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Adipic acid is one of the most commercially important type of aliphatic dicarboxylic acids, especially due to its significant usage as a feedstock for the production of industrial fibers. It is produced from the oxidation of a mixture of cyclohexanol and cyclohexanone with nitric acid. Alternatively, adipic acid can also be produced from butadiene carbonylation. There has been a significant demand for chemically resilient, strong and durable fibers for the manufacture of automotive parts. This has initiated a strong demand for adipic acid, since it is one of the key ingredients for the production of composite materials. The major consumption of adipic acid is as the feedstock for the production for nylon 6,6 resin and engineering fibers. The non-nylon applications of adipic acid include its usage in the manufacture of polyurethanes, plasticizers, food additives and pharmaceuticals.

Rail network plays an important in any country's economy. They serves as the largest in-land carrier for both passengers and goods. Also, railways are considered one of the most economical and safe mode of transportation. According to World Bank, currently the world has over 1.05 million kilometer of railway track under uses and which carries billions of population daily. These long spread railway lines requires regular maintenance which has to be done in stipulated time in order to avoid hindrance in the network. Railways across the world uses specially modified rolling stocks which are designed to carry equipment and perform the desired task. However, the material channel is also linked with the conventional on-road vehicles which transfer goods, material or equipment in to these rolling stock and which is then carried to the spot of requirement. Also, often, railway routes require some of the special machineries like crane, excavators, and others which are conventionally either driven to the spot or are loaded on the rolling stocks to the destinations. All this process of loading and unloading is rather hectic and time consuming which cannot be compromised in case of any emergency. The solution of this are road-rail vehicles.

Rapidly increasing land areas under organic cultivation along with innovations in manufacturing process of organic fertilizers are the major aspects significantly driving the growth of organic fertilizer market. Expansion of potential customer-base resulting in rising demand and supply of organic fertilizer through growing requirement for organic food is expected to create lucrative growth avenues for organic fertilizer market. Growing awareness regarding the nutritional advantages of animal based fertilizers will further increase the demand and supply of organic fertilizer across the globe. Application of the liquid organic fertilizers is gaining significant traction amongst the farmers since the recent past, particularly owing to less labor extensive factor, thereby opening new growth avenues for organic fertilizer market.

The Lithium ion battery separator shutdowns the mechanism of the battery when abnormal heat generation occur with the battery cell. Lithium ion battery separators are also used to prevent physical contact between anode and cathode while facilitating ion transport thereby preventing short circuit and increasing reliability of the lithium ion battery. Lithium ion battery separator are primarily manufactured from non-woven fiber, polymer films and ceramic material, where porous membrane are commonly used with these materials in manufacturing of lithium ion battery separator due its low manufacturing cost, prevent mixing of chemicals and improved mechanical properties. Key manufacturers of the market are shifting from use of polymer separator to ceramic coated lithium coated lithium ion battery separators which improved life cycle and increase the performance of lithium ion battery.

The process of depositing a resin over a textile substrate either on one or two sides is known as textile coating. Textile coating produces a new structure which acquires best properties of substrate and the coating product. One of the most common method used for textile coatings is direst coating in which one or more several layers of PVC, acrylic resins, polyurethane etc. are applied over the textile substrate suing a scraper, cylinder, knife etc.

The rate of consumption of conventional energy sources is expanding day by day. This has presented non-conventional energy sources as an alternative to traditional energy sources. Renewable energy sources, for example, wind, solar, biogas, small-scale hydro power plants, etc. provide enhanced ecological protection. Declining fossil fuels supply and the damaged environment, which in some ways can be blamed on the conventional energy sources, have made it more important to discover other energy sources. Permanent magnet generators are becoming more popular day by day. They renewable are used to convert mechanical energy produced by rotor blades to electrical energy. The energy conversion is based on Faraday's laws of electromagnetic induction, that dynamically induces an electro-motive force i.e. e.m.f into the generators coils as it rotates. In permanent-magnets generators, permanent magnets are incorporated in the conventional rotor of an induction generator. Since these generators do not leave behind any residue or untreatable waste, they are fast becoming an extremely popular choice.

Subsea navigation & tracking is a system used for the navigation and tracking of underwater divers as well as vehicles by means of direction measurements/acoustic distance and subsequent position triangulation. Subsea navigation & tracking systems are generally used for a variety of underwater tasks such as ocean sciences,oil and gas exploration, salvage operations, marine archaeology and military activities. Moreover, offshore industries also utilize subsea navigation & tracking systems in a whole set of operations such as exploration, hydrographic survey, drilling, construction survey, dynamic positioning, production, and decommissioning. On the basis of application, oil & gas exploration will hold a dominant share over the forecast period and is estimated to grow at a stable pace owing to growing demand for subsea navigation & tracking in regions such as the North America, Europe and Japan.

Underwater modems are used to transmit data wirelessly through water. With the introduction of underwater modems, users can now communicate, navigate and monitor under water. The use of technologies like Wi-Fi and GPS, beneath the water surface, has been made possible by the introduction of underwater modems. These are also known as acoustic modems. Underwater acoustic communication has low data rates due to the acoustic waves used for transmission rather than the electromagnetic waves. Underwater modems are used in a variety of applications for data gathering and monitoring for marine applications. Different modems are installed based on specific requirements like short-term deployment, long-term deployment and corrosion resistance. The use of underwater modems by the defense industry for communication between submarines is expected to drive the global underwater modem market. Incre'asing investments made in research and development and data monitoring underwater, surveys and environmental studies has led to further growth in the underwater modems market. Moreover, underwater modems are also used for autonomous under vehicle communication. The market for underwater modems is expected to increase at a moderate CAGR over the forecast period.

Polymers and plastics are generally used in coating and packaging applications. Around 80% polymeric materials are produced from the petroleum industry, while processing fossil fuels. The burgeoning use of plastics is burdening the environment with its increasing carbon footprint due to greenhouse gas emissions, along with other factors such as soil and ground water pollution. Thus arising a need for environment-friendly alternatives. The growing focus towards sustainable development is expected to create an opportunity for bio-based plastics and polymers in the coming years. Biopolymers are polymers that are degradable when subjected to moisture and heat, under the action of micro-organisms. They are made from waste starch, biomass and other renewable feed stock. There are some commercially available polymers (such as polylactic acid, bio-nano composites and polyhydroxyalkanoate, etc.) which are used in the electronics and automotive industries. Governments are encouraging the use of biodegradable polymers over conventional polymers so as to reduce carbon footprint. Some major automotive companies are now opting for biopolymers in their vehicles; for instance, the Ford Motor Company is using biopolymers for interior applications.

Surface finish aka surface texture is a significant property for machines, component structures and materials, which are exposed to harsh operation conditions and environment. Surface finish aids in controlling friction and transferring layer formation during sliding. Subject to extreme temperatures, corrosive environment, or abrasive conditions, the surface of the material may get critically damaged. The application of surface treatment chemical increases hardness, wear resistance and improves adhesion of other chemical treatments such as photosensitive and other coating. Surface treatment is majorly utilized for treatment of metals and alloys, however not only limited to metal, but surface treatment are also utilized for treatment of printed circuit boards, which are composed of plastic and metal. Metal profiles prefer surface treatments such as electroplating, which engages in the formation of metallic coating on surfaces and anodic oxidation for light metals such as titanium and aluminium. Additives and sealants are also used to ensure efficient application of other chemicals.

Instrumented load shackles are forged from high-tensile stainless steel and are designed for weighing and lifting in harsh environments. Instrumented load shackles provide a simple and practical method of obtaining tensile load measurement in various industries. Instrumented load shackles are available in the capacity range from 1 ton to 650 tons and proof loaded to 150% of the normal loaded load. Furthermore, cable tension monitoring, towing tension, crane weight, under-hook hoist and crane safe load monitoring are some of the typical areas where instrumented load shackles find applications in the global market. Instrumented load shackles are used for marine & industrial application stainless steel pin, and are fitted with an anti-rotation plate and a loading bobbin.

Breathalyzer is a non-invasive medical device used for estimation of Blood Alcohol content (BAC) from breath sample. Breathalyzer is used to test intoxication levels caused by alcohol and drugs. Breathalyzer was invented by Dr. Robert Borkenstein while being appointed as police photographer at Indiana State Police lab. Since 1954, Breathalyzer is a genericized trademark for many instruments like Alcotest, Alcosensor, Datamaster, Intoxilyzer and Intoximeter. Breathalyzer device consists of three parts, first part consists of system where breath is sampled, second part consists of two glass tubes with chemicals and third part consists of photocells that are connected to meter showing colour change. Breathalyzer system together works on redox reaction causes change in colour that is directly proportional to amount of alcohol in breath, wherein red-orange colour of dichromate ion changes to green.

Foam glass granulate is the recent light weight building and insulation material. Foam glass granulates are manufactured from waste glass which is ecological for the long run. Foam glass granulates are also known as expanded glass granulates. Foam glass granulates are manufactured by milling & mixing of recycled glass with organic aggregates, then the mixture is melted down at high temperature. Apart from high insulation the foam glass granulates possess other properties such as fire resistance, frost resistance and high pressure resistance & dimensional stability. The light weight nature of foam glass granulates is increasing its adoption as compared to other aggregate materials. Due these various properties foam glass granulates are getting attraction from several industries such as agriculture, automotive, oil & gas bio-filtration etc. Besides it the foam glass granulates are widely used in construction, chemical and pharmaceutical industries.

Incubators are used to cultivate and preserve microbiological cells and microbiological cultures in scientific labs. The incubators maintain optimum humidity, temperature, and other states of affairs such as the carbon dioxide and oxygen content of the inside atmosphere. Incubators are essential for various experimental work in molecular biology, cell biology, and microbiology. Incubators are used to culture both eukaryotic cells as well as bacterial cells. Incubators are produced in a variety of sizes, from warm rooms to preserve and cultivate a large number of samples to bench-top models for small experiments.

Urinary incontinence is a condition wherein there is unintentional loss of urine. This is also referred to as stress incontinence which happens during physical activities like coughing, sneezing, running or lifting heavy weights, that's exerts pressure on the bladder. Stress incontinence differs from urinary urge as it is caused by contraction of bladder muscles. Stress incontinence is very common among females than in males and can be of the reason for isolating oneself from the social life. Female stress urinary incontinence is caused by weal sphincter muscle. There are two types of female stress urinary incontinence: urethral hypermobility and intrinsic sphincter deficiency. In urethra hypermobility, the urethra changes its position due to increase in abdominal pressure, whereas in intrinsic sphincter deficiency there is inability in the sphincter to get sealed. Female stress urinary incontinence is most commonly observed above the age of 60 years as weakening of pelvic muscles occurs by this age. There are further more causes of female stress urinary incontinence like pregnancy and childbirth, hysterectomy, nerve or muscle damage during birthing or surgical trauma, obesity, menopause, chronic coughing, anatomical predisposition and impact of various heavy physical activities.

Rapidly increasing geriatric population coupled with growing prevalence of the degenerative disease has been stimulating the growth of knee replacement market. Technologically advanced implant material coupled with development of the customized replacement implants has been forecasted to gain significant traction in knee replacement market. Growing awareness regarding the advantages of knee replacement has resulted in increased number of adult population undergoing early knee replacement surgeries. Rising demand for usage of 3D technology is anticipated to significantly drive the revenue growth of knee replacement market.

Global sales of trace chemical detectors closed in on around US$ 2 billion in 2018. According to a recent intelligence outlook presented by Future Market Insights (FMI), widening applicability of trace chemical detectors across multiple industries including chemical, petrochemical, defense, aerospace, healthcare, and research will drive the revenue growth of trace chemical detector market at an estimated CAGR of over 7% during 2019-2027.

Infectious disease diagnostics is process of identifying the presence of foreign antigen/organism with the help of various diagnostic tools. Infectious disease conditions are highly prevalent in under developed regions due to lack of awareness for personal hygiene, minimal healthcare expenditures and absence of efficient physician services. The high incidence of infectious diseases across emerging economies formulate a major share in overall market. This has grab the attention of in vitro diagnostic device manufactures to invest into emerging economies. These companies are taking efforts to develop and commercialize cost effective tools for the infectious disease diagnosis. Presently, the gold standard tests available for bacterial infections and sexually transmitted disease diagnosis have major market share. However, these test are expected to replace by molecular techniques in future.

The global industrial microbiology market is expected to witness rapid growth in terms of revenue over the forecast period. Rising application of industrial microbiology in the pharmaceutical industry for production of antibiotics is expected to fuel the growth of the global industrial microbiology market. Continuous research in the pharmaceutical industry for novel drug development using selective toxicity is a major factor expected to increase the adoption of industrial microbiology for more detailed research on essential microorganisms. Despite the threat of rising anti-microbial drug resistance, especially in developing countries, the consumption of prescription antibiotics is expected to increase the adoption of industrial microbiology among generic drug makers.

Electrical safety analyzers are essential to ensure safety in operating standards for the product that uses electricity. The electrical safety analyzers allows to check, not only the protection against the electrical shock, but also the components user safety and quality. The electrical safety analyzer is an instrument which is used to test or determine that the product/sample is in compliance with electrical safety requirements. Electrical safety analyzers are rapidly adopted in wide range of industries such as electrical, medical, and others. Also, Electrical safety analyzers are in demand as these prevent from electrical shocks which directly impact the human body and could lead to accidents or serious damage.

Clinical trials are generally conducted to collect data regarding safety and efficacy of new drugs and devices development. There are multiple stages of drug approval in clinical trial process before drug or device can be sold in the market. In general, drugs or devices must undergo several phases of clinical trial that include preclinical, clinical trials to get market approval. Clinical trials are done on human subjects in different phases such as phase 0, phase 1, phase 2, phase 3, and phase 4 or post marketing surveillance to testify the products safety and efficacy. Early phase clinical trials include Phase 0, Phase 1, and Phase 2 stages of clinical trials which are essential to ascertain the safety and efficacy of the drug or devices in target population. Clinical trials outsourcing in pharmaceutical and medical devices industry has been a market trend owing to increased expertise of Clinical Research Organizations (CROs) coupled cost saving strategies adopted the numerous drug development companies in the market.

The approximately US$ 7.8 billion market for security screening is highly likely to approach the revenues worth US$ 10 billion in the next two years. As indicated by a newly launched research report by Future Market Insights (FMI), more than half of the total demand for security screening is being accounted by the developed regional markets. East Asia however is cited as the most lucrative market for investors in security screening systems and solutions.

The global packer bottles market will register 6.4% CAGR through 2027, according to a report by Future Market Insights (FMI). In terms of sales, the packer bottles market is estimated to account for revenue worth US$ 3,555 Mn in 2017. By 2027, sales of packer bottles for application in tablets and capsules will reach 74,418 units. Food & beverages, and pharmaceutical sector will be major end-users of packer bottles. In addition, chemicals, followed by food & beverages sector is expected to exhibit highest CAGR through 2027.

Bulk container packaging offers extreme convenience in shipping large stacks of consumer goods with cost-effective containerization and hence being increasingly preferred by a number of verticals. Moreover, increasing international trade activities is further promoting the use of bulk containers in the shipping industry. In recent years, demand for bulk containers has surged to a significant extent owing to the introduction of advanced packaging solutions such as flexitanks that can easily meet the transportation requirements of non-hazardous chemicals. However, affordability of bulk containers has been impacted by the ongoing fluctuation in prices of raw material.

Future Market Insights has announced the addition of the “Sound Meter Market " report to their offering