Waste To Energy (WtE) Industry Analysis, Growth Overview And Segment Forecasts, 2014-2024

The global waste to energy (WtE) market size was USD 25.0 billion in 2015 and is expected to reach USD 43.96 billion by 2024. Market is expected to witness a steady growth on account of increasing waste generation activities. Waste to energy (WtE) technologies consists of waste management to produce electricity or transport fuel. This technology finds the application on various types of unwanted materials including semi-solid, liquid and gaseous waste.

The most popular application is municipal solid waste (MSW) processing followed by industrial remains. The main drivers expected to impact overall market growth includes increasing waste generation activities by industries coupled with high energy costs. Restricted land filling and growing environmental issues are also expected to further enhance global industry demand over the forecast period. WtE is expected to solve the environmental problems related to waste by reducing the volume and decreasing the greenhouse gas emissions.

Moreover, government initiatives especially by European governments have significantly contributed to the regional WtE industry growth in the recent years. Economic development, industrialisation, and public habits have given rise to the generation of tremendous left overs and, therefore, driving the overall market.

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As of 2015, more than 50% of the global population live in urban areas and, therefore, accelerating municipal solid waste accumulation. Garbage has been a worrying cause for local governing bodies mainly in developing areas. Favourable government policies coupled with financial aid are expected to positively influence the industry in near future. Government institutions have been supporting the growth by giving relaxation on taxes as well as providing incentives.

Further, growing recycling industry in developed markets including the U.S., Japan, and Germany is expected to significantly contribute the overall growth. Some companies have in-house established WtE as a part of their corporate social responsibility. General Motors and Detroit Renewable energy collaborated to establish an energy project which converts approximately one million tons annually. The project provides around 15.8 megawatts of renewable energy to General Motors.

A study by world bank in 2012 found out that global MSW is approximately 1.3 billion tonnes per year with high percentage share belonging North America and Asia Pacific. These MSW contain paper, organics, plastics, metals, and glasses. WtE technologies are capable of converting these wastes into various valuable energy forms. Local and national grid systems can be used to distribute power generated from these wastes. Heat can be generated and transported for district heating and thermodynamic purposes. Some biofuels variants can be obtained from organic wastes and sold in markets after refining. High costs associated with WtE establishment is expected to act as a barrier for global market over the forecast period.

Initial investment costs play a crucial role on account of large facility size and installed components. Maintenance and operational costs have a lower impact on the total expenses. Cost effective traditional dumping method which include landfill sites creation is expected to hamper the rapid growth over the forecast period.

A standard incineration unit is capable of processing 10300 tons of waste per day. It costs around USD 30 million to USD 180 million to construct such a unit while a traditional landfill costs around USD 5 million to USD 10 million. Latest technologies use provides great opportunities to the global industry. Recent trends show most common technique used is incineration process. Earlier this market was dominated by public sector organisations. Looking at the industry growth, many private players have entered the global market. Segmentation is based on technology type used which include thermo-chemical, bio-chemical and chemical conversion.

The thermo-chemical process is a technique in which energy content from sources is extracted using thermal treatment of high temperatures. Bio-chemical conversion deals with energy extraction from sources using bio-decomposition. Chemical conversion deals with various chemicals usage for obtaining bio fuels. North America dominated the market in terms of overall demand and is expected to maintain its position over the forecast period on account of increasing lifestyle and rise in urban areas.

The European market is expected to show a high growth on account of European Union initiatives to reduce the number of landfills by implementing WtE. Regional demand is followed by Asia Pacific and is expected to develop at the highest rate over the forecast period on account of increasing population and better-living standard. Consumer awareness coupled with rising environmental concerns are expected to significant contribute towards regional industry growth in the future. South America and Africa are expected to witness a slow growth on account of lack of technology and implementation of waste eradication traditional methods.

Key players in the global market include C&G Environmental Protection Holdings Ltd, Foster Wheeler A.G., Waste Management Inc., Veolia Environment, Suez Environment S.A., The Babcock & Wilcox Co and KEPPEL SEGHERS. It is observed that players operating in this industry are conglomerates with diverse business operations. The advantage of big players in raising the necessary finances are their capability to show patience in case of earning early profits.

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Chromatography Resin Industry: Global Market Outlook, Growth Analysis and Overview Till 2025 | Million Insights

The global Chromatography Resin Market is estimated to reach USD 2.86 billion by 2025, with a CAGR of 6.5% over the forecast period. Chromatography is a code of techniques used to purify as well as separate bimolecular substances such as proteins. Resin is the stationary matrices in the columns used in aforementioned techniques. Chromatography resins are particularly used in multi-modal, ion-exchange, size exclusion, affinity, and hydrophobic interaction techniques. The widely used techniques are ion-exchange and affinity chromatography largely operated in pharmaceutical, food manufacturing, environmental analysis, and biotechnology.

Chromatography resins are available in three major types includes, synthetic, inorganic, and natural media. Natural media polymers consist majorly of dextran, and agarose cellulose, and others. Industry prefers synthetic and natural type media over inorganic chromatography resins. In context with technology, ion-exchange chromatography experienced the largest consumption in the past few years. On the other hand, Protein A resins has witnessed the highest share of the market. Affinity chromatography had the key share in terms of revenue due to its higher selling cost integrated with affinity resins.

The key drivers for the chromatography resins could be the heavy demand for monoclonal antibodies owing to a heighten number of critical diseases concluding in types of therapeutics. Food analytics could be other major drivers for the market, due to its usage in nutritional and nutraceuticals chemistry. It deals with a major issue in food industry by determining the adulteration and additives in the food. Pharmaceuticals and biotechnology are the major end-users for chromatography resins and are estimated to continue with higher numbers.

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The industrial applications, such as environmental analysis and water treatment rely on these techniques. Various opportunities for the chromatography resins market could be in the academic usage of drug recovery and genetic engineering. However, government law and regulations integrated with aforementioned applications could be a major restraint for the market in the near future.

The growth in terms of therapeutic antibodies demand, increasing utilization of separation & purifying techniques in the food industry, and emerging R&D activities in biopharmaceutical are the some of the factors contributing to the chromatography resins industry growth. Monoclonal antibodies therapeutics are rapidly capturing importance with rise in critical diseases across the world. The major factor restraining the global industry is the lack of skilled professionals. The adequate usage of chromatography equipment requires skill, knowledge, and expertise in different techniques. For example, the pharmaceutical industry is experiencing a lack of adequate professional to work on chromatography equipment and their different techniques.

The key strategies opted by resin manufacturers include low-cost production with better properties for binding. The key manufacturer such Bio-Rad, Millipore, GE Life Sciences, and Tosoh Corporation concentrate on manufacturing resins at lower cost with high productivity to make a competitive edge. Affinity chromatography resins, including protein A based resin are considered to be the most expensive as compared to others. However, with the expiry of current patent would reduce the cost over the next seven years.

In the past few years, leading manufacturer are adopting strategy of advancement and introduction of new product with higher productivity. Therefore, manufacturers are now investing heavily into R & D activities. North America is estimated to hold a huge revenue share in the industry. The U.S. has witnessed the largest number of demand particularly in biopharmaceutical sector due to its heavy investment and improvement in the R & D. In this region, the growing opportunities for chromatography resins are primarily into Bio and pharmaceutical sector. However, the Asia Pacific domestic market is estimated to witness significant growth over the forecast period owing to its maximum growth in context with consumption.

Some of the key players in the industry include, Tosoh Corporation, Pall Corporations, Bio-Rad labs, Life Technologies Crop, Repligen, and GE Healthcare Life Sciences, and others. The aforementioned manufacturers are revamping their strategies to gain the competitive edge by lowering their product prices with high productivity. Life technologies are projected to introduce ‘POROS’ resins in BPD (Bio Pharmaceutical Development) and production week conference.

Purolite International Ltd. has introduced their plans for development and improvement of bio separation and purifying chromatography resins based on the agarose media. This new product line is anticipated to cater the rising demand in bio molecules global market. Purolite has expanded a facility to react the rising demand for its agarose Protein A resin, which are highly used for monoclonal antibodies purification. This would develop a resin with properties such as, easy packaging solutions, high alkaline condition tolerance, long life time, and higher price as compared to other media.

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Next Generation Sequencing Market Competitive Landscape, Key Companies Analysis and Revenue Forecast by 2025

The global next generation sequencing market is anticipated to reach USD 21.4 billion by 2025. NGS market is expected to show a tremendous growth on account of its wide applications in the treatment of cancer. NGS is the process of identifying accurate order of nucleotides within a RNA or a DNA molecule. Advancement of NGS has helped biological and medical discovery and research. It has helped in various applied fields which includes biotechnology, forensic research, virology and medical diagnosis. NGS has made possible sequencing of DNA of various species including the human genome.

Introduction of advanced genetic sequencing and development of advance techniques for whole genomes are the major drivers contributing to the overall market growth. Increasing incidences of cancer and infectious diseases coupled with aging population is expected to fuel the demand for these technologies. Further, the overall cost of genome sequencing is expected to reduce drastically on account of rapid development through research and innovation. High capacity genome sequencing has been contributing significantly towards the market growth.

NGS has wide applications in the field of exome and genome sequencing. They are widely used in the treatment of infectious disease and cancer. NGS has shown a key presence in pathogen analysis which has been helpful in the treatment of infectious diseases. The need for effective diagnosis for cancer and high growing usage of combinational biomarkers are other factors contributing to the growth of the market in recent years.

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NGS has been mostly a topic of research and development in the previous decade. At present they find applications in the field of oncology, prenatal testing, HLA testing, idiopathic diseases, and medical research. Research and development in the field of HLA and prenatal testing have provided new avenues to doctors in gaining insights during organ matching and organ rejection.

The development in the treatment of genetic anomalies and diseases with the help of prenatal genome sequencing has been driving the NGS market. This technology has also helped the pharmaceutical companies in developing essential drugs for the treatment of cancer and infectious diseases. Growing concerns and increasing incidences of cancer is expected to be the major driving factor for the development of NGS.

NGS in the field of organ transplant provides great opportunities over the forecast period. It is important that the characteristics of both the donors and the acceptors match for a successful transplant. NGS helps in studying the immune response to the transplanted organ. Medical tourism development in countries including the U.S, Israel, Singapore and Australia provide bright prospects for overall growth of the market.

Next generation sequencing market is segmented as target, genome, exon and resequencing. The largest share is held by target sequencing followed by genome sequencing. Development of whole genome sequencing capabilities is expected to show a significant growth over the forecast period. Whole genome technology is relatively new and is gaining popularity with the development of high throughput. This high throughput has helped in reducing complications associated with whole genome sequencing.

NGS includes sample enrichment, DNA tagging, library preparation, sample quality assurance, DNA quantification, data storage, genetic data assembly, analysis and interpretation. With the increase in volume of whole genome sequencing, next generation data analysis is expected to observe a significant growth over the forecast period.

Government regulatory bodies play a vital role in overall development and usage of these technologies. Medical device manufacturers in the U.S. are under the strict vigilance of Food and Drug Administration (FDA). In 2013, FDA approved four next generation gene sequencing devices which is expected to help physicians in taking a broader look at the patient’s genetic makeup. Two of the approved devices is expected to help in detecting DNA changes in the treatment of cystic fibrosis.

North America is expected to observe highest demand in the global industry on account of the well-developed healthcare sector and implementation of advanced research infrastructure. Similarly, Western Europe is expected to show a substantial demand over the forecast period on account of increasing emphasis by the regional government on healthcare facilities coupled with the stringent regulatory framework. Asia Pacific and the Middle East are expected to observe significant growth on account of the increasing government initiatives to establish proper healthcare infrastructure in developing economies including China, India, Japan and UAE.

The NGS market is dominated by few players with the help of proprietary platforms. The key industry players include Life Sciences (Roche), Thermo Fischer Scientific, Illumina and Pacific Biosciences. Other major players operating in the market include Partek Inc., Genomatix Software GmbH, Macrogen Inc., Life Technologies Corp, Perkin Elmer inc., Oxford Nanopore Technologies Ltd., Knome Inc, Agilent Technologies Inc., Biomatters Ltd., CLC Bio (Qiagen), Pacific Biosciences, BGI (Beijing Genomics Institute), DNASTAR Inc, GATC Biotech and Qiagen N.V.

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3D Scanning Market Driver Analysis, Technology Overview and Segmentation Forecasts, 2025

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The global 3D scanning market size was valued at USD 3.32 billion in 2015 and is anticipated to reach USD 8.04 billion by 2025. The 3D scanning market is anticipated to experience a robust growth on account of rising implementation in numerous end-applications including reverse engineering, quality control and rapid prototyping. In addition to offering quick results with better efficiency, the technology is easily affordable and economical. Other technological improvements and innovations with respect to 3D scanners such as handheld 3D scanners are also anticipated to serve the market.

Suppliers and manufacturers of hardware and developers of software solutions emphasize on operational ease and continuous enhancements in workflow. Subsequently, making technology easily accessible to professional users and thereby driving sales. The downside of this technology is the understanding and analysis of complex applications such as point cloud management, application to a CAD authoring which may hamper 3D scanning market growth. Therefore, ease-of-use of these workflow management techniques has become a priority for a client’s success with the product.

The 3D scanning market is price elastic and identified by technological advancements and extreme competition. Currently, high-priced scanners pose a challenge in the market; however, it is expected that in the coming years, the impact may decrease as suppliers concentrate on introducing low-budget devices and achieving economies of scale.

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Product Insights

On the basis of product type, the 3D scanning market can be classified as the optical scanners, lasers, and structured light. In 2013, laser scanners occupied the majority of market. Nevertheless, the structured light and optical product segments are projected to gain market share at the fastest pace from 2014 to 2020. 3D scanners are used for quality control checks, reverse engineering purposes and rapid prototyping. Additionally, to ensure precise specifications and accuracy, 3D scanning also provides speedy quality inspection.

Range Insights

3D scanners are categorised into short range, medium range, and long range scanners on the basis of range and distance. In 2013, short range scanners emerged as the industry leader and it is expected to continue a similar trend throughout the forecast period. Structured light and laser triangulation methods, that have a very less focal distance, are employed by these scanners. Medium range scanners are anticipated to capture market share over the forecast period.

Application Insights

Several industries confront challenges in terms of safety, cost and schedule which usually stem out of control due to inadequate and erroneous dimensional procedures. In the manufacturing and engineering sector, and 3D scanning plays a vital role as a part of quality assessment and control systems. They help in reducing risks, especially in fields where energy concentration is high, location access is expensive and fabrication methods and modular design techniques are deployed thereby driving market growth from 2014 to 2020.

Introduction of portable scanners have spurred demand for the 3D scanning market thereby gaining popularity for architecture applications. These products are widely used in archaeology as they preserve and archive many architectural pieces from museums. Utilization of 3D scanning systems offer an environment of historic times by effectively setting up virtual museums by scanning for virtual museums online or on-site and representing art pieces for multimedia presentations. Techniques such as reverse engineering that are based on virtual restoration is also anticipated to accelerate product acceptance across the architecture sector. In addition, rising demand for media and entertainment is observed to boost 3D scanning market.

Upsurge in 3D content together with technological advancements have resulted in rapid product launches and high-quality images and video distribution. Smartphone cameras have witnessed significant progress in the past few years in addition to original equipment manufacturers (OEM) upgrading their products with 3D imaging capabilities.

Regional Insights

In 2013, North America constituted for a significant percentage of the overall market. Structured light scanners which are known for measuring 3D shapes of objects using cameras and projected light patterns are anticipated to experience a high growth in the regional market from 2014 to 2020. High demand for 3D scanners across various application segments together with rising acceptance for portable scanners in region including Latin America and Asia Pacific are expected to spur market demand over the forecast period.

Competitive Insights

Key market participants include Ametek (Creaform), 3D Digital Corp., FARO Technologies, Basis Software Inc (Surphaser), Topcon and Maptek. Firms in the market primarily cater to a broad range of applications across varied industries such as manufacturing, aerospace, research & education and consumer products. The industry is identified by a stiff competition with frequent mergers and acquisitions, in the software and hardware industry. The market is expected to provide new avenues to expand and grow by new product development of cost-effective 3D scanners over the forecast period.

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Automotive Lighting Market Share, Global Insights, Size, Development, Emerging Trends, Analysis and Forecasts To 2022

The global automotive lighting market size was valued at USD 19.64 billion in 2014 and is anticipated to reach USD 34.65 billion by 2022. Global automotive market will witness a steady growth with growing demand of automotive vehicle in the upcoming years. Increasing automotive production, rising concerns about vehicle safety, growing population and also government are driving the growth of the market. On addition to it, the increase in the purchasing power of the people is also creating opportunities for the market growth. Lighting is a vital component in automotive vehicles and plays a very important role in automotive safety. Automotive vehicle consists of variety of lights to increase the visibility in darkness and bad weather conditions and automotive lights also increase the conspicuity (that is the clarity of observing things) of the vehicle. The lighting system comprises of signalling and lighting devices. The lighting devices are placed in different locations of the vehicle including front, rear, top and interiors.

Halogen being an easily available and cost efficient technology has been majorly adopted by the market and is therefore, being used in lighting technology in the automotive sector also LED and Xenon are prominent lighting technologies which are in prime use in the global automotive lighting market. LED is likely to witness the highest growth amongst the three technologies during the forecast period. LED is relatively costlier, hence, at present is majorly being used in the high-end vehicles. However, research is being done to lower their cost as a result of which it would create significant rise in demand of LED lights in the upcoming years. The automotive lighting market is segmented based on technology, vehicle types, lighting applications, product sale and geography.

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On the basis of lighting applications, the market is segmented into rear lighting, front lighting, interior lighting and side lighting. The technology is segmented into LED, halogen and xenon. Based on vehicle type, the market is segmented into commercial vehicles and passenger vehicles. Based on product sale, the market is segmented in aftermarket product and OEM product. The geographical segmentation of automotive lighting include North America ( U.S. , Canada, Mexico) , Europe (Germany , UK , France , Italy) , Asia Pacific (China, India, Japan), RoW ( Brazil, Russia), Latin America and Middle East Africa. The global automotive lighting market is an excessively fragmented market with the presence of many regional and global local vendors. The global automotive lighting market is very dependent on automobile sales and the growth driven by the increase in automotive production. The market has seen constant innovations and development of new products, which in turn resulted in an excessive competitive environment for the manufacturers of the automotive lighting.

The key players of the global automotive lighting market include Ichikoh Industries Ltd., General Electric (GE), Koninklijke Philips N, Koito Manufacturing Co. Ltd, Magneti Marelli S.P.A, Valeo, Stanley Electric Co., Hella KGaA Hueck & Co., Ltd., Zizala Lichtsysteme GmbH, Osram GmbH, Hyundai Mobis, Royal Philips Electronics. The global automotive market is expected to grow at a CAGR 8% during the forecast period which can result to be profitable for the global automotive lighting market also. Ambient lighting is one application where lighting is strategically placed in the vehicle to create an experience and induce a psychologically pleasing effect. Headlamps, DRL, auxillary lights, off road lights, compact lights, dome lights, instrument display lights, fog lights and taillights are the popular segments in the global automotive lighting market attracting automotive designers with their unique and stylish looks. In the upcoming years the use of LED lighting is expected to cover of the total market soon in the upcoming years. Broadly automotive lighting market is segmented as Interior lighting and exterior lighting during the year 2015, the exterior lighting segment had dominated the global automotive lighting market, with a very high market share. Exterior lighting plays a very important role in ensuring safety and with more manufacturers focusing on the safety aspect demand for exterior lighting is expected to rise in the next seven years.

The growth in the Asia Pacific region is driven by India and China, which are the largest markets for automotive production in the Asia Pacific region. The Asia Pacific region is a hub for automotive components due to improved infrastructure, preferences and changing lifestyles, government initiatives, and overall reduction in vehicle production costs. There is a high growth in the number of vehicles in the BRIC nations which further creates large opportunity for the growth of automotive lighting market during the forecast period. Purchasing power is increasing which in turn is increasing the demand for advanced and sophisticated technologies which include advance front light system (AFS) and daylight running lights system (DRL). Automotive lighting indicates vehicle’s presence, position, size, driver’s intentions regarding direction, and direction to travel and speed of the vehicle that is travelling. The demand for aesthetic lighting is also increasing which in turn would support the demand of lights in commercial and private cars.

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Global Operating Room Equipment Industry Situation, Outlook Analysis and Prospects Research Report by 2025

The global operating room equipment market size was valued at USD 26.24 billion in 2016 and is expected to reach USD 48.50 billion by 2025, at CAGR of 7.2%. Growing demand for improved medical facilities coupled with transition from conventional to state-of-the-art operation theaters is anticipated to escalate the operating room equipment market over the forecast period. Technological transformations, infrastructural development and high investments in the medical devices by hospital and healthcare centers are expected to spur the medical equipment demand over the forecast period. Development of hybrid operating rooms has prompted the installation of multi-purpose equipment, enabling automated results coupled with high operational efficiency, providing ample space for the introduction of high end equipment.

High occurrence of medical disorders among geriatric population along with the prevalence life threatening diseases is anticipated to fuel advanced operating equipment demand. Availability of advanced surgical tools and high prevalence of chronic disorders or diseases is also anticipated to escalate product demand over the forecast period. Key challenge faced by the industry includes the high cost associated, which is expected to hamper introduction of these devices in hospitals. Lack of knowledge and skilled manpower required to handle complex devices is also expected to hinder market growth over the forecast period. Rise in number of high-end operating rooms accompanying advanced equipment along with increasing number of ASC (Ambulatory Surgical Center) is anticipated to substantially drive the level of innovation among manufacturers instigating them to provide latest technologies.

Advanced and efficient operating tables, surgical booms, operating room integration systems, operating room lights, surgical headlights, surgical light sources and surgical imaging display forms an integral part of the new age hybrid theaters. Further, anesthesia equipment, electrosurgical generators, defibrillators, respiratory ventilators, endoscopy equipment, vital sign monitors, pneumatic tourniquet, infusion pumps, surgery microscopes, medical stainless steel, patient warmers, suction pumps, hospital stretchers, medical warmers, hospital stretchers, autoclaves & sterilizers, sequential compression devices and vaporizers & accessories contributes essential functionalities to an operating theater.

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Integration of non-surgical and surgical equipment in the hybrid operating rooms including patient monitoring, diagnostics and radiology among others coupled with imaging techniques such as MRI scanners, CT scanners and C- arm provides better ease and flexibility to the specialist to perform the task. Installation of hybrid operation rooms largely reduces the hustle of transferring a patient from the operation theater to the scanning center. This greatly automates the work efficiencies and results in better patient care, thereby adding to the business value.

Operating rooms presently require high-definition fixed imaging and video equipment, enabling information from all over the hospital at the surgeon’s fingertip, and are expected to drive the industry demand over the forecast period. The industry is witnessing a growing trend towards installation of larger imaging systems. Operating rooms today are an economic engine for any medical facility, and accounts for more than 60% of the revenue. Further, hospitals often face an increasing drive for patient oriented effectiveness. Hospitals need to focus on creating value for the patient with the installation of state-of-the-art equipment with a combination of optimally trained medical expert. In addition, optimizing the operation environment helps enhance surgeon performance, and is thereby expected to drive the operating equipment market over the forecast period.

Europe and North America are expected to emerge as the largest markets due to existence of well-established medical sector with the presence of technologically advanced medical systems. The regions are expected to witness significant growth due to the upgradation of technology with advanced automated systems and rise in number of hospitals. Evolving medical industry in the Asia Pacific region including India, Thailand, Malaysia and South Korea due to rise in population encourages the medical sector to install high-end medical facilities and technologies at low costs.

Major players in the market include Steris Corporation, Hill-Rom Holding Inc., GE Healthcare, Phillips Healthcare, Stryker Corporation, Mizuho OSI, Getinge Group, Dragerwerk, Medtronic Inc, Eschmann Equipment, Karl Storz GmBH & Co. KG, Skytron, NDS Surgical Imaging, Berchtold Corporation, Trumpf GmBH + Co. KG, Creative Heath Tech Pvt. Ltd., Siemens Healthcare.

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Health Information Exchange Market Overview, Growth Demand And Forecast Research Report To 2024

Global health information exchange (HIE) market is expected to witness lucrative growth over the forecast period. Need for greater access to patient health information, enhanced stakeholder’s collaboration and rising awareness of HIE technology are the key drivers leading to the market growth. Furthermore, increasing incentives by the federal government, growing investments, increasing geriatric population and raising demand for reduction in healthcare cost are the factors anticipating the demand for health information exchange.

HIE refers to the electronic mobilization of healthcare information within defined geographical area to bring stakeholders together. The stakeholders include doctors, patient, pharmacists, nurses and labs. HIE enables speedy access and sharing of patient’s clinical data to the healthcare providers for providing effective, timely and efficient delivery of care to the patient. Sharing of patient information on time helps in effective decision making, avoids readmission and medication errors, improves diagnostic rate and, decreases duplicate testing. The technology provides high standard of patient care coupled with reduction in expenses associated with physical mailing of patient records, manual printing of document and, efforts involved in recovering patients’ reports.

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On the basis of set up type, HIE market is segmented into implementation model and vendors model and, also in public and private HIE. Implementation is further classified into hybrid model, centralized model and decentralized model. Among these implementation models, hybrid model is projected to be the potential market segment as it is a combination of both decentralized and centralized model. Hence, it consists of advantages of both the models.

In set up type, private HIE is expected to dominate the market owing to the benefits associated with it such as deep commitment to a shared vision among shareholders. Shared vision include reduction in cost associated with unnecessary duplicate tests. Other benefits are steady flow of funds for development obtained from stakeholders in the private sector and physician engagement at every level of the HIE. Private HIE are growing at a rapid pace in comparison to public HIE.

The vendors’ type is further segmented into messaging centric, platform centric, portal centric, clinical data management and personal health records. Portal centric segment is considered to hold the largest market share of health information exchange and is anticipated to witness robust growth over the coming six years due to the increasing use of electronic health records in the developed countries.

Based on pattern of data exchange, the market is segregated into consumer mediated exchange for patient control, directed exchange for coordinate care and query based exchange for unplanned care. By application, it is used in the fields such as web portal development, secure messaging, workflow management, interfacing internal application and, patient safety. Among these application, HIE is majorly used in web portal development owing to the increasing number of documents choosing for electronic medical records driven by the accessibility of portals to retrieve information on patients. The end users of the market include public health agency, ED provider, medical research, care manager, primary care provider and specialists.

Geographically, the global health information exchange market is categorized into North America, Europe, Asia Pacific, Latin America and MEA. North America is estimated to hold the largest market share owing to presence of established companies, high adoption rate of technology and well established healthcare facilities.

Asia-Pacific is expected to grow at a significant rate owing to increasing demand for patient care, rising population base and growing healthcare investments. In addition, increasing awareness level among people about HIE, various initiatives undertaken by government in emerging economic countries such as India, China and Japan are the factors driving the market growth over the decade. The demand for mobile health applications and, cloud based systems are offering opportunities for the healthcare IT providers. The major operating companies in the market are GE Healthcare, Care Evolution, At & T Inc., Cerner Corporation, IBM Corp., Medicity, Philips, Epic Systems, InterSystems, Oracle, Kindred Healthcare, Siemens Healthcare and Orion Health.

Kindred Healthcare is using health information exchange technology to coordinate healthcare and achieve improved outcomes. The company is investing in technology that helps them to connect with their clinical applications so that when patients are discharged from Kindred facility, their patient record can follow them and when they enter one of their facilities, the caregivers will be able to view patient care record from previous admission. This helps in eliminating unnecessary test and treatment and, maintaining patient privacy and consent requirements.

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Dairy Ingredient Market Dynamics, Forecast, Growth Analysis And Supply Demand 2024

The global dairy ingredients market size was estimated at 13.7 million tons in 2015 and is expected to reach USD 86.97 billion by 2024. Factors such as population starting to age, increased health issues, better awareness about the benefits of food products rich in nutrition, better production and sluggish lifestyle are expected to benefit the overall market.

A shift in food habits, from customary food to nutritional food has been observed. The industry is extremely competitive with a huge number of companies trying to capture the market. It comprises of few leading global companies and numerous minor regional companies. The increased awareness about the health benefits of the food items rich in nutrition is expected to have positive impact on the market.

The major dairy ingredient sources are milk and whey. These ingredients have various applications which include convenience foods, bakery, sports and clinical nutrition, confectionary, dairy products, infant milk formula, and other food products like beverages, non-dairy creamers, meat, etc. On the basis of type, the dairy ingredient is segmented into lactose, milk powder, casein & caseinates, MPC & MPI and whey ingredients.

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The global market for dairy ingredients is anticipated to have a strong growth rate in the forecast period. It is sustained by the increased global awareness among the consumers about the benefits of a healthy and nutritious diet. Market dominator in the dairy ingredients industry is Asia-Pacific at this time. It is followed by Europe and North America. As the income levels and the disposable incomes in the Asia-pacific region is growing, it is projected to witness the highest growth in the forecast period among all the regions worldwide. The increased demand for healthy food along with infant rich population in the region drives the growth and projects it to be the dominator. However, Japan will witness a relatively lower growth rate as compared to the rest of Asia-pacific region. Additionally, the U.S., India and China is expected to show an increased demand for the healthy and nutritional food in the forecast period on account of an increased and better production of dairy products and food.

Over the past few years, milk powder has been the key product in the dairy ingredient industry. Milk protein isolates and milk protein concentrates are expected to experience similar demand in the coming years owing to its high usage in the sports activities which is increasing on a high pace globally. Whey protein is also expected to experience increased demand in the future. It comprises of glutamine which is highly beneficial in replenishing the muscles and inhibits the decline in the immune function which can occur from increased physical activity. Consumers are becoming increasingly active and health conscious. Whey protein helps to increase the muscles and stimulates growth.

Skim Milk Powder (SMP) is gaining popularity in the market. The United States and The European Union are the major SMP producers worldwide. They produce above half of the world’s supply of SMP. In 2013, the U.S. had the foremost share signifying 28% of exports. Whereas, the E.U. exhibited around 21% of the total exports in the same year.

Industry participants are investing in R&D and new production sites to come up with innovative production techniques to cater to the existing hindrances in the market. Major industry participants include Euroserum (France), Dairy Farmers of America (U.S.), Murray Goulburn Co-Operative Co. Limited (Australia), Saputo Inc. (Canada), Arla Foods. (Denmark), Volac International Limited (U.K.), Fonterra Co-Operative Group (New Zealand), Groupe Lactalis (Germany), FrieslandCampina (The Netherlands) and Glanbia Plc. (Ireland). These companies provide a holistic view to the competitive scenario of the dairy ingredients market.

The major participants in the industry have been adopting different competitive strategies to cater to the needs of the consumers and emerging markets, increase production capacities and maintain their market share. These strategies consist of new product launches, strategic expansions, investments, collaborations, joint ventures, acquisitions and partnerships. The dominant players in the industry concentrate on increasing their sales and market presence rather than introducing new products and technologies across the globe. For new investment prospects, companies considered the high-growth regions, for instance, Latin America and Asia-pacific. These strategies facilitated the increase of their large partner and consumer base.

The global dairy ingredient market is majorly concentrated market dominated by share. The consumption pattern of the industry fluctuates with different geographies according on the income levels. The significant success factor of the industry is the sourcing of milk. Product differentiation and customer service adds value and boosts the growth of the industry.

In terms of revenue, the market is dominated by whey ingredients and in terms of shipment units, it is dominated by lactose. The product prices are highly volatile in nature on account of the unpredictable climatic conditions and inconsistent milk supply. This poses a serious threat to the industry. Canola, soy and rapeseed are the plant proteins which are the major substitutes to the dairy products and cause threat. High concentrate ingredients such as whey proteins, milk protein isolates are majorly found in developed countries like the U.S., Germany, and France. While, the low concentrate ingredients are more prevalent in the developing countries.

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Enterprise Search Market Growth Opportunities, Analysis And Forecasts Report To 2024

The global enterprise search market is anticipated to reach USD 8.90 billion by 2024. Global enterprise search demand is expected to witness a steady growth on account of increasing use of data. Enterprise is designed to make content available to the users from multiple sources including databases and intranets. Enterprise search software has structured as well as unstructured data in their collection. They form a vertical search for any enterprise.

Time-saving information and cost efficient search solutions are the key factors driving the overall enterprise search market. Data management has turned out to be a crucial activity as a result of increasing data volumes. Data is made available to the user through various databases, emails, data managements systems and intranet. Time saving is another factor which is expected to drive the overall industry in near future. Enterprise search solution enables quick search of information and therefore saving operational time. This helps in increasing the productivity and efficiency. It also adds a security layer by disallowing data access for unauthorised users.

These applications software as a service (SAAS) and cloud computing have provided bright prospects for overall industry growth. Development of technology and high demand of necessary information has favoured the market growth in recent years. High implementation cost is a major barrier to overall industry growth. Furthermore, high costs associated with maintenance and installation cost is expected to pull down the market in near future. Also, lack of skilled technical support staffing has been hindering the industrial growth in recent years. Availability of alternatives in the form of online search engines is expected to offer challenges in near future.

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Companies in various sectors are expected to invest in enterprise search applications. These investments come in the form of new implementations or updates. The various verticals where these applications are primarily expected to be implemented include banking, financial institutions, logistics, military, telecommunications, and healthcare, retail, energy, and government institutions. Increasing demand from these sectors provides great opportunities which in turn are expected to propel the overall market growth over the forecast period.

Banking and finance are anticipated to be the most lucrative industry in near future. Data sharing and interconnectivity is the major factor for driving the industry in the banking sector. Government and educational institutes are expected to show great opportunities over the forecast period on account of increasing use of intranet for data sharing. Healthcare sector has been using this technology to obtain information associated with critical treatment. Military, aerospace, media, entertainment and construction are other end use industries which offer significant prospects for enterprise search applications.

North America has been the major market on account of computerisation. The dominance is expected to continue with major demand from financial and government sector. High investments from the government have led to innovative solutions for various departments. Regional demand is followed by Asia-Pacific mainly on account of the high presence of emerging economies including India, China, and South Korea. Large scale implementation in the retail, banking, IT and telecommunication has propelled the demand in this region.

Europe has shown a steady growth in recent however the market showed a decline owing the economic turmoil. Manufacturing sector provides great opportunities in Europe especially in countries such as Germany, France and Austria. South America and Africa is expected to witness a slow growth mainly on account of lack of IT infrastructure and absence or underdeveloped application industries.

Key players in the industry include IBM Corp, Polyspot & Sinequa Inc, Coveo Corp, HP Autonomy, Lucidworks, Esker Software Corp., Perceptive Software Inc, Expert System Inc, Dassault Systemes Inc, and Marklogic Inc. Companies have been focusing on entering into a strategic collaboration in order to provide diverse market solutions and create their presence in niche markets.

Merger and acquisitions have been a recent trend seen in the market in order to increase the product portfolio and cater to untapped markets. In 2012, IBM acquired Vivisimo with an intention to help customers in taking better decisions. OmniFind is an enterprise search service by IBM which provides enhanced capabilities. OmniFind is a bundled product along with Infosphere and Biginsights. The HP autonomy has content management applications which help customers eradicate problems related to productivity and large data volumes.

After sales service is a key component in increasing client satisfaction. This is achieved by the organisations by deploying training and customer support to improve overall business performance. Vendors focus on establishing separate sales and marketing channel for acquiring customers, mainly through undertaking complete IT implementations. Companies are working on research and development especially in the field of robotics. They are also trying to integrate artificial intelligence with mobile technology.

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Sodium Silicate Market: In-depth Study by Key Reasons, Product Segments and Application to 2025

The global Sodium Silicate Market is anticipated to reach USD 7.84 billion by 2025. Sodium silicate, also known as “Liquid glass” or “Water glass”, is a compound and usually a colorless transparent solid or white powder. It is soluble in water under prescribed limits. Factors, such as increasing demand for sodium silicate from applications such as precipitated silica, detergents, pulp & paper, construction, metal casting, water treatment, and food preservation. In addition, technological advancements, rising disposable income of people in emerging economies, increasing usage in the construction segment, shifting preferences regarding detergents and cleaning agents and growing demand are likely to drive the sodium silicate industry in forthcoming period.

On the other hand, hazardous effects on human health due to exposure to high concentration of sodium silicate are anticipated to hinder sodium silicate market growth in future. However, increase in demand for environment-friendly binding agents in the construction manufacturing is likely to create lucrative opportunities for the market. Sodium silicate industry is anticipated to expand at a significant CAGR in the upcoming period as the scope, product types, and its applications are increasing across the globe.

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Sodium silicate market is segmented by form, application, distribution channel, and geography. The market of sodium silicate is segmented by form as Solid Sodium Silicate and Liquid Sodium Silicate. The “Solid Sodium Silicate” segment accounted for a prominent share in the market. It is likely to witness a substantial growth in the years to come. The key factors that could be attributed to the growth of the market includes easy use and easy to store as compared to liquid sodium silicate and low transportation cost.

The key applications are segmented in the sodium silicate industry include Construction, Detergents, Precipitated Silica, Water Treatment, Pulp & Paper, Food Preservation, Metal Casting and Others (Fire Protection, Paints & Coatings, Cosmetics, Catalyst Manufacturing, and Textile). The “Detergents” segment accounted for a prominent share in the market. It is likely to witness substantial growth in the years to come.

The key factors that could be attributed to the growth of the market include rising demand for sodium silicate for the manufacturing of cleansing agent that are used for numerous washing. In addition, cleaning methods, such as industrial or domestic clothes washing, washing bottles, dishes, locomotives, dairy equipment, and floor cleaning, and metal degreasing and cleaning. The sodium silicate market is segmented based on distribution channel as offline and online distribution. The “Offline” segment accounted for a prominent share in the market. It is likely to witness a substantial growth in the years to come.

Asia-Pacific is a leading region in the market. It is likely to maintain a dominance in the forecast period owing to factors, such as rising demand for sodium silicate from applications such as construction and detergents, increasing foreign investments, rising population, development of the pulp and paper industry and rapid urbanization. China is the foremost consumer and producer of sodium silicate. Asia-Pacific is followed by European region owing to the rising demand for the compound in healthcare and pulp & paper applications.

Key players operating in the sodium silicate industry include CIECH Group, BASF SE, GHCL Limited, Evonik Industries AG, IQE Group, Huber Engineered Materials, Nippon Chemical Industrial Co. Ltd., Merck Millipore, PPG Industries Inc., Occidental Petroleum Corporation, Shangyu Huachang Industrial Co. Ltd., PQ Corporation, Sichem Silica Gel Co. Ltd. Shijiazhuang Shuanglian Chemical Industry Co. Ltd. Tata Chemicals Limited, Solvay S.A., W.R. Grace & Company and Tokuyama Corporation. The leading companies are involved in partnerships, mergers and acquisitions, and joint ventures in order to boost the inorganic growth of the industry.

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Fog Computing Market Growth Analysis by Region, Type, Applications And Competitive Landscape, 2025

The global fog computing market size was estimated at USD 9.33 million in 2016 and is anticipated to reach USD 617.3 million by 2025. Fog computing, also termed as “edge computing” or “fogging” in association with cloud emphasis helps in faster decision-making strictly with computations on cognizable data by deployment of fog nodes close to Internet of Things (IoT) aided devices, placed anywhere in the network trajectory either on a factory floor, top of a power pole or an oil rig, subject having connectivity, computational and storage imperatives.

The primary drivers for fog computing market are inundation of IoT devices with parallel IoT connectivity, subsequent growth in cloud computing market size and Machine to machine (M-M) connectivity. The factors driving the fog computing market size include computational power speed, increased operational efficiency and cost savings across all verticals in the industry. By type, the fog computing market size spans hardware and software. Software further disintegrates into fog computing platform and customized application software. By Application, the fog computing market size comprises building and home automation, smart energy, smart manufacturing, transport and logistics, connected health, security and emergencies and others-smart environment and smart retail.

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By geography, the market size extends to North America, Europe, Asia Pacific, MEA and Latin America. The increased dominance of the Fog Computing Market by Software is underscored by presence of majority of the players in cloud and IoT ecosystem and would benefit by leveraging the system architecture at platform and applications hierarchy.

Being a software domain, the providers are not stranded with heavy capital investment as would be with hardware, thus boosting the market. The fog computing market by smart manufacturing application is in a transformative phase gravitating towards process automation in the manufacturing sector and IoT with machine-machine connectivity is a relatively untouched area for fog computing market to monitor machine operations in real-time. North America with importance ascribed to Internet of Things (IoT) and displaying economic prosperity is a growing market for fog computing market. Being one among the most technically advanced and developed nations, U.S. and Canada are prime motivators of fog computing market.

Fog networking supports the Internet of Everything concept wherein most of devices of daily-use will be interconnected with each other, with phones, connected vehicles, consumer appliances, virtual reality (VR) using Google glass as prime examples. Virtual Reality (VR) devices work under a 5K environment and at network edge with dynamic feeds (Google glass, tablets, phones) in a cloud/fog scenario to reduce latency times, improve audio/video compression ratios that catches camera feeds in multi-camera systems.

The key stakeholders in the market include IT infrastructure equipment providers, support infrastructure equipment providers, component providers, software providers, system integrators, network service providers, monitoring service providers, support service providers, professional service providers, distributors and resellers, cloud providers, collocation providers, enterprises and data center vendors, government and standardization bodies, telecom operators, healthcare organizations and financial organizations.

As per an article dated Aug 2016, the verdict goes that IoT or Internet of Things with fog computing drastically turns the tide in favor of the market by getting IoT devices closer to the edge, the only access point for increasing bandwidth and help the medical industry where limitations in internet speed and latency times of IoT are reasons for a sluggish demand of the devices in telemedicine.

Growth in IoT industry owes its success to cloud service providers and inimitable data centers but with connected devices like self-driving cars where a delay of nanoseconds end in mishaps with same going for telemedicine where lives rest on speed and accuracy, a slight delay could prove fatal.

The key industry players spanning the fog computing market size include Microsoft, Cisco, Dell, Intel, Arm Holding, Fujitsu and Schneider Electric Software. PrismTech Corporation, Nebbiolo Technologies and Dell Corporation.

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