road Huili County Liangshan Prefecture Sichuan Province PRC Huili County Branch, Agricultural Bank of China ( ) 100 Nanda Street Chengguan Town Huili County Liangshan Prefecture Sichuan Province PRC Huili County Branch, Liangshan Prefecture Commercial Bank ( ) Shuncheng Street Huili County Liangshan Prefecture Sichuan Province PRC Hong Kong Share Registrar Computershare Hong Kong Investor Services Limited Shops 1712-1716 17th Floor, Hopewell Centre 183 Queen’s Road East Wanchai Hong Kong Compliance Advisor Guotai Junan Capital Limited 27/F, Low Block Grand Millennium Plaza 181 Queen’s Road Central Hong Kong 75.

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THE WEB PROOF INFORMATION PACK IS IN DRAFT FORM. The information contained herein is incomplete and is subject to change. This Web Proof Information Pack must be read in conjunction with the section headed “Warning” on the cover of this Web Proof Information Pack. DEFINITIONS In this document, the following terms shall have the meanings set forth below unless the context otherwise requires. “Articles of Association” or “Articles” the articles of association of our Company, adopted on September 4, 2009 and as amended from time to time “Baicao Mine” the Baicao Vanadium-bearing Titanomagnetite Mine located in Xiaoheiqing Townlet, Huili County, Sichuan, the PRC and operated by Huili Caitong “Baicao Processing Plant” the ore processing plant located at our Baicao Mine “Board” the board of Directors “Business Day” a day (other than a Saturday or Sunday) on which banks in Hong Kong are open for business “BVI” the British Virgin Islands “CAGR” compound annual growth rate “Cayman Companies Law” the Companies Law, Cap. 22 (Law 3 of 1961, as consolidated and revised) of the Cayman Islands “Chengdu Yingchi” Chengdu Yingchi Trading Co., Ltd. ( ), a limited liability company (non-state owned) incorporated in the PRC on May 8, 2006 and an Independent Third Party customer of our Group “Chengdu Yushengtian” Chengdu Yushengtian Electrical and Mechanical Equipment Co., Ltd. ( ), a limited liability company (non-state owned) incorporated in the PRC on December 16, 2005 and an Independent Third Party customer of our Group “China” or “PRC” the People’s Republic of China excluding, for the purpose of this document, Hong Kong, the Macau Special Administrative Region of the PRC and Taiwan “Chuan Wei” Sichuan Chuanwei Group Co., Ltd.
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Precambrian Basement and Late Paleoproterozoic to Mesoproterozoic Tectonic Evolution of the SW Yangtze Block, South China
minerals Article Precambrian Basement and Late Paleoproterozoic to Mesoproterozoic Tectonic Evolution of the SW Yangtze Block, South China: Constraints from Zircon U–Pb Dating and Hf Isotopes Wei Liu 1,2,*, Xiaoyong Yang 1,*, Shengyuan Shu 1, Lei Liu 1 and Sihua Yuan 3 1 CAS Key Laboratory of Crust-Mantle Materials and Environments, University of Science and Technology of China, Hefei 230026, China; [email protected] (S.S.); [email protected] (L.L.) 2 Chengdu Center, China Geological Survey, Chengdu 610081, China 3 Department of Earthquake Science, Institute of Disaster Prevention, Langfang 065201, China; [email protected] * Correspondence: [email protected] (W.L.); [email protected] (X.Y.) Received: 27 May 2018; Accepted: 30 July 2018; Published: 3 August 2018 Abstract: Zircon U–Pb dating and Hf isotopic analyses are performed on clastic rocks, sedimentary tuff of the Dongchuan Group (DCG), and a diabase, which is an intrusive body from the base of DCG in the SW Yangtze Block. The results provide new constraints on the Precambrian basement and the Late Paleoproterozoic to Mesoproterozoic tectonic evolution of the SW Yangtze Block, South China. DCG has been divided into four formations from the bottom to the top: Yinmin, Luoxue, Heishan, and Qinglongshan. The Yinmin Formation, which represents the oldest rock unit of DCG, was intruded by a diabase dyke. The oldest zircon age of the clastic rocks from the Yinmin Formation is 3654 Ma, with "Hf(t) of −3.1 and a two-stage modeled age of 4081 Ma. Another zircon exhibits an age of 2406 Ma, with "Hf(t) of −20.1 and a two-stage modeled age of 4152 Ma.
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Table of Codes for Each Court of Each Level
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Sichuan Earthquake
SICHUAN EARTHQUAKE THREE YEAR REPORT MAY 2011 Overview TABLE OF 5 CONTENTS 2008–2011 Key Results 8 Maps 11 Health and Nutrition 13 Water, Sanitation and Hygiene 25 Education 37 Child Protection 57 HIV/AIDS 67 Social Policy 73 Financial Report 76 Conclusion 81 COVER PHOTO: Students at the newly-constructed Yongchang Primary 2 - SICHUAN EARTHQUAKE School in Sichuan Province’s Beichuan County play basketball during recess. Young children in the playground of the newly constructed Anchang Kindergarten in Sichuan Province’s Beichuan County. THREE YEAR REPORT - 3 The first tranche of UNICEF’s emergency relief items contained 86 tonnes of health and nutritional supplies for children and pregnant women. 4 - SICHUAN EARTHQUAKE OVERVIEW Three years ago, on 12 May 2008, the most devastating natural disaster in China in decades struck the country’s southwestern Sichuan Province. The 8.0-magnitude earthquake affected the lives of millions of people, killing 88,000, injuring 400,000 and leaving 5 million homeless. Immediately after the earthquake, the Government of China led a remarkable disaster response and relief programme. Today, life in the Rebirth, reconstruction affected communities has resumed. Rebirth, reconstruction and renewed hope have come to replace the death, destruction and despair of the and renewed hope earthquake. On this third anniversary, UNICEF remembers what was lost have come to replace three years ago, celebrates what has been achieved since, and reaffirms the death, destruction our commitment to children and women in the Sichuan earthquake zone. and despair of the The magnitude of the earthquake triggered, for the first time in recent earthquake.
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ECONOMIC GEOLOGY RESEARCH INSTITUTE HUGH ALLSOPP LABORATORY University of the Witwatersrand Johannesburg
2 ECONOMIC GEOLOGY RESEARCH INSTITUTE HUGH ALLSOPP LABORATORY University of the Witwatersrand Johannesburg ! GEOLOGICAL CHARACTERISTICS OF PGE-BEARING LAYERED INTRUSIONS IN SOUTHWEST SICHUAN PROVINCE, CHINA Y.YAO, M.J. VILJOEN, R.P. VILJOEN, A.H. WILSON, H. ZHONG, B.G. LIU, H.L. YING, G.Z. TU and N. LUO ! INFORMATION CIRCULAR No. 358 3 UNIVERSITY OF THE WITWATERSRAND JOHANNESBURG GEOLOGICAL CHARACTERISTICS OF PGE-BEARING LAYERED INTRUSIONS IN SOUTHWEST SICHUAN PROVINCE, CHINA by Y. YAO1, M. J. VILJOEN2, R. P. VILJOEN2, A. H. WILSON3, H. ZHONG1, B. G. LIU4, H. L. YING4, G. Z. TU4 AND Y. N. LUO5, ( 1 Economic Geology Research Institute, School of Geosciences, University of the Witwatersrand, P/Bag 3, WITS 2050, Johannesburg, South Africa; 2 Department of Geology and CAMEG, School of Geosciences, University of the Witwatersrand, P/Bag 3, WITS 2050, Johannesburg, South Africa; 3 Department of Geology and Applied Geology, University of Natal, King George V Avenue, Durban, 4001; 4 Institute of Geology and Geophysics, Chinese Academy of Sciences, P.O. Box 9825, Qijiahuozhi, Deshengmenwai, Beijing 100029, P.R. China; 5 Geological Exploration Bureau of Sichuan Province, Renminglu, Chengdu 610081, P.R. China) ECONOMIC GEOLOGY RESEARCH UNIT INFORMATION CIRCULAR No. 358 December 2001 4 GEOLOGICAL CHARACTERISTICS OF PGE-BEARING LAYERED INTRUSIONS IN SOUTHWEST SICHUAN PROVINCE, CHINA ABSTRACT A number of platinum-group-element (PGE-bearing), layered, ultramafic-mafic intrusions in the Pan-Xi and Danba areas of the southwest Sichuan Province of China have been investigated. The two study areas are located, respectively, in the central and northern parts of the Kangding Axis on the western margin of the Yangtze Platform, a region geologically distinguished by late- Archaean to late-Proterozoic basement and by stable sedimentary sequences.
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THE ROOTED STATE: PLANTS and POWER in the MAKING of MODERN CHINA's XIKANG PROVINCE by MARK E. FRANK DISSERTATION Submitted In
THE ROOTED STATE: PLANTS AND POWER IN THE MAKING OF MODERN CHINA’S XIKANG PROVINCE BY MARK E. FRANK DISSERTATION Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy in East Asian Languages and Cultures in the Graduate College of the University of Illinois at Urbana-Champaign, 2020 Urbana, Illinois Doctoral Committee: Associate Professor Dan Shao, Chair Associate Professor Robert Morrissey Assistant Professor Roderick Wilson Associate Professor Laura Hostetler, University of Illinois Chicago Abstract This dissertation takes the relationship between agricultural plants and power as its primary lens on the history of Chinese state-building in the Kham region of eastern Tibet during the early twentieth century. Farming was central to the way nationalist discourse constructed the imagined community of the Chinese nation, and it was simultaneously a material practice by which settlers reconfigured the biotic community of soils, plants, animals, and human beings along the frontier. This dissertation shows that Kham’s turbulent absorption into the Chinese nation-state was shaped by a perpetual feedback loop between the Han political imagination and the grounded experiences of soldiers and settlers with the ecology of eastern Tibet. Neither expressions of state power nor of indigenous resistance to the state operated neatly within the human landscape. Instead, the rongku—or “flourishing and withering”—of the state was the product of an ecosystem. This study chronicles Chinese state-building in Kham from Zhao Erfeng’s conquest of the region that began in 1905 until the arrival of the People’s Liberation Army in 1950. Qing officials hatched a plan to convert Kham into a new “Xikang Province” in the last years of the empire, and officials in the Republic of China finally realized that goal in 1939.
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Research and Development of Huili Green Pottery Based on School-Enterprise Cooperation Platform
2019 5th International Conference on Economics, Management and Humanities Science (ECOMHS 2019) Research and Development of Huili Green Pottery Based on School-Enterprise Cooperation Platform Zheng Jian Panzhihua College, Sichuan, 617000, China Keywords: School-Enterprise Cooperation; Meeting; Green Pottery Abstract: Huili County is located in the south end of Liangshan Prefecture, Huili Province. It has historically been an important commercial and cultural transportation town on the border between Huili and Yunnan. In order to further understand the local national culture. Based on the platform of school-enterprise cooperation, the author studied the research and development of Huili green pottery. The study found that the pottery there was named "Meeting Green Pottery" because of its special chemical composition and mineral composition, so the pottery pieces it used to produce a variety of green. It is also because of its unique geographical location, which has created a distinctive Han-Bao border national culture that is different from the Bayu and different from the Chu. 1. Introduction The Huili Basin extends in the northeast direction. For a long time, local residents have been using mudstone and siltstone in the “red layer” of the area as raw materials for firing bricks and earthenware [1]. Because the concentrator uses a large amount of lime during the beneficiation, the pH in the ore dressing wastewater is too high, and the residual flotation agent causes problems such as high COD, high heavy metal content, and strong foaming of the wastewater. Affect the beneficiation index [2]. The ceramsite adiabatic anti-corrosion coating provides anti-corrosion, heat preservation and external protection (waterproof, acid-base salt and UV-proof) in the form of coating, and its self-weight is reduced by 50% compared with the traditional form (eg: galvanized iron on glass wool wrapped steel belt) Leather, stainless steel plate) [3].
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A New Approach for Multifunctional Zoning of Territorial Space: the Panxi Area of the Upper Yangtze River in China Case Study
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Easychair Preprint Vulnerability Measurement Analysis of Rural
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The Mineral Industry of China in 2011
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Alloy Ratio and Raw Material Sourcing of Warring States Period Bronze
Chen et al. Herit Sci (2020) 8:69 https://doi.org/10.1186/s40494-020-00413-z RESEARCH ARTICLE Open Access Alloy ratio and raw material sourcing of Warring States Period bronze bracelets in Huili County, Southwest China by pXRF and MC‑ICP‑MS Dian Chen1,2, Yingdong Yang3, Jing Du1,2,4, Xiang Tang5 and Wugan Luo1,2* Abstract Up to now, there have been few monographic analyses of metal ornaments in China. This study presents a case study of the metallurgical archaeology on bracelets from Huili (会理), which may shed light on the issue as production status, technical level, use of raw material and workmanship exchange. Ten bronze bracelets from the Fenjiwan (粪箕湾) site, Huili County and nine ancient slags within 2 km were analyzed by pXRF and MC-ICP-MS methods. The clas- sifcation of bronze bracelets according to alloy ratio is exactly the same as that of lead isotope. One group used local copper from Huili without adding lead, while the other group added lead material from the middle reaches of the Yangtze River. Combined with other relevant data, the results indicate that the technology route of bronze in South- west China was from Cu-Sn binary alloys to Cu-Sn–Pb ternary alloys, and during the Warring States period (475-221 BC), this region may have certain contacts and exchanges with the middle reaches of the Yangtze River and even the Central Plains. Keywords: Bronze bracelet, Chemical composition, Lead isotope ratio, The Warring States period, pXRF, MC-ICP-MS Introduction roughly distinguished from the armband [2].
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SICHUAN EARTHQUAKE THREE YEAR REPORT - 41 EXPERIENCE EXCHANGE for Safer Schools
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