Emerging technologies – Innovation Engineering http://www.innovation-engineering.co.uk/ Tue, 17 May 2022 06:20:18 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.3 https://www.innovation-engineering.co.uk/wp-content/uploads/2021/04/cropped-icon-32x32.png Emerging technologies – Innovation Engineering http://www.innovation-engineering.co.uk/ 32 32 How private networks can transform airports https://www.innovation-engineering.co.uk/how-private-networks-can-transform-airports/ Tue, 17 May 2022 06:04:29 +0000 https://www.innovation-engineering.co.uk/how-private-networks-can-transform-airports/

In many ways, a large airport is like a small city: a complex community of tens of thousands of people supported by a wide range of applications that depend on telecommunications networks to function properly. The main stakeholders of the airport ecosystem have different but closely related expectations:

  • Airport authorities want to ensure the proper functioning and orchestration of all airport stakeholders – landside, terminal and airside.
  • Airlines companies wish to continuously optimize their operations, ensure safety and security and improve passenger satisfaction.
  • Passengers want to avoid the inconvenience of queues and lost luggage, and have quick and easy access to a full range of digital services tailored to their personal needs.
  • Tenants and other service providers want to bring new and innovative services to passengers, visitors and everyone who works at the airport.

Many of the technology solutions needed to meet these stakeholder expectations already exist. For example, there are IoT applications that can continuously track baggage, but they require the support of an uninterruptedly available wireless network. More widespread use of biometric and digital ID solutions are available to improve the passenger experience, but they also place very high demands on the network, especially in terms of flexibility, latency and security. In the longer term, the ability to expand the use of autonomous vehicles and robots at airports will also depend heavily on the availability of reliable, low-latency connectivity.

The most efficient way for an airport to meet the specific needs of passengers, airlines, operations, tenants and others is to use a private network to complement current communication platforms.

Provide state-of-the-art connectivity with private networks

A private network is isolated from the public network and custom built to meet the communication needs of a particular business – in this case an airport – using the same standards-based technology as public wireless networks (4G/5G radio and dual-mode core technology). ).

Private networks are the ideal way to enable digitization and automation in airports, as they provide a highly secure and robust communications backbone designed to support the rapid adoption of new and emerging technologies. Private networks are especially useful for airport use cases that require mobility, reliability, deterministic performance, ultra-reliable low latency communications (URLLC), high security, isolation, and QoS for indoor and outdoor coverage. The highest priority use cases for most airports tend to be:

  • Airport operational communication systems
  • Asset and Commodity Tracking
  • Safety and security
  • Baggage Tracking
  • Biometric check-in and boarding.

With a private network in place, an airport has the ability to segregate operational and passenger use and traffic between networks, which is essential for safety, security and privacy reasons. Moving most operational traffic to the private network also frees up more bandwidth for public Wi-Fi.

Beyond providing unparalleled connectivity, the primary benefit of private networks in the airport ecosystem is that they provide airport operators with complete visibility and control over their wireless infrastructure – from planning and deployment to operations and upgrades. As a result, private networks allow airport operators to manage their own assets more efficiently.

Take the chance

The ongoing digital transformation of business and society will fundamentally change the way airports operate and serve their stakeholders. To meet rising expectations, airport operators must decide how and when to modernize their communications infrastructure. New emerging digital services and automation solutions that airlines, passengers and tenants want and need require connectivity that is secure, fast, available everywhere and always on. Private 4G/5G networks are the obvious solution.

Read more

News: Ericsson-powered 5G unleashes Spot robot for airport inspection

News: Ericsson will deploy a private mobile network at Aéroports de Paris for Groupe ADP, Hub One and Air France

Case: XL Axiata, Indonesia: take off at Jakarta airport

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Saudi Oil Giant Aramco Announces 82% Increase in Quarterly Profits to $39.5 Billion | Business https://www.innovation-engineering.co.uk/saudi-oil-giant-aramco-announces-82-increase-in-quarterly-profits-to-39-5-billion-business/ Sun, 15 May 2022 13:13:00 +0000 https://www.innovation-engineering.co.uk/saudi-oil-giant-aramco-announces-82-increase-in-quarterly-profits-to-39-5-billion-business/

Saudi Aramco, the world’s biggest oil company, reported an 82% rise in quarterly profits to a new record high of $39.5bn (£32.2bn), boosted by an increase in demand and higher crude prices.

The company, which last week overtook technology group Apple to become the world’s most valuable company, said it would pay an $18.8bn (£15.3bn) dividend and distribute $4bn (£3.2bn) of free shares to its investors after the best. than expected performance.

Energy companies such as BP and Shell posted their highest profits in at least a decade due to rising commodity prices fueled by the unwinding of Covid-19 restrictions around the world and sanctions on Russia after his invasion of Ukraine.

Energy prices were also driven by strong demand for gas in Asia and a cold winter in 2020 that depleted supplies, leaving inventories low as temperatures plummeted in the northern hemisphere last year.

Profits rose despite many groups being hit by the exit of investment in Russia, with Brent prices soaring nearly 70% to $107.91 (£87.99) a barrel in March compared to the previous year.

Earlier this month BP said its profits had more than doubled to $6.2bn (£5bn) in the first three months of the year. Shell reported record quarterly profit of $9.1bn (£7.3bn) for the first three months of the year.

OPEC+, the producer group that includes Saudi Arabia, the United Arab Emirates and Russia, agreed this month to a modest increase in its monthly oil production target, but said it would not It was not possible for other producers to replace Russian exports of more than 7 million barrels. one day.

Aramco has a particularly low cost of production because much of its oil is in fields that are easy to exploit onshore or in shallow water. This increases the profitability of the company, which is still 95% owned by the Saudi government.

Amin H Nasser, chairman and chief executive of Aramco, said the company was helping to meet global demand for reliable and affordable energy amid “increased volatility”.

“Energy security is vital and we are investing for the long term, expanding our oil and gas production capacity to meet projected demand growth,” he said.

“As we work with national and international partners to explore new and emerging technologies and solutions, from developing cleaner transportation technologies to establishing low-emission hydrogen and ammonia value chains I am more optimistic than ever about the positive contribution we can make, both to our customers and to the ongoing global energy transition.

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Reinventing the Modern Lifestyle with the Technology Wheel – Kunal Kothari https://www.innovation-engineering.co.uk/reinventing-the-modern-lifestyle-with-the-technology-wheel-kunal-kothari/ Wed, 11 May 2022 13:39:05 +0000 https://www.innovation-engineering.co.uk/reinventing-the-modern-lifestyle-with-the-technology-wheel-kunal-kothari/

The realms of the physical and digital worlds continue to blend as innovation accelerates at a phenomenal rate. It changes the way we live and work, as well as established industries. Individuals, businesses and governments interact differently due to emerging technologies, larger volumes of data and new and efficient ways to gather information. Every day, we take technology for granted, whether it’s sending us the latest news in a flash, brewing our coffee, or connecting with a loved one halfway across the country (or even the world). ).

People’s perception of companies, as well as their expectations of services, have changed dramatically. Travel, work, shopping, entertainment and communications are just a few of the areas that have seen significant transformation over the past few decades. It is difficult to identify all aspects of technological disruption, however, the most affected avenues today are:

User experience: Every user expects a remarkable, simplistic and amazing experience from every digital solution today. Indians, especially the youth, are increasingly seeking to move towards hassle-free and convenient lifestyles with the help of on-demand services. The world is changing so fast that it’s hard to predict what it will look like in 10 years. However, we can look at current and upcoming technology to see where we are going and what these changes might mean for us in the near future:

Virtual reality: Virtual reality (VR) is already making waves in the business sector, and it’s likely to become more mainstream soon. Users are immersed in a digital environment that they can control and interact with as if it were the real world. It offers a whole new way to watch media, produce content, and engage in activities ranging from space exploration to everyday life. Education, transportation, manufacturing, combat training, e-commerce, and a variety of other industries could all benefit from virtual reality. Consumers are more likely to acquire items or services after using or viewing them through virtual reality due to the immersive experience.

Augmented reality: Industries are already using augmented reality (AR) to improve the customer’s perception of the real environment. Pokemon Go is the clearest illustration of this as it allows users to view imaginary creatures on their phone and then go out and hunt them down in the real world. The ability to insert virtual objects into a real environment is another interesting aspect of augmented reality technology. Ikea Place is an example of this, as it lets you try out furniture in your home before you buy it.

Artificial intelligence: It is undeniable that AI has enormous potential to improve our daily lives, as it has done from the first computer chess program to self-driving automobiles and intelligent personal assistants. AI is used in a variety of fields, including healthcare, where it drives genetic testing and computer vision; finance, where it facilitates risk assessment and fraud detection; and even education.

Metaverse: Everything in the real world appears in avatars in a virtual world in the most basic version of the metaverse. People can use virtual reality headsets, reality glasses, and smart device apps to coexist, play, and work in the metaverse, which is an endless, socially connected universe. Not only will the Metaverse feature these definitions, but it will also cover other facets of online life such as commerce and social media. Using this method of communication will be much more authentic and faster than using the internet today.

Content consumption: Media consumption is one of the most technologically influenced aspects of life. The rapid shift to mobile devices and bite-sized hardware has left a big mark on everything from live sports to our favorite TV and radio shows to the articles we want to read. As the entertainment preferences of Gen Z and Millennials grow in popularity around the world, social and gaming activities are vying for consumer attention alongside video. The rise in popularity of video hardware is neither a coincidence nor an accident. Businesses rely on video marketing to improve conversions because people love watching videos. Over time, 40% to 120% increase in search interest for video streaming platforms. Brands are now turning to transmedia storytelling platforms via native in-app videos and ads for increased user engagement.

Interconnectivity: When talking about a socially connected society, smartphones are at the center of the ecosystem. As a communication device, smartphone technology has become a fascinating modern phenomenon. According to a Deloitte study, India will have 1 billion smartphone users by 2026, with rural areas driving the sale of internet-enabled phones. Moreover, the smartphone market is expected to reach 1 billion smartphone users by 2026. Even if its users are unaware of it, technical breakthroughs and cutting-edge trends are incorporated into various products and their lives. Taking better pictures or using the services of a digital assistant has become so commonplace that many people are unaware of the technology involved. The mobile phone has gone beyond its original purpose as a phone (to talk to people) and has evolved into our pocket link to the internet world.

User tastes, value proposition and distribution strategies are all influenced by technology in general and the digital environment in particular. The fate of mankind is determined by technological innovation. Technology has evolved from simple primitive tools to today’s smartphones, dictating the path of economic progress and shaping societal norms and habits. While technological innovation is constant in our society and economy, there will periodically be innovations that will fundamentally disrupt the existing economic order and determine the future. Businesses must adapt to changing technology paradigms not only to stay afloat, but also to meet the cutting edge of innovation

Warning: The views expressed in the article above are those of the authors and do not necessarily represent or reflect the views of this publishing house. Unless otherwise indicated, the author writes in a personal capacity. They are not intended and should not be taken to represent the official ideas, attitudes or policies of any agency or institution.


]]> Quantum Leap: Biden Administration Commits to US Leadership in Emerging Tech https://www.innovation-engineering.co.uk/quantum-leap-biden-administration-commits-to-us-leadership-in-emerging-tech/ Mon, 09 May 2022 13:58:00 +0000 https://www.innovation-engineering.co.uk/quantum-leap-biden-administration-commits-to-us-leadership-in-emerging-tech/

Government presents plan for post-quantum encryption

The Biden administration is politically committed to promoting American leadership in emerging quantum computing technology.

The National Security Quantum Computing Memo, released last week, directs US federal agencies to prepare for the advent of quantum computing and the related technology of quantum-resistant cryptography.

Political commitment matters because it places the brunt of US federal government spending on an emerging technology that represents a paradigm shift in how computers work.

Keep up to date with the latest crypto-related news and analysis

Quantum computers rely on the properties of quantum states – such as superposition or entanglement – rather than the simple binary (0 or 1) states of today’s PCs and servers.

When combined with quantum algorithms, the technology can be expected to quickly solve some mathematical problems, such as integer factorization.

This poses a threat to current encryption schemes, whose data could be vulnerable to “capture now, decrypt later” attacks enabled by quantum computers of the future.

Post-quantum encryption

Fortunately, cryptographers and computer scientists are aware of the threat and are already working with the US National Institute for Standards and Technology (NIST) to select a preferred algorithm for post-quantum encryption.

Prior to formal ratification, several viable schemes have already been proposed. The developers of the secure networking utility OpenSSH are “proofing” the technology by adopting the NTRU Prime algorithm, a scheme designed to protect against brute force attacks mounted by more capable quantum computers of the future.

The Biden administration’s national security memo directs NIST to establish a “Post-Quantum Crypto Migration Project” at the National Cybersecurity Center of Excellence, as well as an open task force within industry to generate further research and promote the adoption of quantum cryptography. resilient cryptographic standards and technologies.

RECOMMENDED UK government calls for tougher protections against malicious mobile apps

The policy also defines requirements for federal agencies to update cryptographic systems. Specifically, by the end of next year, US federal agencies should have a security hardening policy against quantum computers that can easily crack encryption keys.

Industry experts hailed the US government’s commitment to quantum computing as timely.

Mike DeVries Vermeer, a scientist who writes on technology policy for the nonprofit RAND Corporation, said The daily sip: “[The] The timeline for quantum computing varies, but data in transit is now vulnerable if it is to remain secret for an extended period of time.

Vermeer concluded, “Transitions like this take decades.

YOU MIGHT ALSO LIKE OpenSSH 9.0 bakes in post-quantum cryptography to be future-proof against attacks

]]> Building resilience in the face of uncertainty https://www.innovation-engineering.co.uk/building-resilience-in-the-face-of-uncertainty/ Sat, 07 May 2022 12:15:47 +0000 https://www.innovation-engineering.co.uk/building-resilience-in-the-face-of-uncertainty/

With an extensive experience of over 25 years in the world of finance and accounting, Naresh Bhansali, CEO – Finance, Strategy & Business Development and Chief Financial Officer at Emami Group, shared his insights on all that has changed in the world of the consumer goods industry, and the trends to watch in the future to come.

Speaking exclusively to BW Businessworld, Bhansali discussed at length a wide range of topics, including the challenges faced as a CFO in times of uncertainty, thriving in the post-pandemic era, the need to make better use of emerging technologies, working for a sustainable future, and setting future goals.

Sailing in turbulent times:

The overall business environment in all areas over the past couple of years has been in choppy waters, and the role of a CFO in an organization has now become more important than ever. Bhansali said, “The world has become increasingly dynamic and the business environment, both internally and externally, has undergone rapid change. Just past the trauma of the pandemic, we now find ourselves caught between the ever-changing geo-political situation impacting economies across borders in unprecedented ways.”

Apart from the external factors mentioned above, there are also internal factors that complicate the life of CFOs. Bhansali pointed out, “There are factors such as rising costs, high inflation, slow growth rate, combined with changing consumer behaviors, business models and increasing customer demand for quality products. environmentally friendly quality at a lower cost.

In the consumer products industry, having an omnichannel presence is no longer a luxury but a need of the hour. As the rules of the game have changed, consumers are now in control and want products to be available to them at the right time.

Bhansali commented, “Previously, we used to supply the products to consumers at the grocery store or pharmacy. Now we have to be present on all channels. There is channel disruption as we make our products available to every touchpoint. , including e-commerce platforms and company-specific websites. As a result, business becomes more complex and challenges evolve.”

The digital era, which forces businesses to disrupt channels, has also created several opportunities.

Bhansali explained, “It is now relatively easier to reach consumers through e-commerce platforms, and the use of technology has helped predict consumer behavior. Management structures have also become more collaborative to support emerging opportunities. »

Thriving in the post-pandemic world:

Like any other CFO, Bhansali has faced a plethora of challenges during the pandemic.

Bhansali recalled: “When we first witnessed the onslaught of the pandemic, we were all worried about how the future would take shape. The priority suddenly shifted from growth to livelihoods and flows. It was only after we stabilized that the priority shifted back to growth and profitability. The pandemic has taught us the need to constantly reinvent, learn and adapt.”

In the post-pandemic period, the functioning of an organization has also undergone dramatic changes. Bhansali emphasized, “Virtual meetings alongside the WFH are now the preferred choice. We encourage our colleagues to adopt this practice, as the WFH is more efficient than going to the office and marking a physical presence. office for five days doesn’t matter as long as you get the job done.”

Moreover, in the digital space, companies have intensified the presence of their products. Bhansali remarked, “We are increasingly tapping into the e-commerce space. During the pandemic, we launched our platform, Zanducare, and received encouraging responses from customers.

Need to better use technology for business growth:

Adapting to new practices is much more important in today’s business environment, and successfully harnessing technologies to meet customer demands is a must.

Bhansali emphasized, “It is of the utmost importance to keep abreast of what is happening in the market and know how to meet consumer needs through the use of technology and deliver results to match. their expectations. The mantra of winning companies is a faster response to consumer needs.”

In today’s digital age, technology is an integral part of the business world.

Bhansali explained, “From R&D to providing consumer services, everything we do is interdependent on technology. in the future, the use of big data, analytics and bots will play an important role in the future.”

Paving the way to a sustainable future:

Sustainability can be defined as focusing on changing the business model to generate profitable growth while minimizing the impact on the environment, and it is something that is embedded in Indian philosophy. Emami is dedicated to providing Ayurvedic products using modern laboratory practices.

Bhansali emphasized, “We believe in providing products that are good for health, environment and society. Our products, packaging and processes are implemented with the environment in mind. The use of plastics over the years has decreased significantly, and we also use renewable resources such as solar energy and wind energy during manufacturing. »

“70% of the water we use is recycled, and at the same time our water consumption has decreased by 25% over the last year. We are also optimizing the use of plastic and paper and we are going to become plastic waste neutral very soon. All these measures are going to have a positive impact on the environment,” he added.

Consumers are also increasingly concerned about the environment, and this trend is accelerating. Therefore, it is in the company’s interest to stay aligned with sustainable growth.

Exploit emerging opportunities:

Emami has identified investments in the B2C space alongside acquisitions for growth. Bhansali said, “We recently acquired Dermicool, a leading brand in the pungent heat powder and cold talc segments, and also invested in men’s grooming start-up Man Company. These steps will add a lot of value to our existing business.”

Emami also exploits emerging opportunities and invests in startups and emerging companies. Bhansali remarked, “These businesses have grown significantly from the level we have invested in, and we have also given them complete freedom to operate. The idea is to nurture, grow and acquire them when ‘they’re mature and it’s mutually convenient for both parties.”

Emami is developing aggressive plans to invest in new ideas, innovations and growing B2C businesses.

Set priorities directly:

Bhansali suggested that from now on, tackling current challenges remains the priority. He commented: “Our main priorities remain to generate positive and sustainable growth – growth in the face of volatility and an unpredictable business environment, and cost management, which is certainly not easy in inflationary conditions. current.

Bhansali is a firm believer that the mantra of success for any business is to feel the pulse of customers and use technology to delight them quickly.

“Of course, the business environment is certainly complex and it requires evolution to adapt to changes and chart the right course. Keeping abreast of emerging trends in consumer preferences and responding quickly to their needs through different channels is another major challenge.. There is also a need to quickly identify and adopt the latest technologies and make them useful for customers and businesses,” Bhansali added.


]]> Aquaculture Additives Market Outlook 2022: Global Industry Share, Growth, Drivers, Emerging Technologies and Forecast Research Report 2028 https://www.innovation-engineering.co.uk/aquaculture-additives-market-outlook-2022-global-industry-share-growth-drivers-emerging-technologies-and-forecast-research-report-2028/ Thu, 05 May 2022 13:52:31 +0000 https://www.innovation-engineering.co.uk/aquaculture-additives-market-outlook-2022-global-industry-share-growth-drivers-emerging-technologies-and-forecast-research-report-2028/

Summary

A new market study titled “Upcoming Trends, Growth Drivers and Challenges of Aquaculture Additives Market” has been featured on fusionmarketresearch.

This report provides an in-depth study of ‘Aquaculture Additives Market’using SWOT analysis i.e. strength, weakness, opportunity and threat to the organization. Aquaculture Additives Market The report also provides an in-depth survey of the major market players based on the various objectives of an organization such as profiling, product outline, production quantity, required raw material, and production. The financial health of the organization.

Request a free sample report @ https://www.fusionmarketresearch.com/sample_request/(COVID-Version)-Global-Aquaculture-Additives-Market-2022/92056

The report offers detailed coverage of Aquaculture Additives industry and key market trends with the impact of Coronavirus. The market study includes historical and forecast market data, demand, application details, price trends and company shares of the major Aquaculture Additives by geography. The report splits the market size, by volume and value, on the basis of application type and geography.

Firstly, this report covers the current status and future outlook of the global Aquaculture Additives market for 2016-2025.

And in this report, we analyze the global market from 5 geographies: Asia-Pacific[China, Southeast Asia, India, Japan, Korea, Western Asia]Europe[Germany, UK, France, Italy, Russia, Spain, Netherlands, Turkey, Switzerland]North America[United States, Canada, Mexico]Middle East and Africa[GCC, North Africa, South Africa]South America[Brazil, Argentina, Columbia, Chile, Peru].
At the same time, we classify aquaculture additives according to type, application by geography. More importantly, the report includes major countries market based on type and application.
Finally, the report provides a detailed analysis of the profile and data information of the leading Aquaculture Additives company.

Key Players in Aquaculture Additives including:
Alltech inc.
Biomar
Ridley
Go Aqua
Dibaq Aquaculture
Addcon Group GmbH
Biomine
The Aquaculture Additives Market split by Type can be split into:

Amino acids
Antibiotics
vitamins
Food acidifiers
Others

The Aquaculture Additives Market split by Application can be split into:
Fish
Shellfish
molluscs

Market segment by region/country comprising:
North America (United States, Canada and Mexico)
Europe (Germany, UK, France, Italy, Russia and Spain etc.)
Asia-Pacific (China, Japan, Korea, India, Australia and Southeast Asia, etc.)
South America (Brazil, Argentina and Colombia etc.)
Middle East and Africa (South Africa, UAE and Saudi Arabia etc.)

To ask questions @ https://www.fusionmarketresearch.com/enquiry.php/(COVID-Version)-Global-Aquaculture-Additives-Market-2022/92056

Contents

Part 1 Market Overview
Part 1 Market Overview
1.1 Market definition
1.2 Market development
1.2.1 Current situation
1.2.2 Aspects of the impact of COVID-19
1.3 By type
Table Type of additives for aquaculture
Figure Global Aquaculture Additives Market Share by Type in 2020
1.4 By Application
Aquaculture Additives Application Table
Figure Global Aquaculture Additives Market Share by Application in 2020
1.5 By region
Figure Global Aquaculture Additives Market Share by Region in 2020
Figure Asia Aquaculture Additives Market Share by Region in 2020

Part 2 Key Companies
2.1 Alltech Inc.
2.1.1 Company profile
Table Overview List of Alltech Inc
2.1.2 Presentation of products and services
2.1.3 List of sales data
Table Alltech Inc. Aquaculture Additives Business Operation (Revenue, Sales Volume, Price, Cost, Gross Margin)
2.2 Biomar
2.3 Ridley
2.4 Go Aqua
2.5 Dibaq Aquaculture
2.6 Addcon Group GmbH
2.7 Biomine

Part 3 Global Market Status and Future Forecast
3.1 Global Market by Region
Table Global Aquaculture Additives Market by Region, 2016-2020 (Million USD)
Figure Global Aquaculture Additives Market Share by Region in 2020 (Million USD)
Table Global Aquaculture Additives Market by Region, 2016-2020 (Volume)
Figure Global Aquaculture Additives Market Share by Region in 2020 (Volume)
Price table by region, 2016-2020
3.2 Global Market by Company
Table Global Aquaculture Additives Market by Company, 2016-2020 (Million USD)
Figure Global Aquaculture Additives Market Share by Company in 2020 (Million USD)
Table Global Aquaculture Additives Market by Company, 2016-2020 (Volume)
Figure Global Aquaculture Additives Market Share by Company in 2020 (Volume)
Tariff table by company, 2016-2020
3.3 Global Market by Type
Table Global Aquaculture Additives Market by Type, 2016-2020 (Million USD)
Figure Global Aquaculture Additives Market Share by Type in 2020 (Million USD)
Table Global Aquaculture Additives Market by Type, 2016-2020 (Volume)
Figure Global Aquaculture Additives Market Share by Type in 2020 (Volume)
Price table by type, 2016-2020
3.4 Global Market by Application
Table Global Aquaculture Additives Market by Application, 2016-2020 (Million USD)
Figure Global Aquaculture Additives Market Share by Application in 2020 (Million USD)
Table Global Aquaculture Additives Market by Application, 2016-2020 (Volume)
Figure Global Aquaculture Additives Market Share by Application in 2020 (Volume)
Pricing Table by Application, 2016-2020
3.5 Global Market by Forecast
Figure Global Aquaculture Additives Market Forecast, 2021E-2026F (Million USD)
Figure Global Aquaculture Additives Market Forecast, 2021E-2026F (Volume)

Carry on…

ABOUT US:

Fusion Market Research is one of the largest collections of market research reports from many publishers. We have a team of industry specialists providing unbiased reporting information to best meet our clients’ requirements. We offer a comprehensive collection of competitive market research reports from a number of global leaders across all industry segments.

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COMTEX_406741309/2800/2022-05-05T09:45:32

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Guidehouse Insights estimates the commercial building ventilation and indoor air quality market will reach nearly $14 billion by 2031 https://www.innovation-engineering.co.uk/guidehouse-insights-estimates-the-commercial-building-ventilation-and-indoor-air-quality-market-will-reach-nearly-14-billion-by-2031/ Tue, 03 May 2022 09:15:00 +0000 https://www.innovation-engineering.co.uk/guidehouse-insights-estimates-the-commercial-building-ventilation-and-indoor-air-quality-market-will-reach-nearly-14-billion-by-2031/

Market barriers include pricing, technical limitations, and the difficulty of implementing a holistic system design approach

BOULDER, Col. , May 3, 2022 /PRNewswire/ — A new report from Guidehouse Insights analyzes the global commercial building ventilation and indoor air quality (IAQ) market, providing a market outlook out to 2031.

(PRNewsfoto/Guidehouse Insights)

Disinfection technology has been in the spotlight since 2020 due to safety concerns stemming from the onset of the coronavirus pandemic. While pre-pandemic IAQ solutions focused on reducing indoor air contaminants caused by outdoor air pollution, over the past two years public concern about virus risk has led to emphasize disinfection as key to IAQ. According to a new report from Guidehouse Insights, global commercial energy efficient ventilation and IAQ revenues are expected to increase by $6.5 billion in 2022 at $13.6 billion in 2031 at a compound annual growth rate (CAGR) of 8.6%.

“Even though reducing air pollution is always at the core of IAQ management in certain regions or during specific time periods, IAQ solutions should be considered as part of a holistic approach to addressing these issues. , rather than focusing on stand-alone disinfection solutions,” says Young Hoon Kimsenior research analyst at Guidehouse Insights.

One of the barriers to the market is declining public interest in complementary solutions (e.g. disinfection solutions) as the risk of COVID-19 and its variants is expected to decline over time. Other obstacles include high prices, technical limitations and the difficulty of implementing a holistic system design approach, according to the report.

The report, Market data: commercial ventilation and air qualityhttps://guidehouseinsights.com/reports/market-data-Smart-Streetlighting, examines market trends and analyzes major IAQ ventilation and management markets. It also includes guidelines as well as technology and industry trends. The global market outlook extends to 2031, broken down by region and segment, including energy efficient ventilation equipment using energy harvesting technology and air purifiers and IAQ sensors. An executive summary of the report is available for free download from the Guidehouse Insights website.

About Guidehouse Insights

Guidehouse Insights, the dedicated market intelligence arm of Guidehouse, provides research, data and benchmarking services for today’s rapidly changing and highly regulated industries. Our knowledge is based on an in-depth analysis of global clean technology markets. The team’s research methodology combines supply-side industry analysis, primary end-user research, and demand assessment, coupled with an in-depth review of technology trends, to provide a comprehensive view emerging resilient infrastructure systems. Additional information about Guidehouse Insights is available at www.guidehouseinsights.com.

About Guidehouse
Guidehouse is a leading global provider of advisory services to the public sector and commercial markets, with extensive risk management, technology and advisory capabilities. By combining our public and private sector expertise, we help our clients address their most complex challenges and overcome significant regulatory pressures focused on transformational change, business resilience and technology-driven innovation. Through a range of consulting, advisory, outsourcing and digital services, we create scalable and innovative solutions that help our clients navigate complexity and position them for future growth and success. The company has more than 13,000 professionals in more than 50 locations worldwide. Guidehouse is a Veritas Capital portfolio company, led by seasoned professionals with proven and diverse expertise in traditional and emerging technologies, markets and agenda issues that drive national and global economies. For more information, visit www.guidehouse.com.

* The information contained in this press release regarding the report, Market data: commercial ventilation and air quality, is a summary and reflects current expectations of Guidehouse Insights based on market data and trend analysis. Forecasts and market expectations are inherently uncertain and actual results may differ materially from those contained in this press release or report. Please refer to the full report for a complete understanding of the assumptions underlying the report’s findings and the methodologies used to create the report. Neither Guidehouse Insights nor Guidehouse undertakes to update the information contained in this press release or the report.

For more information contact:
Jennifer Peacock
+1.404.575.3859
jpeacock@guidehouse.com

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SOURCE Guidehouse Insights

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Inflation overtakes the pandemic as the main economic threat to the region https://www.innovation-engineering.co.uk/inflation-overtakes-the-pandemic-as-the-main-economic-threat-to-the-region/ Sun, 01 May 2022 06:56:48 +0000 https://www.innovation-engineering.co.uk/inflation-overtakes-the-pandemic-as-the-main-economic-threat-to-the-region/

In central Arkansas, we’ve seemingly gone from the pandemic being the biggest threat to the region’s economy to inflation taking the top spot.

Last week, Metroplan, the lead planning agency for the region’s five counties, cited inflation as the region’s main impediment to growth. “Inflation will be the key wildcard for the year ahead,” the report notes.

Central Arkansas, of course, is not alone. Inflation continues to rise across the country – the country’s annual inflation rate accelerated in March to 8.5% from 7.9% in February and the highest since December 1981. The inflation was 2.6% in March 2021.

Although the region has largely recouped the jobs lost during the pandemic – down by only about 1,100 workers from the pre-pandemic period – labor shortages remain a major obstacle to economic growth. The region’s available workforce is down about 2% since the pandemic.

“Labour shortages are an emerging reality for employers in the post-pandemic economy,” the report notes, adding that “workers are harder to find and keep these days.”

The outcome? Metroplan encourages employers to develop long-term strategies to attract and retain workers – no specifics are offered – while integrating new technologies that can keep production running.

Earlier in April, the Federal Reserve Bank, in its Beige Book report, noted that industries have been successful in adapting new technologies, although other issues such as supply chain bottlenecks are blocking parts shipments slow down growth and production.

Overall, central Arkansas lags the nation in economic growth, according to the report, although the region has outpaced the nation in financial activities, education and health, and other services.

“The region’s financial sector has been the most reliable provider of job growth over the past decade and correlates with a promising niche in [financial technology]“, says the report, noting that regional economic development officials are working to capitalize on the sector with a focus on increasing cybersecurity jobs.

In other areas, the report says:

• Federal money sent to consumers during the pandemic boosted retail sales in the region by nearly 11% last year, although dips can be expected as payments dried up and l inflation is likely to undermine spending.

• Housing costs remain a key advantage for central Arkansas, where prices are about 75% of the national average.

• The region’s population is increasingly diverse as the black and non-Hispanic population has increased by 11% and now represents almost a quarter of the region’s population. The white population has declined by 3.7% over the past decade.

Metroplan says the region is emerging from the pandemic in relatively healthy economic condition and could continue to grow taking advantage of favorable housing costs. Danger lurks, however, with uncertainty surrounding inflation, continued labor shortages and the ongoing war in Ukraine.

SOLAR ICE

Imperial Ice joins the list of Arkansas companies that are converting to solar energy.

The Little Rock ice cream supplier now has a 320 kilowatt solar panel in England, a system that will produce enough energy to offset energy consumption and save $857,000 over the next 30 years.

Delta Solar of Little Rock built the system. “Electricity was our biggest cost, and we were looking for ways to reduce that expense,” said Imperial Ice owner Mark Enderlin. “Solar was the right solution, but we didn’t have the space on our property to accommodate a system. Delta Solar provided an offsite location that allowed us to build a grid and significantly reduce our electricity bill. “

Imperial Ice takes advantage of Arkansas’ net-distance metering policy, which provides flexibility in the location of a solar panel. A system can be built anywhere within the same customer’s utility territory.

“We are always eager to help entrepreneurs in Arkansas explore the benefits of solar technologies for their operations,” said Douglas Hutchings, CEO of Delta Solar.

SBA RECOGNITION

Seven Arkansas small businesses are being recognized this week in various categories as part of National Small Business Week, which runs through May 7, and recognizes small businesses for their economic contributions.

“Our seven honorees embody the tenacity, diversity and community engagement that sustains our economy and our small businesses as we grow and recover,” said Edward Haddock, chief operating officer of SBA in Arkansas.

Here’s the best of Arkansas:

Jaim Krutz, owner of Big Cuppa, a craft coffee and roastery in Morrilton, is Arkansas Small Business Entrepreneur of the Year. Arkansas Small Business and Technology Development Center Recognized for Innovation Excellence for Providing Economic Development Support and Programs.

All Electric Supply of Little Rock was named Small Family Business of the Year for its work with non-profit organizations and support of other community businesses.

Latrobe of Port Arthur, Texas, founded by Stuttgart native Latanyua Robinson, is recognized as the Minority-Owned Small Business of the Year. Latrobe plays a key role in supporting community and economic development efforts throughout eastern Arkansas.

The veteran-owned small business of the year is Century 21 Sandstone Real Estate Group, which was established in Conway in 2008 as the first black-owned full-service real estate franchise in Arkansas. Career Staffing Services Inc. of North Little Rock was named Woman-Owned Small Business of the Year.

Looking to the future, Aidan Eslinger, now 16, is Arkansas’ Young Entrepreneur of the Year. He started his business in Mayflower when he was 8 years old and it now comprises three separate entities that coach young writers, produce original content for clients and create activities and incentives to encourage young black boys to read and to engage in studies.

AMAZON RENEWABLE

Amazon’s Arkansas expansion includes a 100-megawatt solar farm in Union County, part of the company’s global commitment to renewable energy. Last week, the company announced 37 new wind and solar energy projects across the United States and now has 310 renewable energy projects in 19 countries.

These plans are in line with Amazon powering its global operations with 100% renewable energy by 2025, five years ahead of the company’s original 2030 goal.

Once operational, Amazon’s 310 projects are expected to produce 42,000 gigawatt hours of renewable energy each year, enough electricity to power 3.9 million American homes annually.

Ideas for columns or recommendations? Any thoughts or daydreams that need to be pursued? contact me at [email protected] or at (501) 378-3567.

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Creator of groundbreaking coronavirus tech to receive top McGuire Prize https://www.innovation-engineering.co.uk/creator-of-groundbreaking-coronavirus-tech-to-receive-top-mcguire-prize/ Fri, 29 Apr 2022 16:56:06 +0000 https://www.innovation-engineering.co.uk/creator-of-groundbreaking-coronavirus-tech-to-receive-top-mcguire-prize/

Dartmouth announced that the first McGuire Family Award for Societal Impact will be given to Jason McLellan, a structural biologist whose groundbreaking coronavirus research at Geisel School of Medicine laid the foundation for the COVID-19 vaccines that have saved countless lives.

McLellan, a former assistant professor at the Geisel School, is now the Robert A. Welch Professor of Chemistry at the University of Texas at Austin. He will receive the award at a ceremony on Friday May 13, during the Dartmouth Innovation and Technology Festival and the West End District Grand Opening.

Carolyn Carr McGuire TU’83 and Terry McGuire TH’82 created the $100,000 award as part of The Call to Lead campaign to honor members of the Dartmouth community who have significantly benefited humanity, society or the environment. Eligible impact areas encompass a range of achievements, including basic science, natural resource management, and societal leadership. The winner of the award is determined by a selection committee made up of Dartmouth faculty and staff.

“We received many outstanding nominations for this award,” says Eric Fossum, John H. Krehbiel Senior Professor for Emerging Technologies and chair of the selection committee. “However, considering how COVID-19 has affected us in one way or another, Dr. McLellan’s research defines the societal impact in depth and breadth. »

McLellan says he’s honored to receive the award from the McGuire family, especially since it comes from former colleagues at Dartmouth, “where I started my lab and had the opportunity to be an independent researcher.

“Improving people’s lives is exactly what I hoped to do by getting into science and especially working in vaccine development,” he says. “You hope to be able to contribute to perhaps a major vaccine in the course of your entire career. To be able to contribute to these coronavirus vaccines, which have been given to so many people to mitigate a pandemic, hopefully once in a century, is incredible.

McLellan and his team at the Geisel School developed the vaccine technology that is the basis of many COVID-19 vaccines used across the planet, including those made by Pfizer, Moderna and Johnson & Johnson. Coronaviruses have a key protein on their surface, the spike protein, which changes shape before and after infecting a cell. Initially studying the SARS and MERS coronaviruses, McLellan and his postdoctoral researcher Nianshuang Wang developed the means to genetically alter the sequence of the gene that codes for the protein, essentially locking the structure in place, allowing vaccine antibodies to be more effective.

McLellan and Wang moved to UT Austin in 2018. In early 2020, as the COVID-19 pandemic first broke out in Wuhan, McLellan, Wang, and Dartmouth graduate student Daniel Wrapp applied the state-of-the-art protein stabilization technology developed at Geisel to a new identified. virus, SARS-CoV-2, and shared the results of their research with collaborators at the National Institutes of Health. This version of the spike protein was used in early U.S. COVID-19 vaccine trials and by other vaccine makers in the months that followed.

More than five billion people worldwide have received at least one dose of a COVID-19 vaccine, a large percentage of whom have received vaccines using stabilized advanced protein technology.

Terry McGuire says McLellan represents the leadership, determination and initiative he and his wife intended to honor when they created the award, which emphasizes broad impact and the number of people whose life is improved.

“The award recognizes talented people who are not discouraged by the magnitude of a problem, but who instead realize that if they are prepared to take on and solve a major challenge of our time, they can have a huge impact, often measured in millions of lives affected,” says Terry McGuire.

Carolyn McGuire adds, “It also recognizes the important role that collaboration often plays in the process, leveraging that impact.”

Dartmouth President Philip J. Hanlon ’77 thanked the McGuires for creating an award that honors individuals who exemplify the values ​​that are at the heart of Dartmouth’s philosophy.

“The McGuire Family Award recognizes those who are dedicated to making a difference. There could be no better example of what it means for a scientist to answer the call to lead. I hope that all students on our campus today and all members of our community will be inspired by Dr. McLellan’s example,” says President Hanlon.

McLellan points out that tens of thousands of people have contributed to the success of coronavirus vaccines: scientists from academia, government and industry; manufacturers; volunteers in clinical trials; and health workers.

“The collective will of tens of thousands of people who create, test and deliver vaccines is something humanity should celebrate,” he says.

The Dartmouth Innovation and Technology Festival, May 12-14, is open to the entire Dartmouth community, upper valley residents and anyone curious about the power of technology to advance research in all disciplines. The weekend’s slate of activities will include presentations and panel discussions on topics including artificial intelligence, healthcare, transportation, and cryptocurrency; creation space demonstrations; interactive learning experiences; and family activities, including a community picnic and Friday night light show. Registration for the weekend is free and encouraged.

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Digital Pivot Boosts West China’s Economy – OpenGov Asia https://www.innovation-engineering.co.uk/digital-pivot-boosts-west-chinas-economy-opengov-asia/ Wed, 27 Apr 2022 22:10:30 +0000 https://www.innovation-engineering.co.uk/digital-pivot-boosts-west-chinas-economy-opengov-asia/

Singapore Management University (SMU) and Agency for Science, Technology and Research (A*STAR) established a joint Human-Centered and Social Computing Lab to build competitive research capabilities globally for Singapore to address people-centered issues in the human health and potential, and areas of urban solutions and sustainability.

The multidisciplinary effort will leverage the complementary strengths of both organizations to conduct research that integrates social science and humanities disciplines with advances in computational intelligence and digital technologies.

The joint lab will start with two key research areas: computational social sciences and human-AI synergy to benefit policy makers and social agencies and enable the use of AI-based assistive technologies for human tasks. The capacities developed are also relevant for industries interested in market research and understanding consumer opinion, or companies working in the field of health and social services, ranging from start-ups to multinationals.

With a total investment of SG$10 million, the joint lab will build capacity and develop impactful research findings and tools that can be used to support Singapore’s public sector and industries. The joint lab will be led by co-directors Prof. Archan Misra, Vice Rector (Research), SMU, and Dr. Lim Keng Hui, Executive Director of the Social Sciences and Technology Horizontal Program Office of A* STAR (SST HTPO) and the Institute for High Performance Computing (IHPC).

The joint laboratory was launched by the Chairman of the Social Science Research Council (SSRC) which serves as a focal point for efforts to develop talent and strengthen social science and humanities research that benefits social and economic development in Singapore and in the Asian region.

The SMU Provost said the joint lab embodies both A*STAR and SMU’s aspiration to harness our mutual strengths to conduct research that integrates social science and humanities disciplines with advances in digital technologies and computer tools. The hope is to make multiple impactful contributions to Singapore’s Research, Innovation and Entrepreneurship (RIE) 2025 agenda, promoting goals such as social cohesion and successful aging in place.

A*STAR’s Deputy General Manager (Research) said the joint SMU-A*STAR laboratory combines the complementary research strengths of the two institutions to advance interdisciplinary R&D that can meet national priorities.

Advancing Computational Social Science Research and Human-AI Synergy

The first area of ​​research, computational social sciences, will focus on people-centered questions of adaptability, resilience and social cohesion. It involves using computational methods to understand factors that may affect people’s adaptability and resilience to different situations and challenges; examine the extent to which digital content (e.g. news and social media) could lead to differing opinions and conflict between different groups of people; and exploring new ways to identify communities of humans with deep similarities or differences in latent values ​​or worldviews.

The second area of ​​human-AI synergy research will develop AI technologies that solve real-life problems in ways that are beyond the capabilities of AI or humans alone, and realize interactive and intelligent systems that can serve people better.

A key idea in this pillar is to harness human-AI synergy to tackle real-world tasks by thoughtfully combining human capabilities with AI-enhanced technologies for situational understanding and assistance. Some of the initial work streams include developing human-aware AI to assist older adults with activities of daily living, automating wellness measures for aging in place, as well as providing interactive digital tools to engage older people and promote active living.

Other potential research areas for the joint lab include adapting to work change and redesigning work, effective learning and skills transfer, understanding social and psychological capital, and sustainable living in the context of evolving environmental and economic challenges.

Combining multidisciplinary research capabilities for impactful results

In computational social sciences, SMU’s expertise in social and behavioral sciences will be combined with A*STAR IHPC’s expertise in integrating social sciences with computational modeling to create new knowledge and innovative solutions.

The two organizations will also leverage their collective strengths in social media analytics, social psychology, network analytics, natural language processing and AI, as well as extensive experience in researching various societal challenges such as as media bias, polarization and fake news on many online sites. platforms and regions.

For human-AI synergy, A*STAR’s Institute for Infocomm Research (I2R), IHPC and SMU will combine their expertise in AI, in particular natural language processing, computer vision and AI cognitive, to develop more advanced AI algorithms for human intent. understanding through natural verbal, visual and gestural cues.

Additionally, their advanced computing expertise enables the execution of more efficient AI models on small mobile devices to enable real-time interaction and collaboration between humans and AI systems. This collective expertise in human-computer interaction will contribute to the design of human-computer interfaces to make their interactions more natural and efficient outside the laboratory.

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