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  • EMAS GLOBAL CHINA
    • Project Summary
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      • Train the Trainers
      • Business Interventions
      • Comfirmity Model for China
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  • CP3 Croatia
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  • CPSUC China
    • Project Summary
    • Project Activities
      • Cleaner Production Trainings
      • Cleaner Production Pilot Projects
        • No. 1 Pilot Project: Kunming Yusi Pharmaceutical Co., Ltd.
        • No. 2 Pilot Project: Xiongbalaqu Holy Water Tibetan Medicine Factory
        • No. 3 Pilot Project: A Cement Company in Xi'an
        • No. 4 Pilot Project: A Cement Company in Sichuan Deyang
        • No. 5 Pilot Project: A Special Steel Company in Xining
        • No. 6 Pilot Project: A Steel Company in Sichuan Deyang
        • No. 7 Pilot Project: A Copper Company in Qinghai
        • No. 8 Pilot Project: Guizhou Zijin Mining Co., Ltd
        • No. 9 Pilot Project: XJ Rare Earths Co., Ltd in Baotou City
        • No. 10 Pilot Project: JM Rare Earths Co., Ltd in Baotou City
        • No. 11 Pilot Project: Gansu Tongda Fruit Juice Beverage Co., Ltd
        • No. 12 Pilot Project: Tsingtao Beer Xi'an Reims Group Ltd.
        • No. 13 Pilot Project: Lanzhou Thermoelectricity Co., Ltd.
        • No. 14 Pilot Project: Yunnan Huadian Kunming Power Co., Ltd.
        • No. 15 Pilot Project: Guizhou Chuanheng Chemical Co.,Ltd.
        • No. 16 Pilot Project: Anhui Huaheng Bioengineering Co., Ltd
        • No. 17 Pilot Project: Zhengyuan Machinery & Electronics Co., Ltd in Hefei, Anhui
        • No. 18 Pilot Project: Guangxi Guixi Pharmaceutical Co., Ltd
        • No. 19 Pilot Program: Dizhi Pharmaceutical Corporation in Nanning, Guangxi
        • No. 20 Pilot Project: Ningxia Xiajin Haoer Milk Products Co., Ltd
        • No. 21 Pilot Project: The Fourth Branch Farm of the Pingjibao Milk Cows Farm affiliated to Ningxia Helan Mountain Milk Cows' Initial Strain Breeding Co., Ltd
      • Cleaner Production Campaign
      • Regional Dissemination Conference
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  • ASIA INVEST – Technical Assistance – ECOPROFIT for Sustainable Mongolian Entrepreneurship (2006 - 2008)
    • The Project
      • Background of the project
      • Objectives
      • Activities
      • Methodology
    • Actors and donors
      • Asia Invest
      • CENTRIC AUSTRIA INTERNATIONAL (CAI)
      • Mongolian Chamber of Commerce and Industry (MNCCI)
      • Clean Technology Center (CTC)
      • Austrian Development Cooperation (ADA)
      • Participating Pilot Companies
      • ECOPROFIT Cluster
    • Agendas and news
      • Time table
      • Activities in the Final Phase
      • Setting up an ECOPROFIT Cluster
      • Technology assessment
      • Fourth company workshop
      • Third company workshop
      • Third round of company visits
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      • Instruction training for Mongolian experts
      • Kick-off meeting in Ulan Bator
      • Final conference and dissemination of results
    • Materials and downloads
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      • Implementing Cleaner Production - Guideline for Replication
    • Imprint
  • CO2 Managers for the Industry in the People”s Republic of China (2005 - 2007)
    • The Project
      • Background of the project
      • Objectives
      • Activities
      • Methodology
    • Actors and donors
      • AsiaProEco
      • CENTRIC AUSTRIA INTERNATIONAL (CAI)
      • China Energy Research Society (CERS)
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      • Austrian Development Cooperation (ADA)
      • State Ministry of Science and Technology (MOST)
    • Agendas and news
      • Executive Summary - Final report of the project (June 2007)
      • Agenda - Final bloc of training & seminars - Beijing, March 2007
      • Agenda - Fourth bloc of training & seminars - Yinchuan, September 2006
      • Agenda - Third bloc of seminars - Study tour to Europe, May 2006
      • Agenda - Second bloc of training & seminars - Hangzhou, Feb/March 2006
      • Agenda - First bloc of training & seminars - Beijing, November 2005
      • Course objectives of the four training blocs
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      • EU Asia Monitoring Team - External Monitoring Report 2007
      • Final conference - Beijing, March 17, 2007
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  • CP-China
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      • Executive summary
      • Impacts of the project on the Chinese foundry industry
      • Selected CP achievements by the awarded companies
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      • September 20, 2005 : Final conference in Tianjin
      • April 2005 : Business Mission to Europe
      • October 2004 : Third company workshop in Tianjin - Agenda
      • August 2004 : Visit to EU delegetion in China to report about project progress
      • August 2004 : Second company workshop in Tianjin - Agenda
      • May 2004 : First company workshop in Tianjin - Agenda
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Impacts of the project on the Chinese foundry industry

Real savings

Resources – Energy - Raw-material - Water - Waste reduction - Quality improvement

 

Cleaner Production practices, being instructed in the workshop series and while the on-site trainings and project implementation caused financial savings, improved environmental performance, enhanced compliance and improved product quality.

In general CP measures in all core processes were developed and implemented. This was possible after a detailed assessment of the processes of each company, summarized in the CP reports.

The data assessment, production and consumption figures, waste analysis and the identification of process performance indicators, leaded to the development of many of the measures. The compilation of these figures was a big obstacle to most of the companies as they had only little documentation in place. For many it was the first time to evaluate process related consumption figures to enable them to have a kind of process controlling in place. Only with these controlling opportunities the evaluations of saving were possible. Still many companies struggle to daily record figures but with there increased know-how on process control they will finally succeed.

This controlling issue is one of the mayor problems within the industry and further efforts to increase controlling (on the management and facility level) must be taken to be competitive in the future. This CP project prepared the participating companies, the replication guideline, the textbooks and the CP report, distributed among other companies will contribute to the sustainable development of this important sector.

The savings generated in this project are listed below company by company (see more details in chapter 6.2). In general all companies improved their knowledge base on:

  • Good Housekeeping
  • Energy Efficiency
  • Sand Management
  • Best Practice and Technology need assessment
  • Improving product quality
  • Environmental Laws and Regulations
  • Operational Controlling

The improved skills of the core staff of the companies resulted in the described projects and in a general change of awareness in all of the companies with benefits for their economical, environmental and social aspects. Not all impacts on the company level are possible to evaluate at this point as CP is initiating a continuous improvement process leading to also many indirect benefits. In general CP is not only achieved by investing on new technology. The first step is to improve all processes and operations with, if possible, existing equipment and resources.

Nevertheless in this sector the up scaling of the technology is vital to sustain business.

The technical assessment gave a detailed profile of technology required to make the companies competitive for the decades. The assessment showed that safety and environmental aspects of the new technology are important for the companies as they see many regulative issues coming up. As well it gets clear that energy and material efficiency have priority as these are the cost factors of their products. The required degree of automatization, in comparison to the EU, is much lower due to problems with maintenance and operator skills. Manpower still counts a lot.

CAI has summarized the technology needed and has listed the possibilities were to get the equipment. The list is attached to the Annex.

Contribution to minimize the global impact on the environment

 

The project aimed to increase the capacity on many levels of the company while minimizing their environmental impact. The CP assessment allowed the definition of all significant environmental aspects and their related impacts of this sector and to find measures for improvement. The savings achieved - expressed in CO2 equivalents where possible - are contributing to the global efforts on environmental protection.


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