الرئيسة السبت 18 مارس 2023 09:05 مساءً
         حاسي سيتي 
عزيز الواتي
انعقدت اليوم الجمعة 17 مارس الجاري بمدينة وجدة،تظاهرة “شرقيات” بحضور والي جهة وجدة انجاد وعمال الجهة الشرقية و برلمانيي و رؤساء جماعات الجهة الشرقية وممثلي المصالح الخارجية.
ويشار انه بعد مرور عشرون سنة على انطلاق المبادرة الملكية لتنمية الجهة الشرقية التي تعتبر أحد الأوراش الكبرى حيث تكللت هذه المبادرة بنجاح كبير جعلت من الجهة الشرقية قطبا تنمويا ومجالا للإستثمارات وجلبها بغية خلق مناصب شغل وتشغيل الشباب ومحاربة البطالة وتحسين مستوى العيش.
وأكد رئيس مجلس جهة الشرق ، عبد النبي بعوي في تصريح له على أن اليوم يعتبر يوما تاريخيا لساكنة الجهة الشرقية، حيث أنه في يوم 18 مارس 2003 ، ألقى صاحب الجلالة الملك محمد السادس نصره الله خطابا ملكيا ساميا، أعطى من خلاله الإنطلاقة الرسمية للمبادرة الملكية لتنمية الجهةالشرقية
وأضاف السيد عبد النبي بعوي على أن صاحب الجلالة الملك محمد السادس رسم خريطة الطريق من أجل الرفع من تنمية الجهة الشرقية في مجالات ابرزها تحسين البنية التحتية والرفع من مستوى الاستثمار الاقتصادي.
ويذكر أن المبادرة الملكية لتنمية الجهة الشرقية ، أتت بمشاريع كبرى ساهمت في تطوير البنية التحتية وتنمية كل اقاليم الجهة الشرقية وخلق فرص الشغل ….





22 تعليقات على “+صور…بحضور والي جهة وجدة انجاد وعمال الجهة الشرقية و برلمانيي و رؤساء جماعات الجهة الشرقية وممثلي المصالح الخارجية، انعقاد تظاهرة “شرقيات” بمدينة وجدة

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  2. Copper scrap product innovation Copper has a long history of use in computing, dating back to the early days of the industry. The metal is prized for its excellent conductivity, which makes it ideal for use in electrical wiring and circuitry. One of the most common uses of copper in computing is for the production of printed circuit boards (PCBs). Copper is an excellent conductor of electricity, and it is used to create the pathways that connect the various components of a PCB. These pathways are etched onto the surface of the board, and the copper is left behind to form the electrical connections. In addition to its use in PCBs, copper is also widely used in computer cables and connectors. Copper wiring is used in everything from Ethernet cables to the power cords that connect our devices to the wall. Copper connectors are also used in a variety of applications, including USB cables and audio cables. Another important use of copper in computing is in heat sinks. Heat sinks are used to dissipate the heat generated by computer components such as CPUs and graphics cards. Copper is an excellent material for heat sinks because it conducts heat very well. This helps to keep the computer components cool and prevents damage from overheating. One of the challenges that designers and engineers face when working with copper in computing is the issue of oxidation. When copper is exposed to air, it reacts with the oxygen to form copper oxide. This can create problems with electrical conductivity and can lead to corrosion over time. To address this issue, many computer components are coated with a layer of protective material to prevent oxidation. Despite these challenges, copper remains a key material in modern computing. Its excellent electrical conductivity and heat dissipation properties make it ideal for a wide range of applications. As the demand for faster and more powerful computing continues to grow, copper will no doubt play an increasingly important role in the industry Metal commodity trading Copper recycling solutions provider Copper recycling legislation Copper scrap prices per pound Copper scrap recycling plant Metal waste reclaiming solutions

  3. Copper scrap reprocessing Copper has been a crucial part of the global economy since mankind first discovered its value thousands of years ago. This versatile metal is used in electronics, construction, transportation, and renewable energy technologies, making it an essential component in modern society. However, as demand for copper continues to rise, experts warn of a looming supply gap that could short-circuit the global energy transition. According to the International Copper Study Group, demand for copper is expected to grow by 2.7% each year until 2023. This surge in demand is being driven by the electrification of transport, the growth of renewable energy sources, and urbanization in developing countries. Electric vehicles alone are expected to account for 18% of copper demand by 2030. Unfortunately, the production of copper is not keeping pace with this demand. Production has already plateaued at around 20 million tonnes per year, with no significant new mines expected to come online in the near future. This shortage has led to rising prices, with the cost of copper increasing by more than 50% since the start of the pandemic. The shortage of copper could have serious implications for the global energy transition. Renewable energy technologies require large amounts of copper to function, with wind turbines, solar panels, and electric vehicles all containing significant amounts of the metal. The International Energy Agency has estimated that the world will need six times more copper by 2040 if it is to reach its climate goals. The supply gap for copper could also have wider economic implications. Copper is used in construction and infrastructure projects, making it essential for the growth of developing economies. Without access to copper, these countries could struggle to achieve the economic growth needed to lift their populations out of poverty. To address the looming supply gap, mining companies are exploring new technologies and techniques to increase copper production. This includes investments in automation and digitalization, as well as the development of new, more efficient mining methods. Recycling and urban mining could also help to bridge the gap by recovering valuable metals from electronic waste and urban mines. In conclusion, the future of copper is uncertain. While demand for the metal continues to grow, production is struggling to keep up. This supply gap could have serious implications for the global energy transition and wider economic growth. As we move towards a more sustainable future, it is critical that we find new ways to increase copper production and ensure that it is available to support the technologies that will power our society Metal reclaiming and utilization center Copper recycling network Copper slag recycling Copper scrap industry Copper scrap reusability Metal scrap depot

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