HVAC is the technology that is used for automotive cabin comfort. It is used to facilitate and manage the favorable and pleasant conditions inside the cabin by controlling the degree of the temperature. The basic operation of the HVAC system is convection and conduction. Heat is transferred from the region of low- temperature to the region of high-temperature in the vehicle due to pressure difference. Evaporator, condenser, compressor, and others are the major components of the HVAC system. The India automotive HVAC market is segment on the basis of technology and vehicle type. Based on technology, the market is categorized into manual and automatic. On the basis of vehicle type, it is classified into passenger cars, light commercial vehicle, and heavy commercial vehicle. The leading market players operating in the India automotive HVAC market include Samvardhana Motherson Group, MAHLE ANAND Thermal Systems, Subros Limited, Sanden Vikas (India) Ltd., Denso Corporation, Hanon Systems, Johnson Electric Holdings Limited, Sensata Technologies, Keihin Corporation, Valeo Service, and others.

HVAC is the technology that is used for automotive cabin comfort. It is used to facilitate and manage the favorable and pleasant conditions inside the cabin by controlling the degree of the temperature. The basic operation of the HVAC system is convection and conduction. Heat is transferred from the region of low- temperature to the region of high-temperature in the vehicle due to pressure difference. Evaporator, condenser, compressor, and others are the major components of the HVAC system. The India automotive HVAC market is segment on the basis of technology and vehicle type. Based on technology, the market is categorized into manual and automatic. On the basis of vehicle type, it is classified into passenger cars, light commercial vehicle, and heavy commercial vehicle. The leading market players operating in the India automotive HVAC market include Samvardhana Motherson Group, MAHLE ANAND Thermal Systems, Subros Limited, Sanden Vikas (India) Ltd., Denso Corporation, Hanon Systems, Johnson Electric Holdings Limited, Sensata Technologies, Keihin Corporation, Valeo Service, and others.

HVAC is the technology that is used for automotive cabin comfort. It is used to facilitate and manage the favorable and pleasant conditions inside the cabin by controlling the degree of the temperature. The basic operation of the HVAC system is convection and conduction. Heat is transferred from the region of low- temperature to the region of high-temperature in the vehicle due to pressure difference. Evaporator, condenser, compressor, and others are the major components of the HVAC system. The India automotive HVAC market is segment on the basis of technology and vehicle type. Based on technology, the market is categorized into manual and automatic. On the basis of vehicle type, it is classified into passenger cars, light commercial vehicle, and heavy commercial vehicle. The leading market players operating in the India automotive HVAC market include Samvardhana Motherson Group, MAHLE ANAND Thermal Systems, Subros Limited, Sanden Vikas (India) Ltd., Denso Corporation, Hanon Systems, Johnson Electric Holdings Limited, Sensata Technologies, Keihin Corporation, Valeo Service, and others.

Welan gum is used as an additive in the cement system, owing to its low viscosity, which reduces the fluid loss of the composition. It enhances the suspension properties of cement suspensions and is much effective at low concentrations. Welan gum enhances the cement workability when it rapidly hydrates, and the admixture is often used in post-tensioning grout, proportioning underwater concrete, and self-consolidating concrete. China was the major producer of cement with the production of 2,370 million metric ton, in 2018. As per the National Bureau of Statistics of China, the revenue of the construction sector registered a CAGR of 3.75% between 2013-2017 and was valued at CNY 39,765 million in 2017. In 2019, the country’s construction industry is expected to rise by almost 6%. The real estate investment, which includes investments in the residential and commercial sector and office spaces, rose by 11.6% between January-February, in 2019, compared to the same period in the previous year. The robust investment in the property sector was supported by the steady housing prices and an increase in property construction, which would stimulate the usage of cement and enhance the demand for welan gum in the country. The construction industry in the United States continued to expand in 2019, owing to a strong economy and positive market fundamentals for commercial real estate, along with an increase in federal and state funding for public works and institutional buildings. Additionally, other factors, such as Tax Cuts and Jobs Act of 2017 and the hurricane rebuilding in the southeastern region of the United States, contributed to the increasing activities in the construction sector of the country.

Welan gum is used as an additive in the cement system, owing to its low viscosity, which reduces the fluid loss of the composition. It enhances the suspension properties of cement suspensions and is much effective at low concentrations. Welan gum enhances the cement workability when it rapidly hydrates, and the admixture is often used in post-tensioning grout, proportioning underwater concrete, and self-consolidating concrete. China was the major producer of cement with the production of 2,370 million metric ton, in 2018. As per the National Bureau of Statistics of China, the revenue of the construction sector registered a CAGR of 3.75% between 2013-2017 and was valued at CNY 39,765 million in 2017. In 2019, the country’s construction industry is expected to rise by almost 6%. The real estate investment, which includes investments in the residential and commercial sector and office spaces, rose by 11.6% between January-February, in 2019, compared to the same period in the previous year. The robust investment in the property sector was supported by the steady housing prices and an increase in property construction, which would stimulate the usage of cement and enhance the demand for welan gum in the country. The construction industry in the United States continued to expand in 2019, owing to a strong economy and positive market fundamentals for commercial real estate, along with an increase in federal and state funding for public works and institutional buildings. Additionally, other factors, such as Tax Cuts and Jobs Act of 2017 and the hurricane rebuilding in the southeastern region of the United States, contributed to the increasing activities in the construction sector of the country.

Next generation storage technology deals with an advanced portfolio of products and solutions, which help to store data across various end-user industries that include IT firms, automotive companies, and data centers, among others. With the increasing file sizes and a huge amount of big and unstructured data, IT companies are facing plenty of problems while dealing with data management.  The conventional data storage technologies are not able to handle a large amount of everyday data. The next generation data storage infrastructure offers a reliable, faster, and cost-effective solution to meet the demands of growing data storage. Next generation data storage has emerged as an essential technology because everything used today generates data. For instance, wearable electronics, games, movies, advertisements, i.e., almost all generate data. Next generation storage technologies are used to save and retrieve data more efficiently. Growth in smart technologies and cloud computing is one of the major factors of smart storage space. A large amount of data generated needs to be easily accessible and analyzed to enhance user experience. These intelligent storage solutions help facilitate reliable, secure, and scalable solutions.

Next generation storage technology deals with an advanced portfolio of products and solutions, which help to store data across various end-user industries that include IT firms, automotive companies, and data centers, among others. With the increasing file sizes and a huge amount of big and unstructured data, IT companies are facing plenty of problems while dealing with data management.  The conventional data storage technologies are not able to handle a large amount of everyday data. The next generation data storage infrastructure offers a reliable, faster, and cost-effective solution to meet the demands of growing data storage. Next generation data storage has emerged as an essential technology because everything used today generates data. For instance, wearable electronics, games, movies, advertisements, i.e., almost all generate data. Next generation storage technologies are used to save and retrieve data more efficiently. Growth in smart technologies and cloud computing is one of the major factors of smart storage space. A large amount of data generated needs to be easily accessible and analyzed to enhance user experience. These intelligent storage solutions help facilitate reliable, secure, and scalable solutions.

The explosion in data generation has fueled the demand for improved memory and storage types at the workplace. The traditional memory systems have been struggling to keep up with the increased volume of data, the bandwidth requirements in the systems, and the speed requisite in the current generation systems. The emerging Big Data and artificial intelligence (AI) applications, including machine learning, drive innovations across many industries. The issues in making advancements in memory technologies to meet the evolving computing requirements present several challenges for the AI industry. Next-generation memory has fit in as the missing part of the puzzle. For instance, the existing tech DRAM works fast but consumes a lot of power, while both NAND and hard drives are cheap but work slow. The new memory types combine the speed of SRAM and the non- volatility of flash drives with almost unlimited endurance. Although the research on these technologies has been going on for a long time, there was a delay in reaching the commercial market. A significant proportion of the total power is spent on memory systems, as most of the area of current systems-on-chips (SOC) is occupied by memories. Moreover, the processing elements need to be fed with instructions and data from memories where memory plays a vital role in the system's performance.

The explosion in data generation has fueled the demand for improved memory and storage types at the workplace. The traditional memory systems have been struggling to keep up with the increased volume of data, the bandwidth requirements in the systems, and the speed requisite in the current generation systems. The emerging Big Data and artificial intelligence (AI) applications, including machine learning, drive innovations across many industries. The issues in making advancements in memory technologies to meet the evolving computing requirements present several challenges for the AI industry. Next-generation memory has fit in as the missing part of the puzzle. For instance, the existing tech DRAM works fast but consumes a lot of power, while both NAND and hard drives are cheap but work slow. The new memory types combine the speed of SRAM and the non- volatility of flash drives with almost unlimited endurance. Although the research on these technologies has been going on for a long time, there was a delay in reaching the commercial market. A significant proportion of the total power is spent on memory systems, as most of the area of current systems-on-chips (SOC) is occupied by memories. Moreover, the processing elements need to be fed with instructions and data from memories where memory plays a vital role in the system's performance.

The explosion in data generation has fueled the demand for improved memory and storage types at the workplace. The traditional memory systems have been struggling to keep up with the increased volume of data, the bandwidth requirements in the systems, and the speed requisite in the current generation systems. The emerging Big Data and artificial intelligence (AI) applications, including machine learning, drive innovations across many industries. The issues in making advancements in memory technologies to meet the evolving computing requirements present several challenges for the AI industry. Next-generation memory has fit in as the missing part of the puzzle. For instance, the existing tech DRAM works fast but consumes a lot of power, while both NAND and hard drives are cheap but work slow. The new memory types combine the speed of SRAM and the non- volatility of flash drives with almost unlimited endurance. Although the research on these technologies has been going on for a long time, there was a delay in reaching the commercial market. A significant proportion of the total power is spent on memory systems, as most of the area of current systems-on-chips (SOC) is occupied by memories. Moreover, the processing elements need to be fed with instructions and data from memories where memory plays a vital role in the system's performance.