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  • The global pharmaceutical industry was valued at USD 1,230 bn in 2020 and is projected to be valued at USD ~1,700 bn by 2025 • The United States remains the dominant players and accounts around 41% of the market share. It is projected to be USD ~700 billion market by 2025, followed by Europe and APAC • Indian pharmaceutical sector supplies over 50% of global demand for various vaccines, 40% of generic demand in the US and 25% of all medicine in the UK "Download the executive summary report, to gain deeper insights on the industry value chain, global and regional market share, major developments, market dynamics including technology and innovation highlights, strategic focus of market players, India Advantage and many more high level industry insights".    Download FREE PDF :-  https://www.pukkapartners.com/publication-sector/pharmaceutical-industry-executive-summary-report   Email / Call Us at : engage@pukkapartners.com APAC:  +91 70226 21355 United States:  +1 858 939 92

  “Synthetic biology advances have the potential to create new goods, materials, and services that will help the United Nations achieve its Sustainable Development Goals by 2030. To ensure that these benefits are available to everyone, support for synthetic biology programmes in underdeveloped nations is required.” Sustainability is fashionable, with companies and towns competing to improve their public image by producing goods and services from renewable resources. Despite this, cities continue to grow tremendously, and carbon emissions continue to rise. Global CO2 emissions are increasing practically every year (about 36 billion tonnes in 2014), with solid and liquid fuels accounting for the majority of them. For decades, scientists and economists have advocated scientific and economic strategies to reduce these emissions, with some success. However, 21st-century issues demand 21st-century solutions, and corporations — the primary source of carbon emissions — are rarely prepared to s

  “The chemical sector is undergoing significant transformations, from revolutionary process technologies to sustainable plastics. Now, digital transformation in the chemical industry is bringing enormous, hitherto untapped potential for not only increasing efficiencies but also assisting companies in developing new products and processes.” The energy and chemical industries are known for its conservatism. Its processes may be more complicated and riskier, but its outmoded technology needs to be updated if businesses are to progress into the digital age. It takes a similar path that the music industry did in the 1980s and continues to this day. Both industries digitised 30 years ago and are currently doing so. What Does It Mean for the Chemical Industry? Chemical firms may increase their profitability by embracing digital technology, which enhances agility, productivity, and creativity. Companies might, for example, significantly accelerate innovation to obtain a competitive advantage

  “It is undeniable that electric vehicles (EVs) help to protect the environment. However, the present problem is deciding whether to reuse or recycle an EV battery after its initial use. This work addresses these topics, namely, recycling and reuse, on a theoretical level. It was discovered that there are various commercially available recycling procedures, as well as ones that are still being researched, in order to recover the highest number of materials and quantities possible. The concept of battery reuse (second life) is promising since, after their initial life, batteries from electric vehicles can be used in a variety of purposes, such as storing renewable energy to maintain the federal grid.” However, the cost and life-cycle analysis (LCA) revealed that battery reuse applications entail various factors. As a result, a single LCA generalised method will no longer be able to deliver an optimal solution in all circumstances. It is critical to conduct a thorough investigation of e

  “Semiconductors are the foundation of all electronic devices we use on a regular basis. We have a clock and a microwave to help us get our work done. The day begins with a call to the mobile phone and a laptop, that make our workday possible—much of what we do rely on is fuelled by a semiconductor. Apart from the presence of semiconductors in our lives, new skills and strategies are expected of leaders to help them expand their businesses in ingenious approaches.” Increasing emphasis on managing connected devices and rising efficiency of operations is expected to augment the market growth. Key players prevailing in the IoT industry are focusing on several initiatives, like the formation of OMA (Open Mobile Alliance), for standardizing frameworks. This has enhanced the growth of the segment. The need for real-time analytics, security of machines, and connected assets has resulted in the adoption of IoT device management. It aids in control and configuration, authentication, maintenanc

  “AI and ML (Artificial Intelligence, Machine Learning) are creating havoc in several fields and industries, including education. The global AI in the education market will reach $5.80 billion by 2025 at a CAGR of ~45%.” EdTech has emerged as one of the most important sectors right now, thanks to rapid digitization and the use of technology. The phenomenal growth of this industry has attracted vast amounts of investment and funding from all over the world. Although many people continue to question the use of technology from a young age and the effects it can have on children, the sector continues to expand at a steady rate. Artificial intelligence and machine learning have proven to be extremely useful in this area. Artificial intelligence (AI) and machine learning (ML) are increasingly changing the face of education and altering educational technologies and institutions. The future of education is changing, and in a few years, things will look entirely different. Ed-tech is increasin

 Robotic Automation has made its way into many different fields of manufacturing. Robots perform tasks including welding, assembling, packaging, handling raw materials, and package packing. Robotic automation is being used by an increasing number of manufacturers for a wider range of applications. Late adopters, who stand to benefit greatly from automation, are seeking answers to the following questions: Are robots too costly for our company? Is our company too small to profit from robotics? Is it difficult to programme and control robots? Would humans lose their jobs as a result of robotics? The short answer is no. Major Highlights of the Market  The robotics industry's main trend, especially for machines used in manufacturing and inspection, is that demand is increasing. In 2019, the demand grew significantly, with orders for new robots pouring in throughout the year, resulting in $1.3 billion in orders in only the third quarter. As the underlying technology advances, the market