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In a significant move to address youth unemployment, AngloGold Ashanti (AGA) Obuasi Mine has donated essential tools and equipment to 10 Mastercraft persons—including beauticians and hairdressers—who will train 19 youth apprentices from the Sanso community in the Obuasi Municipality. This initiative is part of the company’s broader commitment to youth empowerment, aligned with its 10-year Socio-Economic Development Plan (SEDP). The project, dubbed the Sanso Apprenticeship to Entrepreneurship (A2E) Project, aims to equip the unemployed youth of Sanso with both the practical skills and the entrepreneurial knowledge needed to secure sustainable livelihoods. Over a period of 8 to 12 months, apprentices will receive hands-on training from Mastercraft persons, who themselves will undergo technical and entrepreneurship training to further enhance their teaching capabilities. The beneficiaries of the project will not only acquire vocational skills but also gain valuable entrepreneurship training, ultimately preparing them for the NVTI certification exam. This dual approach is designed to give the youth both the technical expertise and business acumen to thrive in their chosen trades. Daniel Arthur-Bentum, the Economic Development Superintendent of AngloGold Ashanti’s Obuasi Mine, explained that the project was born out of a series of consultations with the people of Sanso. AGA’s engagement revealed a strong desire among the youth to pursue vocational training, but many lacked the financial means to enroll in such programs. Through the A2E initiative, the company seeks to bridge that gap and ensure that young people in the community have the tools, knowledge, and resources to build successful careers. Arthur-Bentum further emphasized that the project is designed with a well-thought-out exit strategy, ensuring that once the apprentices complete their training, AGA will provide them with startup kits to help them launch their businesses. This commitment aims to ensure that the initiative leaves a lasting impact on the community by fostering long-term economic self-sufficiency. Justice Ofori Amanfo, the Assembly Member for the Sanso electoral area, commended AGA for its proactive efforts in tackling youth unemployment in the area. He noted that by providing the youth with valuable employable skills, the company is playing a crucial role in uplifting the community and promoting economic development. For Alice Twumasi, a local hairdresser, the A2E project represents a step in the right direction for tackling youth unemployment in the region. She urged the beneficiaries to fully capitalize on the opportunity, emphasizing that the project is a pathway to economic independence and long-term success. The Sanso Apprenticeship to Entrepreneurship (A2E) Project is one of several youth-focused initiatives under AGA’s 10-year Social and Economic Development Plan, which aims to build resilient and self-sustaining communities in Obuasi. By focusing on skills development and entrepreneurship, the program is poised to significantly improve the livelihoods of youth in Sanso, creating not only jobs but also opportunities for lasting economic growth in the region.Zoominfo CTO Ali Dasdan sells $53,911 in company stock
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Dublin, Dec. 17, 2024 (GLOBE NEWSWIRE) -- The "Beer Glassware Market - Global Industry Size, Share, Trends, Opportunity and Forecast, 2019-2029F" report has been added to ResearchAndMarkets.com's offering. The Beer Glassware Market was valued at USD 377.92 Million in 2023, and is expected to reach USD 597.07 Million by 2029, rising at a CAGR of 7.98%. The global beer glassware market is experiencing significant growth driven by evolving consumer preferences, the rising popularity of craft beer, and a growing focus on premium drinking experiences. As beer enthusiasts increasingly seek unique and specialized drinking vessels that enhance the flavors and aromas of their beverages, the demand for various types of glassware, such as pilsner glasses, tulip glasses, and steins, has risen. These specialized glasses are designed to optimize the drinking experience, contributing to the market's expansion. Key Market Trends Innovations in Design and Materials Innovation in design and materials is another key trend in the global beer glassware market. Manufacturers are constantly exploring new ways to enhance the aesthetics, functionality, and durability of their products. This includes the introduction of new glass shapes, textures, and designs that are both functional and visually appealing. One area of innovation is the use of advanced materials and technology to create glassware that enhances the beer experience. For example, some manufacturers have developed glasses with built-in insulation or double-walled designs that help maintain the beer's temperature for longer periods, preventing it from getting warm too quickly. Other innovations include glasses with specially designed bottoms or interiors that improve carbonation retention or glasses made with unique textures that enhance the tactile experience. Moreover, brands are experimenting with new manufacturing techniques to create lighter, stronger, and more durable beer glasses. The use of innovative materials, such as tempered glass, helps improve the resistance of glassware to chipping or breakage, making it more practical for both home and commercial use. Customization is also becoming a major trend, with many consumers seeking personalized or limited-edition beer glasses that feature custom engravings or unique designs. This demand for customization has prompted manufacturers to offer more personalized options for consumers looking to add a special touch to their beer glassware collection. Growing Demand for Specialized Glassware One of the most prominent trends in the global beer glassware market is the rising demand for specialized and style-specific glassware. As beer enthusiasts become more knowledgeable about different beer types and the importance of serving beer in the right glass, there is a growing interest in glassware designed to enhance the flavor and aroma of specific beer styles. For instance, glasses such as tulip glasses for IPAs, snifters for stouts, and pilsner glasses for lagers are gaining popularity due to their ability to highlight the unique characteristics of each beer. This trend is largely driven by the craft beer boom, which has expanded consumers' knowledge and appreciation of different beer styles. As the craft beer movement continues to grow, consumers are increasingly seeking products that enhance their beer-drinking experience. Specialized glassware allows drinkers to experience the full range of aromas, carbonation, and flavor profiles that different beers offer. Craft breweries are also capitalizing on this trend by offering custom-branded glassware as a way to promote their brand and create a more immersive drinking experience for customers. Focus on Sustainability Sustainability is another important trend shaping the global beer glassware market. As global consumers become more environmentally conscious, there is increasing demand for products that are eco-friendly and sustainable. In the beer glassware sector, this trend is reflected in the growing popularity of glassware made from recycled or eco-friendly materials. Many consumers are seeking products that reduce their carbon footprint, which has led to the rise of recycled glassware, biodegradable packaging, and alternatives to traditional glass materials, such as bamboo or other sustainable substances. The beer industry as a whole has also made strides toward more sustainable practices, with breweries adopting greener operations, including reducing waste, water, and energy usage. Glassware manufacturers are aligning with these sustainability goals by producing eco-friendly products that resonate with environmentally conscious consumers. Additionally, the durability and recyclability of glass itself make it an appealing material for those looking to minimize environmental impact. Regional Insights Europe was dominated region in the global beer glassware market, owing to its strong beer culture and high consumption rates. The region is home to some of the world's oldest and most renowned beer-producing countries, including Germany, Belgium, and the Czech Republic, where beer culture is deeply ingrained. European consumers are highly knowledgeable about different beer styles and the importance of using the right glassware, fueling demand for specialized, high-quality glasses. Additionally, Europe has a significant number of craft breweries, contributing to the growth of niche glassware markets. The presence of leading glassware manufacturers and the widespread availability of beer glassware in retail stores further reinforce Europe's position as the dominant market region. Key Market Players Fiskars Eagle Glass Deco Hamilton Housewares Guangdong Garbo Industrial Co. Cello World Libbey Glass Lifetime Brands Ngwenya Glass Ocean Glass Public Company Borosil Key Attributes: Report Scope: In this report, the Global Beer Glassware Market has been segmented into the following categories, in addition to the industry trends which have also been detailed below: Beer Glassware Market, By Product: Mugs Pints Pilsner Weizen Others Beer Glassware Market, By Application: Household Commercial Beer Glassware Market, By Distribution Channel: Offline Online For more information about this report visit https://www.researchandmarkets.com/r/gbb367 About ResearchAndMarkets.com ResearchAndMarkets.com is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends. Attachment Beer Glassware MarketROSEN, GLOBAL INVESTOR COUNSEL, Encourages ASP Isotopes Inc. Investors To Secure Counsel Before Important Deadline In Securities Class Action - ASPI
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Bed capacity management is of critical importance to health systems, impacting patient care and safety, operational efficiency, system sustainability and financial performance. Efforts to improve and streamline management often are isolated to regions within the center and may lead to suboptimal resource utilization, inconsistent patient care, and inefficiencies between care units for transfers and other care coordination. Assessment of end-to-end bed demand management globally from admission to discharge eliminates many of the unintended consequences of localized optimization efforts. Froedtert Health identified improving capacity management as an important and targetable goal that could be achieved through AI, machine learning and data analytics approaches. Understanding and dissecting patient flow and its sources allowed the team to create a suite of predictive tools designed specifically for the care coordination center. Froedtert Health was able to improve patient care, operationalize key performance indicators and streamline operations through more effective staff deployment and utilization and by pre-emptively responding to anticipated changes in patient bed demand. This led to optimized allocation of resources, improved patient flow, better coordination between departments and cost savings. Ravi Teja Karri is a machine learning engineer at Froedtert ThedaCare Health. He and two colleagues will be speaking on these achievements at HIMSS25 in a session titled "Improving Capacity Planning and Bed Demand Forecasting Using Machine Learning." We interviewed Karri to get a sneak peek at what he plans to discuss in March at HIMSS25 during his session. Q. What is the overarching theme of your session, and why is it especially relevant to healthcare and health IT today? A. The overarching theme of our session is focused on improving hospital capacity management and bed demand forecasting through the application of artificial intelligence and machine learning techniques. This topic is increasingly relevant in healthcare as hospitals face unpredictable changes in patient volume. Seasonal surges, unplanned admissions and fluctuating patient needs make it challenging to maintain an optimal allocation of resources. Leveraging AI and ML to predict bed demand and patient flow enables hospitals to optimize staffing, allocate beds and streamline operations, resulting in enhanced patient care and overall efficiency. Our session also will explore how healthcare organizations can leverage AI and ML to transform processes into anticipatory workflows rather than reactive ones. This proactive approach enables more accurate forecasting of patient volumes and better interdepartmental coordination, ultimately enhancing patient experience through more efficient resource allocation and timely care delivery. Integrating these predictive models into daily operations enables healthcare organizations to better anticipate demand fluctuations, minimize overcrowding risks and enhance interdepartmental coordination. Q. You are focusing on AI and ML, important technologies in healthcare today. How are they being used in healthcare in the context of your session's focus and content? A. Our session focuses on artificial intelligence and machine learning technologies , specifically their application in predictive analytics for bed demand forecasting and capacity management in hospitals. ML models are designed to analyze large datasets, including historical patient admissions, discharge trends, seasonal illness patterns and other factors, to forecast future hospital capacity needs. We will explore how these models can predict patient flow and bed demand, enabling healthcare organizations to make more informed decisions about resource allocation, staffing and patient care management. These predictive models use algorithms to identify patterns and trends in patient admissions, length of stay and discharge rates, enabling hospitals to forecast fluctuations in demand with a high degree of accuracy. ML integrates data from multiple sources, including emergency departments, surgical units and outpatient care, to provide a comprehensive view of organizational capacity. This analysis helps hospital leadership and care coordinators to anticipate surges in bed demand – like those experienced during flu seasons or following natural disasters – and plan effectively to ensure that resources are available when needed most. By implementing these technologies, healthcare institutions can transition from a reactive approach to a more proactive and anticipatory model of patient flow management. In our session, we will examine how machine learning can be effectively applied in healthcare to predict bed demand and enhance capacity management. By analyzing historical data such as patient admission rates, discharge patterns and seasonal trends, ML models can forecast hospital capacity needs. These predictions enable healthcare organizations to optimize resource allocation, plan staffing requirements and deliver improved patient care, enabling a proactive rather than reactive approach to operations. We also will discuss how these ML models can be integrated into healthcare workflows, transforming predictions into action for hospital staff. Rather than remaining in experimental environments or isolated tools, the predictions are processed, stored and made available for decision making through business intelligence platforms. These BI tools enable healthcare staff to access insights for effective planning, such as allocating beds, managing staffing and coordinating patient discharges, ultimately improving operational efficiency and patient outcomes. Q. What is one of the various takeaways you hope attendees will leave your session with and be able to apply when they return home to their organizations? A. A key takeaway we hope attendees will gain from our session is the knowledge to implement machine learning-based predictive analytics tools to enhance their own hospital's capacity management. Attendees will discover how predictive models can accurately forecast bed demand and identify potential bottlenecks in patient flow before they occur. These insights will empower leaders to make data-driven decisions, allocate resources more efficiently, and avoid overburdening units or staff during peak periods. By using this toolkit, healthcare providers can minimize last-minute staffing adjustments, optimize bed utilization, and ensure patient care remains uninterrupted during periods of high demand. Predicting patient flow across the entire hospital, rather than in isolated units, allows for optimized resource allocation across departments and minimization in delays caused by mismatches between patient demand and available resources. This will foster better communication between clinical teams and operational leaders, resulting in smoother transitions between patient care stages and improved overall patient experience. Ravi Teja Karri's session, "Improving Capacity Planning and Bed Demand Forecasting Using Machine Learning," is scheduled for Tuesday, March 4, at 10:15 a.m. at HIMSS25 in Las Vegas . Follow Bill's HIT coverage on LinkedIn: Bill Siwicki Email him: bsiwicki@himss.org Healthcare IT News is a HIMSS Media publicationNone
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InspeCity said that the two startups will jointly study the experimental approach of using laser-equipped satellites to remove debris from orbit The homegrown startup and Japan’s Orbital Lasers will also collaborate on business opportunities in areas such as satellite life extension and in-orbit assembly and manufacturing Founded in 2022, InspeCity’s flagship platform VEDA integrates technologies such as propulsion, robotics and RPOD to extend satellite lifespans and reduce space debris Spacetech startup InspeCity has signed a memorandum of understanding (MoU) with Japanese startup Orbital Lasers to explore laser-based solutions for removing space debris. In a statement, InspeCity said that the two startups will jointly study the experimental approach of using laser-equipped satellites to remove debris from orbit. They will also collaborate on business opportunities in areas such as satellite life extension and in-orbit assembly and manufacturing (ISAM). The partnership will also encompass aspects such as joint market exploration, technical studies, information exchange and regulatory compliance to ensure the successful integration of their technologies. In addition, the two sides will also undertake a “regulatory study” on ISAM legal frameworks in India, Japan, and other targeted markets. Orbital Lasers is building a system that will utilise high-power lasers to stabilise cooperative and non-cooperative objects without physical contact. By vaporising targeted areas on the object’s surface, the laser can reduce rotational motion, simplifying debris removal or servicing. These laser systems can be mounted on InspeCity’s robotic satellites if the startups clear regulatory requirements in India and Japan. This is where the synergies between them come in. “Our collaboration with Orbital Lasers represents a significant step toward achieving more sustainable and efficient space operations. The integration of cutting-edge laser technologies with our ISAM systems has the potential to redefine in-orbit life extension,” said InspeCity cofounder and CEO Arindrajit Chowdhury. Commenting on the collaboration, Tadanori Fukushima, representative director and CEO of Orbital Lasers, added, “... This collaboration represents a significant milestone, uniting Japan and India in a private space alliance to advance space technology. By combining InspeCity’s expertise with OLC’s advanced laser systems, we aim to revolutionise orbital operations and deliver cutting-edge solutions from Asia to the world”. Founded in 2022 by IIT Bombay professor Chowdhury and his student Tausif Shaikh, InspeCity’s flagship platform VEDA (Vehicle for Life Extension and Deorbiting Activities) integrates technologies such as propulsion, robotics as well as rendezvous, proximity operations, and docking (RPOD) to extend satellite lifespans and reduce space debris. The spacetech startup raised $1.5 Mn in its pre-seed funding round co-led by Antler India and Veda VC last year. The partnership comes at a time when the Indian startup ecosystem has seen the rise of a number of spacetech startups that have raised millions of dollars in funding and created cutting-edge innovations. Agnikul, Skyroot, Digantara, Pixxel, SatSure, among others, are notable spacetech startups in the country. As per Inc42, the homegrown commercial spacetech market is projected to reach a market size of $77 Bn by 2030 .