TECHNOLOGY FACTS

Intelligent Traffic Management System Market – Incorporation of Cutting-edge Technologies in Transport Networks to Underpin Future of the Market

Several countries are focusing on efficient monitoring of traffic movements with the implementation of advanced technologies that provide quick reactive measures and reduce the effects of unavoidable disaster. This is one the latest trends prevailing in the intelligent traffic management systems market.

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Emergence of connected vehicles which require seamless communication platforms may influence the adoption of intelligent traffic management systems for proper functioning and subsequently guide the future expansion of the market. By product, integrated urban traffic control systems are likely to gain greater traction, expanding at a robust CAGR of 15.4% over the forecast period. Holding 16.9% value share, the segment contributes highest revenue to the intelligent traffic management systems market, and the trend is expected to continue during 2017-2026.

The recent report published by Fact.MR on intelligent traffic management systems market is a result of a thorough and exhaustive research methodology. The actionable and detailed insights into global intelligent traffic management systems market are obtained through a two-step research process involving primary as well as secondary resources. The secondary research was conducted by particularly studying trade journals, paid resources, and other associated publications relevant to intelligent traffic management systems market. The primary research, on the other hand, involved interviewing industry experts. Along with a historical analysis, results from these processes were triangulated to determine the accurate and complete forecast of global intelligent traffic management systems market for the period between 2017 and 2026.

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Technological solutions such as intelligent traffic management systems that monitor traffic through advanced methodologies are gaining pace to safeguard roadways infrastructure and transportation of commuters and pedestrians. In busy roads and highways, effective traffic management solutions and services play an important role in monitoring various traffic activities. Incessant rise in the number of on-road vehicles has increased the traffic density which results in roads accidents, noise pollution, and wastage of time and fuel. Such traffic concentration in various regions across the globe is becoming difficult to manage through manual operation, and therefore expected to influence the adoption of intelligent traffic management systems in the coming years.

Rapid movement of advanced technologies such as artificial intelligence, robotics and others in North America has influenced it to remain at the forefront of intelligent traffic management systems market, contributing an estimated revenue of more than US$ 3.9 billion in 2018. The US accounts for relatively high share in the North America intelligent traffic management systems market, and is projected to expand at a promising CAGR of 10.1% during the forecast period.

Sales of integrated urban traffic control systems are likely to witness a steady growth during 2017-2026, holding over 16% revenue share in intelligent traffic management systems market in 2017. Freeway management systems, on the other hand, are expected to earn high traction in the coming years, owing to growing presence of expressways to improve interstate transportation.

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Fact.MR’s methodology is robust and comprehensive. We employ a range of tools and assets to develop an all-encompassing coverage of a range of industries. We compile data points at local, country, regional, and global level – our approach to capturing the finest nuances, without losing sight of the bigger picture helps us in developing accurate and reliable forecasts and estimates.

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Potassium Formate Market Opportunities, Challenges, Strategies & Forecasts Report

The report delivers valued actionable insights in its competitive landscape section that discusses the overall contribution of key players in the global potassium formate market, their relative global position, and business strategies. The market for potassium formate is estimated to grow over the forecast period as the contenders in the potassium formate market are increasing in number, and the intensity of market competition is likely to rise over the next decade. Prominent manufacturers are prioritizing strategic developments, such as material processing, capacity expansion, product innovation, collaborations, and acquisitions, to better their foothold in the global marketplace.

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The resultant consolidation of the competition structure of the market will create room for innovation, thereby accelerating the manufacturers’ move towards exploring untapped industrial application areas. In particular, demand for brine delivery form for potassium formate is increasing steadily in industries and several de-icing operations. The brine solution delivery form in potassium formate market created lucrative opportunities during the forecast period and held ~71% in 2018, according to Fact.MR’s research.

Looking at continued preference for potassium formate over other salts, for application in drilling and de-icing, key market players are prioritizing potassium formate manufacturing capacity expansion. SynaTek Solutions introduced a range of airport de-icing solutions in 2017, with BASF’s potassium formate. Recently, Evonik entered a collaboration for potassium formate manufacturing. Apart from de-icing and drilling, several potassium formate manufacturers are eying opportunities arising in the heat transfer fluids sector. Strategic distribution partnerships and joint ventures will also be among the preferred developmental strategies among leading market players.

End-users of the drilling industry are under constant pressure to reduce operational costs, maintain quality and increase productivity. This pressure reaches up to the value chain wherein manufacturers of drilling fluids are constantly engaged in R&D to accommodate consumer demand. Among the divergent needs, safety, agility, and efficacy of the drilling fluids are the prominent requirements generated from the end-users’ end. Among the changes that are actively integrated into the drilling process, development of smooth fluids and incorporation of high chemical strength are trending.

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Demand for the former feature entails from the end-user sentiment for hazardous outcomes due to snowfall and that of latter from the ongoing applications for deicing on airports. Application-specific developments are also being incorporated. For instance, the development of potassium formate brine solutions for removing snow from aircraft surface, wherein delicate yet flexible handling of a wide range of temperature as compared to its alternatives present in the market.

Formic acid has been witnessing a remarkable growth on account of the growing demand for preservatives and feed additives. Improving living standards internationally has resulted in the increasing consumption of meat, thereby boosting the demand for formic acid in animal feeds and silage preservatives. The high-quality nature of formic acid coupled with the global environmental acceptability is one of the major influencing factors creating an upsurge in demand in the industry. The rise in the production of formic acid is also anticipated to be one of the key influencing elements for the growth of potassium formate with an increased emphasis.

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Liquid Crystal Polymer Market Set to Grow According to Forecasts

Despite plastics constitute the most aggravating environmental concerns worldwide, people continue to use massive amounts of plastics in their routine life, thereby, pushing profit margins for plastics manufacturers. Much to the chagrin of happenings and activists, an increasingly stringent and restrictive regulatory environment apparently has had put a sizeable dent in the plastic industry’s growth so far. It is changing now, with behemoths in the plastics industry starting to adapt and disrupt diverse manufacturing processes across diverse industries, such as electrical & electronics, automotive, and consumer goods, sports & leisure.

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Global plastic production reaching a whopping volume of ~390 Mn Tons in 2018, with APEJ accounting for ~50 of the overall production, which was primarily maintained by wide range of applications of thermoplastics across various verticals. The bulk adoption of high engineering plastic for applications across electrical and electronics industry in particular, and automotive sector, and potential lucrativeness in the medical applications are highly likely to grow further in the years to come.

While highly priced and low-volume polymer -high-performance thermoplastics (HPTPs) continue to garner considerable traction for use in specialized applications that require a combination of extraordinary properties, their adoption is likely to remain bullish in near future. Moreover, HPTPs are also garnering limelight as a potential replacement for metal parts, as industries shift their focus towards various forms of plastics as light-weighting materials for diverse applications.

Materials with versatile profile continue to garner substantial traction, as an increased number of industries have placed their focus on leveraging the multifaceted options, while they aim to suffice the rapidly changing consumer demand for quality-driven products. Thermotropic liquid crystal polymers (LCP), for instance, belong to the super engineering plastics class, and are witnessing adoption for a broad-spectrum of applications in the proliferating electrical & electronics industry. Liquid crystal polymers exhibit unique properties of high flowability for extrusion molding, resistance to heat, and low dielectric constant, which continue to make them an ideal option for manufacturing wide range of products.

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The electrical & electronics industry continues to expand at a steady pace, specifically in Asia-Pacific region, led by China, which is the largest manufacturer of electronic devices and components globally. Growing presence of a large number of manufacturers and high production capacity of electronic devices in China continue to uplift the opportunities for market players in this region. Demand for liquid crystal polymers is increasing by leaps and bounds with correspondence to the growth of electrical & electronics industry with concentrated applications for LCP.

Liquid crystal polymers are widely leveraged for a variety of surface-mount technology, such as connectors — for example, small-outline, dual inline memory modules for laptop and computers as well as flexible printed circuits (FPCs) for tablets and smartphones. While providing excellent flow to fill multifaceted geometries in short cycle times, outstanding thermal and chemical resistance, and unique mechanical properties, LCPs achieve UL* 94 V-0 flame retardance without requiring flame retardant additives, and the scrap can be recycled for future use.

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Coating Binders Market Size, Growth, Forecast | Opportunities by 2027

Tier 1 players in the coating binders market account for 40%-50% of revenue share. The leading players in the market are focusing on strengthening their regional presence. The companies are planning to expand through mergers and acquisitions, and new product launches. Rise in stringent regulations on limiting Volatile Organic Compounds (VOC) emission across globe is also resulting in new product launches by manufacturers.

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For instance, BASF SE, one of the leading players in the coating binders market launched new low odor binder for paper coating, with minimal content of VOC. Moreover, BASF’s construction chemicals division recently opened a development laboratory in Dubai. The company is focusing on developing new technologies to improve performance of construction and concrete materials.

Rapid urbanization and infrastructure growth in emerging economies is resulting in an increasing demand for coating binders. Epoxy resins as coating binders are finding large application in the construction and infrastructure sector. The Asia Pacific holds growth opportunities for coating binders’ manufacturers, with substantial growth in the infrastructure sector in China and India.

Water-based products are gaining popularity in the coatings industry. Acrylic polymers as binders are used widely in paints as water-borne emulsions. These water-borne emulsion paints are used on a large scale as decorative paints for outside and inside of buildings. According to the report by expert team from Global Construction Perspectives and Oxford Economics, volume of construction output is likely to growth by 85% worldwide by 2030, driven by India, China, and the US.

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The move towards water-based coatings can be seen across various regions with stringent regulations on VOC emissions. According to the Paint Quality Institute, water-based paints account for around 80% of household paints sales.

The on-going trend of low and zero VOC coatings is offering opportunities for innovation in coating binders. Antimicrobial coating technology is gaining popularity ensuring microbial control, providing hygienic surfaces and providing film preservation in paints. For instance, Croda has launched MyCroFence, a first-generation acrylic binder with the active antimicrobial surface component.

With the increasing use of lithium-ion batteries in the automotive sector, manufacturers in the coating binders market are focusing on developing effective coating binder material that can replace industry standard polyvinylidene fluoride (PVDF) binder, a toxic solvent with the water-based solvent.

Conductive polymer gel binders ensuring long-term stability of electrodes in high power lithium-ion batteries have gain traction as a novel polymer binder for next-generation high energy and high power lithium-ion batteries. The rise in an autonomous driving system is also resulting in the development of paint and coating binders for vehicle sensors.

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Biochar Market Growth Rate, Future Trends and Challenges, Major Drivers and Opportunities to 2029

The global landscape of biochar market continues to represent a highly fragmented competition structure, and a majority of revenue shares are held by a wide pool of several unorganized players. Companies, such as Carbon Gold Ltd., Biochar Now LLC, Genesis Industries LLC, Biochar Supreme LLC, and Diacarbon Energy Inc., are currently leading the way, and continue to dedicate their strategies to the innovation of competitively priced, as well as energy-efficiency variants.

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As low-emission low-cost biochar products have been recently capturing the attention of participants in the biochar market, it is highly likely that companies will remain adhered to advanced production techniques for a variety of economical substitutes for activated carbon applications. Industry stakeholders are also eyeing gains out of the biochar application in limiting compost greenhouse gas (GHG) emissions and odors, and hydrogen sulfide sorption in wastewater treatment.

A large number of market players are leveraging their R&D capabilities to explore the potential application of biochar in the generation of electricity, and nutrition retention of soil. In view of the potential application and eventual demand for biochar in solving dry land issues, such as acidified soils and drought related problems, stakeholders are investing efforts in creating awareness among the farmers, to unlock new opportunistic avenues in the market. Additionally, the shifting focus of companies on capitalizing on the growing application of biochar in water conservation points to an influx of opportunities in the competition landscape.

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Growing awareness about the carbon negative nature of pyrolysis-derived biochar is creating fresh growth avenues for stakeholders. The potential role of this bichar system derived by the process of pyrolysis is being increasingly viewed as a potential tool to mitigate climate change, by restoring plant based carbon in a stabilized form in soil to prevent decomposition. Though the consensus revolving around the effectiveness of soil biochar amendments in eradicating CO2 from the atmosphere continues to grow, its chemical properties and net carbon footprint are widely variable.

An authentic methodology, coupled with a holistic approach, lays the base for the actionable insights mentioned in the biochar market for the time frame, 2019-2029. The Fact.MR report provides comprehensive information about the future opportunistic value of biochar market along with enthralling insights into the forecast analysis of the market.

Intensive primary and secondary research has been employed to garner riveting insights into the projection analysis of biochar market market. The report on biochar market has further undergone various cross-validation tunnels to ensure that the report carries one-of-its-kind and exclusive information for the readers.

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Lithium-ion Battery Cathode Market Growth Rate, Future Trends and Challenges, Major Drivers and Opportunities to 2029

The lithium-ion battery cathode market operates amid a high degree of consolidation with only a handful of players operating in the top tier. The leading players accounting for ~50% of the total lithium-ion battery cathode market shares, include Umicore SA, BASF SE, and Sumitomo Chemicals.

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Leading players operating in the lithium-ion battery cathode market continue to exploit strategic merger and acquisition activities to broaden their exposure in overseas territories. While these players continue to strenuously focus on expansion of their production capacities, new investments will remain of paramount importance for them. For instance, in November 2018, BASF SE declared its plans to refocus efforts on the manufacturing of NMC cathode material that comprises 70% manganese, 20% nickel, and less than 5% cobalt.

Currently lenient in some parts of the world, emission laws are likely to turn stringent with an emphasis on environmental sustainability, which will potentially manhandle the adoption of lithium-ion battery cathode to a higher rate. For regional players in the market, this will be the key differentiating factor for a competitive edge.

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On the other side, regional players continue to struggle with the development of lithium-ion battery cathodes within the permissible limits of regulatory norms. For example, 3M augmented its investments in Nanoscale components for improving lithium-ion batteries. With the upsurge in the demand for these batteries in Asia Pacific’s consumer goods and automotive sector, investments in this region are likely to translate into greater ROI.

Low competency in terms of excessive heat tolerance will remain the key restraint paling the high popularity of lithium-ion battery cathode, which incites manufacturers to foster innovation in the landscape and move the quality gradient of the lithium-ion battery cathodes to higher scales. Manufacturers of Li-sulfur batteries, however, are likely to claim a share in sales, solely closed by lithium-ion batteries, in light of their lighter weight, lower costs, and capability to store twofold energy, when compared to Li-ion batteries.

The production of lithium-ion battery cathodes relies on a streamlined supply of raw minerals and processed functional materials. However, the depletion of mineral reserves in countries, such as India, Philippines, Vietnam, Mexico, Argentina, and Indonesia, is likely to deter the growth of the lithium-ion battery cathode market.

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Ceramics Market Worldwide Industry Growth, Future Opportunities and Top Manufacturers

The global ceramics market represents a fairly fragmented competitive landscape, with a large number of smaller companies accounting for 50% of the global market revenues. A majority of globally leading companies manufacturing and dealing in ceramics are observed to be targeting developing regions for expansion of manufacturing capacities and distribution, in the backdrop of the rapid growth of the building & construction, and infrastructure industries in several developing regions.

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Kyocera Corporation, Saint Gobain, The 3M Company, Dow Dupont, and a few others. While these players lead their way in global marketplace with established growth strategies, such as maintaining sound sales and operational infrastructure, they are also focused on expansion of the global footprint. New product developments by such globally brands will remain the regular highlights of the market over the years to come.

On the other side, the presence of followers in the global ceramics market are confined to specific regions or countries, which is a major restrain challenging them to achieve expanded shares in the global landscape. Strategic collaborations and acquisitions are likely to remain preferred plans of these companies, for improved manufacturing and distribution.

Ceramics are widely used in the construction industry that is growing at a steady pace all over the world, specifically in developing regions. The demand for construction in the housing as well as commercial sector is increasing because of growing economies, urbanization, per capita income, and spending, GDP growth, population expansion.

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In addition, the fulfillment of the demand for better aesthetic design, and structural reliability and sustainability of buildings without a significant increase in prices has been achieved due to the effective use of ceramics. Sustained demand for ceramics from the construction sector will continue to remain a key driving force for the ceramics market across the globe.

The primary raw material in the production of ceramics is clay that consists of many minerals, with silica being the primary one. Clay and silica are obtained through external or natural sources, as well as through internal sources. Internal sources include recycling waste tiles and waste produced during the manufacture of tiles. Thus, the raw material for production is available in abundant quantities, which enhances the production of ceramics.

Clay is found in three raw forms: bentonite, fuller’s earth, and kaolin. The increase in clay production indicates an increased demand for clay across various purposes – of which ceramics and construction are the primary ones. Hence, the availability of clay in abundant quantities drives the ceramics market globally.

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Potassium Formate Market Growth Factors, Competitive Analysis, Future Prospects and Top Manufacturers

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End-users of the drilling industry are under constant pressure to reduce operational costs, maintain quality and increase productivity. This pressure reaches up to the value chain wherein manufacturers of drilling fluids are constantly engaged in R&D to accommodate consumer demand. Among the divergent needs, safety, agility, and efficacy of the drilling fluids are the prominent requirements generated from the end-users’ end. Among the changes that are actively integrated into the drilling process, development of smooth fluids and incorporation of high chemical strength are trending.

Demand for the former feature entails from the end-user sentiment for hazardous outcomes due to snowfall and that of latter from the ongoing applications for deicing on airports. Application-specific developments are also being incorporated. For instance, the development of potassium formate brine solutions for removing snow from aircraft surface, wherein delicate yet flexible handling of a wide range of temperature as compared to its alternatives present in the market.

Formic acid has been witnessing a remarkable growth on account of the growing demand for preservatives and feed additives. Improving living standards internationally has resulted in the increasing consumption of meat, thereby boosting the demand for formic acid in animal feeds and silage preservatives. The high-quality nature of formic acid coupled with the global environmental acceptability is one of the major influencing factors creating an upsurge in demand in the industry. The rise in the production of formic acid is also anticipated to be one of the key influencing elements for the growth of potassium formate with an increased emphasis.

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Automotive Steering System Market – Electric Powered Automotive Steering System Taking over Hydraulics

Following the CES 2018, General Motors presumptuously declared that the company will eliminate the automotive steering system from the autonomous vehicle design by 2019 end. With the much anticipated launch of the Level 5 Chevy Bolt lined up next year, GM is all set to unveil an autonomous vehicle without an automotive steering system and pedals. The company claims that this will be the first ever production car sans driver control.\

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On the other side, Ford has already patented a completely detachable automotive steering system and pedals, which has been planned to be available as a customer-requested automotive component option. Although GM and Ford plan the aforementioned features for highly automated level 4 and 5 vehicles, it is imperative to address several structural, functional, and system related challenges during realistic on-road testing, before the mass production roll-out. This is believed to be highly influential in shaping the future of automotive steering system market.

With dramatic evolution of the connected, autonomous, and semi-autonomous vehicle ecosystem, leading automakers ought to prioritize the safety and security concerns associated with automotive steering systems – especially electric power steering system (EPS). Industry experts predict that the next few years will observe soaring demand for EPS in all classes of vehicles, including state-of-the-art technology based vehicles such as autonomous and connected cars. Innovations centering cybersecurity of EPS is likely to open new doors of opportunities for OEMs active in the automotive steering system market through 2022.

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The quest for reduced complexity and costs will continue to compel OEMs to switch from hydraulic automotive steering system to electric automotive steering system. Moreover, manufacturers are increasingly inclined towards achieving high efficiency, and thereby preferring electric automotive steering system over hydraulic automotive steering system. Although hydraulics have been considered ideal for amplified steering efforts for parking and maneuvering vehicle through heavy traffic, they tend to undermine both the engine power and fuel economy.

Electric automotive steering system on the flipside helps achieve high fuel efficiency, and reduced vehicle weight and costs – offering assistance at lower as well as higher vehicle speeds and in all driving modes, including sports. Furthermore, electric powered automotive steering system can potentially work in tandem with automotive radar/LIDAR in futuristic cars. EPS systems are constantly on the rise in terms of adoption, and will continue to account for over half of the total value of automotive steering system market by 2022 end.

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Wheel and Tire Service Equipment Market Competitive Landscape Analysis with Forecast by 2026

Aging vehicles, growing annual mileage and retaining patterns in vehicle owners are creating recurring demand for advanced wheel and tire service equipment. Technological convergence has been scaling down large when and tire service equipment tools, enabling them to fit within automobiles. Equipment optimization has led toward the development of compact, sophisticated products integrated with sensor-based applications for diagnosing real-time service escalation requirements.

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Manufacturers are now focusing on acquiring proper balance in product mix and placement for meeting expectations in demand and maintaining a competitive advantage. Sonar-driven functions, optical imaging, and virtual reality systems are among high-tech features being implemented in the current wheel and tire service equipment, which in turn are likely to influence demand for these equipment. However, lower uptake of services associated with wheels and tires, and the trend of adoption of do-it-yourself equipment are likely to restrain demand for wheel and tire service equipment.

On the basis of equipment type, wheel alignment systems are likely to gain lion’s share of the market by 2026-end, in terms of value. This is mainly because of penetration of computerized wheel alignment systems, which are completely automatic, highly accurate, precise and quick in operation. In addition, manufacturers are focusing on the development of wheel alignment systems with properties such as protection in wheel clamping, user-friendly calibration and automatic self-check.

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In terms of value, Asia-Pacific excluding Japan (APEJ) will remain the most lucrative market for wheel and tire service equipment, mainly driven by the robust expansion of the automotive sector in the region. In addition, relatively less developed roadways in suburban as well as in various urban areas has led to higher prevalence of damage to vehicles in the region. Europe will also remain a lucrative region for the market growth on the back of rapid technological advancements in the region’s automotive industry.

Imperative assets of market players include brand image and penetration through state-of-the-art equipment. In addition, wheel and tire service equipment manufacturers are infusing relatively lower cost products for attracting smaller, price-sensitive garages. Key players identified by Fact.MR’s report include Arex Test Systems B.V., Robert Bosch GmbH, Aro Equipments Pvt. Ltd, Istobal S.A., Vehicle Service Group, Symach SRL, VisiCon Automatisierungstechnik GmbH, Snap-on Incorporated, Sarveshwari Technologies Limited (SARV), and Guangzhou Jingjia Auto Equipment Co., Ltd.

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