Calcium Nitrate Market Holds Promise in Fertilizers and Wastewater Treatment Applications

Calcium nitrate is a compound with the ability to absorb air moisture and increase soil fertility. Ammonium nitrate and calcium hydroxide are utilized to create calcium nitrate. Manufacturers also apply nitric acid to limestone and then treat the substance with ammonia to create calcium nitrate. The resulting compound is mainly used in agriculture, wastewater treatment, and concrete manufacturing applications.   

The demand for calcium nitrate is extensively driven by high consumption of calcium nitrate fertilizers in order to meet the growing food requirements in various regions. The market for calcium nitrate is expected to grow mainly due to the increasing demand for wastewater treatment and steadily growing  demand for grain crops in emerging economies. 

Transparency Market Research states in its recent study on the market for calcium nitrate that in terms of volume, the market stood at 14,602.1 kilo tons in 2013. iIn terms of market value, it stood at US$7.37 billion in 2013 and is further expected to reach US$10.18 billion by the end of 2020. The overall market is rising at a CAGR of 4.8% in the forecast period 2014-2020. 

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Calcium nitrate is a crystalline, odorless inorganic compound mainly used in applications such as fertilizers, explosives, wastewater treatment chemicals, concrete manufacturing, agriculture, and others. 

Calcium Nitrate: Popular Areas of Applications  

Use of Calcium Nitrate in Fertilizers 

Calcium nitrate fertilizers are often used in different kinds of food crops in order to raise the pH levels of the soil. It also helps raise the nitrogen and calcium content of the soil to an optimum level, both of which are necessary for optimum plant growth. Calcium nitrate improves the efficiency of the plant with regard to absorbing other nutrients in the soil. Some gardeners use this compound as fertilizer in edible gardening and vegetables. Many hydroponics growers also dilute calcium nitrate into feeding tubes in order to provide nutrients and nourishment to indoor plants.
Calcium nitrate is highly popular in agriculture because the compound has two of the most essential elements for plant growth. It can dissolve readily in water and also act as a double growth energy fertilizer in plants and agricultural crops. Hence, the calcium nitrate market is dominant among other nitrogenous fertilizers across the globe.  

For the forecast period 2014-2020, the fertilizer segment is expected to be the largest and fastest growing application segment in the global market. In 2013, it accounted for more than a share of 50% of the global calcium nitrate market.  

Calcium Nitrate Finds Application in Sewer and Wastewater Treatment Plants

Calcium nitrate is widely used in wastewater treatment for preventing a malodorous output. The compound is used to suppress or block the formation of odor in sewer networks and other municipal waste water treatment plants, which release hydrogen sulfide due to anaerobic fermentation. In the presence of calcium nitrate, the metabolism for sulfate is terminated, thus preventing the formation of hydrogen sulfide. Calcium nitrate is suitable for wastewater treatment because of its low price and ease of handling. 

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The calcium nitrate market is moderately concentrated and dominated by medium and small regional companies in various regions of the world.  Due to increasing demand for food crops, China and India in particular are expected to boost global demand for calcium nitrate fertilizers by 2020.

Hectic Working Schedules among Women a Major Factor Boosting the Demand for Breast Pumps

The use of breast pumps by lactating mothers is highly recommended and influenced by certified lactation consultants, pediatricians, and gynecologists. Breast pumps prove to be encouraging especially for mothers who suffer from flat or engorged nipples, breast engorgements, or in cases of premature births.

The value of the global breast pumps market in 2013, according to a report published by Transparency Market Research, was US$1,194.16 million, which is expected to grow to US$2,609.21 million by 2020. At a healthy CAGR of 8.8% from 2014 to 2022, the global breast pumps market is poised for steady growth.

Here are a few factors that fuel the development of the global market:

Rising Population of Working Women results in Heightened Demand 

A key factor that has boosted the breast pump market is the rise in working mother population around the world. Change in lifestyles and women prioritizing their careers along with childcare have had a positive impact on the breast pump market. 

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Earlier this month, US-based corporate giant IBM announced that it will be launching a service that will allow working mothers to send expressed breast milk easily back home to their babies while they are traveling on business. The aim of this service is to better help mothers to balance their work and home. In addition, companies such as IBM have realized the need to attract more female talent and keep their working women on board.

Measures such as these have fueled the demand for breast pumps.

Rising population of working women has also translated into the increase in disposable income, thereby making breast pumps an affordable product for many.

Availability of Varied and Advanced Technologies Propelling Growth 

Breast pumps today are available in different designs, based on various modes of operation and frequency of breastfeeding. The easy availability of technologically and medically advanced breast pumps is driving the growth of the global market.

By design, there are two main types of breast pumps available in the market: open systems and closed systems. Open systems are breast pumps that are without any barrier between the pump tubing and the milk collection kit. This leaves the collected milk rather susceptible to contamination. Closed pumps, on the other hand, have a barrier between the pump tubing and the collection kit, preventing the milk from contaminating.

A wide range of breast pumps are available depending upon the mode of operation. The four main types are single electric, double electric, manual, and hospital-grade breast pumps. Single electric breast pumps are the most preferred kind compared to manual breast pumps owing to variable suction pressures and powerful motor capacity. Double electric breast pumps are mainly preferred for frequent breastfeeding since it allows for efficient milk expression and less time consumption. Hospital-grade breast pumps are mainly designed to establish milk supply and get mothers acquainted with the use of breast pumps. Their effective pumping capacity, powerful motor, and ability to support multiple users makes hospital-grade breast pumps far superior than the other kinds.

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While the use and popularity of breast pumps already enjoy an established status in developed countries, their scope for further demand in emerging economies is still high. Major players competing in the market are looking to make the most of the opportunities available in these markets by focusing on promotional activities and consistent product modifications.

Bone Morphogenetic Proteins Poised to Prove Propitious in Orthopedic Care

Bone morphogenetic proteins (BMPs) first came into existence in 1965 and were identified by Marshall Urist. These proteins are responsible for stimulating natural bone growth in the human body. They already exist in the body and can be concentrated, produced, or placed around the spine for spinal fusion. These proteins have the ability to create a fusion without the patient’s own bones. 

What are the various capabilities of BMPs that have facilitated their use?

Amongst the various types of BMPs, BMP-7 and BMP-2 have exhibited the highest ability for cell stimulation in the local environment for undergoing phenotypic conversion into osteoprogenitor cells, which are capable of bone formation. BMPs have been functioning via a number of pathways, including initiating an increase in the secretion of parathyroid hormone and alkaline phosphatase, raising osetocalcin expression, which in turn increases the number of bone-forming cells.

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What is the role of BMPs in spinal fusion?

Conventionally, spinal fusion needed transplantation of bone chips from the pelvis of the patient to the vertebrae to aide in fusing them together. Though this procedure could be extremely effective for treating specific spinal disorders, this bone transplantation procedure, also known as bone grafting, may prolong surgery, increase the hospital stay, cause greater blood loss, and raise the recovery time and pain during recovery. Additionally, the bone grafting technique may result in an unsuccessful vertebral fusion, in which sometimes there is insufficient bone growth.

As per the current innovative research, genetically produced bones and recombinant human bone morphogenetic protein-2 have the cell-stimulating ability of a patient's own cells for making more bone. In addition, rhBMP-2 provides a lot of benefits to patients who are undergoing spinal fusion by eradicating the requirement for bone transplantation through the pelvis. Therefore, this developed therapeutic approach decreases the requirement for depending on screws or spinal rods, expedites the vertebral fusion, and reduces the requirement for painful autograft surgery.

What are the key factors fuelling the global bone morphogenetic protein market?

The increasing occurrence of spinal fusion surgeries and colon cancer is predicted to stimulate the global market for bone morphogenetic protein (BMP) during the forecast period. Huge R&D investment along with the emergence of novel devices and drugs used in orthopedic conditions are anticipated to provide bones that are functionally stronger and will heal damaged bones comparatively quickly.

The rising geriatric population, increase in sports- and trauma-related injuries, and increase in the demand for minimal invasive surgeries are predicted to fuel the growth of the bone morphogenetic protein market in the forecast horizon. In addition, increasing disorders of the lower back due to the changing modern lifestyle is expected to raise demand for spinal surgeries, which will boost the bone morphogenetic proteins market. 

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Thousands of bone fusion operations are performed in the U.S. annually, greater than halfmore than half of which comprise spinal column fusion. Therefore, one of the biggest challenges to orthopedic research has been the requirement for novel ways to repair bones faster and make them functionally stronger through organic means, wherein bone morphogenetic proteins have emerged as a highly promising solution. 

Body-worn Temperature Sensors: Top Trends Boosting Market

While there is a paradigm shift towards wearable technology in current times, its origin goes back in history to wearable inventions that revolutionized the way we view and track life. From activity-trailing fitness bands to Oculus Rift and Google Glass, big names are participating in the once-niche technology. 

The idea of wearable technology is not new and dates back to the 1960s and 70s, when the first wearable computing devices were built to count cards in an attempt to cheat casinos and improve a gambler’s winning odds.

After the initial innovations, wearable technology remained a small-scale field. Other than the eruption of calculator wristwatches in the 80s, it was only a few years after the turn of the millennium when the reality of wearable devices finally caught up with the version depicted in popular sci-fi films, and consumers started to buy into the concept.

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How is Wireless Sensor Technology Gaining Prominence?

Today, wireless sensor technology is considered one of the key research areas in computer science and healthcare sector applications for a better quality of life. Wireless sensors and sensor networks in combination with computing and research in artificial intelligence has built a cross-disciplinary idea of ambient intelligence to overcome the challenges of everyday life.

In recent years, the increasing geriatric population pool in developed countries has become a concern. According to statistics from the Population Reference Bureau, in the next 20 years, individuals aged 65 and over will account for almost 20% of the total population in developed countries. 

Hence, governments and healthcare providers in these developed countries are continually striving to provide quality care and services to the rapidly growing elderly population, with an effort to reduce healthcare costs.

To achieve this objective, wearable and implantable body sensors are a tool that has prominent application to integrate sensing and consumer electronics technologies that allows people to be monitored during everyday activities.

What are the Factors Fuelling the Market for Body-worn Temperature Sensors?

Body sensor network systems have the ability to provide healthcare services such as medical monitoring, oversee home appliances, emergency communication, memory enhancement, and medical data access. 

Continuous monitoring of patients with wearable and implantable body-worn temperature sensors facilitates early detection of emergency conditions for high-risk patients and also provides several healthcare services for people with varying cognitive and physical disabilities.

Research in various interdisciplinary fields such as computing, engineering, and medicine means that that the broad idea of wearable and implantable body sensor networks (WIBSNs) holds promise for smart healthcare. The factors are collectively responsible for driving demand for wearable temperature sensors, and are thus fuelling the body-worn temperature sensors market

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Moreover, the compressed and portable nature of wearable temperature sensors will positively impact the growth of the market. Increasing demand for smartwatches, heads-up displays, and hand-worn terminals is accentuating growth of the industrial and infotainment sector at present. 

With regard to these positive factors, the demand for wearable temperature sensors is expected to increase during the period 2014-2020. Analysts at Transparency Market Research estimate the body-worn temperature sensors market to display a whopping 45.7% CAGR from 2014 to 2020.

High Demand for Lightweight and Environment-Friendly Vehicles Boosts Global Automotive Thermal System Market

Growth of the automotive industry is spearheaded by latest technological advances. While the market for automobiles has been exhibiting steady growth in the last decade or so, new technologies for vehicles are emerging at a blistering pace. It’s interesting to note that when Jack Kilby invented the first integrated circuit, he was driven in part by the ardor of discovering a replacement for the heat-generating vacuum tube in use back in the time. Now that we have ventured into the new era of pervasive automotive electronics, our focus has once again turned to resolving the fundamental problem of heat generation in vehicles. The only difference is that this time, engineers are seeking ways to protect the very electronic systems and ICs that Kilby had propagated. 

With the technological landscape of the automotive industry advancing at a pace faster than ever, the most prominent names in the vehicle industry are striving to keep up with the latest innovations. This is certainly a key factor driving both the automotive industry and the global automotive thermal system market

An automotive thermal system is an umbrella term that that refers to heat ventilation systems, air conditioning, powertrain device cooling, battery thermal management, and waste heat recovery. These components comprise the heating and ventilation systems in a vehicle. Globally, the automotive thermal system market stood at US$32.20 billion in 2013 and, according to leading market intelligence firms, the market is poised to grow to US$48.48 billion by 2020. If the market figures hold true, the global automotive thermal systems market will exhibit a steady 6.0% CAGR between 2014 and 2020. 

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Stringent Environmental Regulations Will Give an Impetus to the Automotive Thermal System Market

Proliferation of the latest technologies and heightened concerns related to eco-depletion triggered by rising carbon emissions have led to a paradigm shift in consumer preference. Considering the changing landscape of the automotive industry, adopting the latest innovations is touted as the way forward for key vendors. By integrating advanced automotive thermal systems in their vehicles, manufacturers are seeking ways to expand their businesses amidst the dynamic market trends. 

When investing in vehicles, consumers seek better comfort. The latest automotive thermal technology ensures enhanced comfort to consumers while travelling. Their intrinsic features enable these systems to effectively manage the temperature within the vehicle, which is a key component that consumers expect to have in their cars. For instance, powertrain cooling systems prevent overheating of the vehicle’s powertrain, ensuring optimum performance across a wider temperature range. These benefits provided by automotive thermal systems are a major driver for the global automotive thermal system market.

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Owing to mounting regulatory pressure, companies in the automotive thermal system market have started focusing more on the efficient reduction of carbon emissions. Hence, stringent emission compliances and increased usage of eco-friendly coolants are the major factors driving the global automotive thermal system market. Lately, Europe and Asia Pacific have exhibited increasing demand for luxury cars, which is expected to give a significant boost to the automotive thermal market. Additionally, the global automotive thermal system market is also gaining momentum from the increasing demand for lightweight and environment-friendly HVAC systems.

Strong Bilateral Trade between Germany and Vietnam Puts German Machinery Manufacturers into Action

Bilateral trade between emerging Asian and European economies is strengthening. According to latest reports, about 28% of all trade between Vietnam and the EU can be ascribed to Germany. In the first two months of this year alone bilateral trade was pegged at US$1.28 billion – a 15.9% gain over the same period last year. This is reason enough for Vietnam to further strengthen its trade relations with the European superpower. In fact, this endeavor seems mutual with both countries deciding to jointly set up a Chamber of Commerce allowing entrepreneurs to make the most of emerging business opportunities.

According to Dr Vu Tien Loc, the president of the Vietnam Chamber of Commerce, high hopes are pinned to the new joint chamber of commerce that is on the cards. He opined that the new organization would provide a formal business platform via which trade between both countries can be strengthened. A few initiatives being planned as part of this endeavor are: a joint trade mission, a diplomatic communication, and a long-term investment agreements by German companies in Vietnam.

Germany, encouraged by impressive profits in Vietnam, is optimistic about the future trade relations between these two countries. While it is the prospects of profit for Germany, for Vietnam, the value addition lies largely in using German technology and products. Opportunities abound for German machinery manufacturers for industries such as manufacturing and pharmaceuticals. So much so, that 46% of all machines imported by Vietnam are from Germany. 

According to market watchers, the opportunities presented for German machine manufacturers in the textile industry are immense. The other area where new avenues for growth are seen to be emerging are in the food processing sector, as Vietnam sees some encouraging developments in its food and beverages industry. German pharmaceutical companies rank third in the overall contribution to Vietnam’s drug and pharmaceutical industry.

LED Lamps may become Standard in Automotive Lighting System Market by 2021

Lighting is one of the most vital components in automobiles. The lighting system of a car consists of lighting and signaling devices typically integrated or mounted to the front, rear, sides, and in some cases on the top of the vehicle. The market for automotive lighting offers a wide variety of lights to provide safety by ensuring visibility for the driver in darkness and bad weather conditions. It also adds aesthetic value to the interior and exterior parts of the vehicle. 

In recent times, awareness regarding the automobile safety and security has increased among the populace. Many stringent automotive lighting regulations and government legislations have encouraged consumers to use smart and efficient automotive lamps. The use of standard automotive lamps/bulbs that consume high amounts of energy has considerably reduced in the recent past. Automotive lighting system manufacturers around the world are now focusing on the development of advanced lighting technologies that consume less energy and are thus highly efficient in nature. 

New and advanced technologies such as LED, advanced front lighting system (AFS), and active intelligent lighting system (AILS) have certainly brought tremendous transition in the global market for automotive lighting. As per a research study led by Transparency Market Research, the market for automotive lighting is expected to reach US$34.17 billion by 2021, growing at a CAGR of 8.1% in the forecast period 2015-2021. 

LED lighting is the natural choice for automakers 

The demand for LED automotive lighting technology is increasing in several applications due to its low consumption of energy, robustness, cost-effectiveness, and longevity. Although the HID/Xenon and LED lamps are comparatively expensive, they are more efficient as compared to halogen lamps.

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Over the forecast period 2015-2021, the preference for LED lighting among the consumers is expected to grow rapidly. With the rise in disposable incomes, consumers will begin to shift from halogen technology to LED and HID/Xenon technology in the next six years, particularly in the residential sector. 

LED lighting systems are not only advantageous for residential and commercial lighting, but also for automotive lighting. Auto manufacturers are increasingly using LED lighting for both interior and exterior use. LED lighting is now being widely adopted in luxury vehicles and other mainstream vehicles. The technology has been adopted in automobiles to the point where it offers all the essential benefits automakers demand from lighting systems in vehicles. Ranging from design freedom, styling, high power levels, low power consumption, long lifetime, and fast warm-up to a wider color spectrum, LED lighting is the most preferred lighting solution today and has marched ahead of incandescent lighting in the automotive industry fair and square.

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Europe is the most active region for the automotive lighting market

While major regions such as North America, particularly the U.S., still wait for changes to affect its conventional headlight regulations, the legal regulations for lights and headlamps in Europe have transformed long ago. Besides front headlamps, stop or brake lights, front fog lamps, and side lights/indicator lights, daytime running lights have also become mandatory in Europe. Owing to these factors, Europe held the largest share in the automotive lighting system market in 2014. 

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