Depth Filtration – Best Approach for Pollutant Removal

Concerns over contamination of water have encouraged regular use of depth filters in various applications. Depth filters comprise various filters that can retain unwanted particles throughout the filtration medium. Cartridge and capsule filters are two of its most prominent forms. They find widespread application in healthcare, food and beverages, water filtration, chemicals, and cosmetics industries. Sartoclear P by Sartorius AG, GD/XP Syringe filter by GE Healthcare Lifesciences, and Millistak+ Pod depth filter system by Merck Millipore are some excellent examples of depth filtration systems. Advantages such as ease of use and low cost are expected to influence buying decisions among end users.

Efficient Water Filtration Method

Depth filters operate through mediums such as perlite, cellulose, diatomaceous earth (DE), and activated carbon. The diatomaceous earth filtration medium is expected to generate earnings over USD 1 billion by 2025. Other than its prolific use in the healthcare sector, it is also used in the purification of water from other solids obtained from groundwater.

Dynamic body feed filtration utilizes diatomaceous earth to protect the filtration medium from clogging. The pharmaceutical sector has expanded due to production of monoclonal antibodies (mAbs) and relies on batch processing. But dynamic body feed filtration assures the removal of unwanted contaminants. It is used to segregate human plasma from solutions with high solid content. Its high potential in harvesting cell cultures may push for the increasing use of single-use clarification systems. Sartoclear Dynamics is currently employing single-use systems for large batch processing.

Market Outlook

The global depth filtration market size may exceed USD 4 billion by 2025 due to demand for depth filters in various sectors, according to a report by Grand View Research, Inc. Future developments in water purification plants are likely to drive market growth over the forecast period (2014-2025). Demand for fluid separation techniques for water purification purposes is anticipated to affect market growth. The healthcare sector may be the biggest beneficiary due to the requirement of these filters to eliminate unwanted particles. Alternatives such as centrifugation that can filter out contaminants in larger batches pose a challenge to the market.

Prominent market players include Sartorius AG, Merck KGaA, The 3M Company, and Eaton Corporation.

In-Depth Research Report On Depth Filtration Market:

https://www.grandviewresearch.com/industry-analysis/depth-filtration-market

Rising Use of Glass Scintillators to Ensure Border Security

Increasing energy needs worldwide have led to demand for devices that can detect presence of radioactive materials. Scintillators are devices that emit light in the presence of radioactive emissions. Glass scintillators are derived from lithium or boron due to their greater neutron-catching capacity. In combination with photodetectors, they can be used in detecting radiation. DAWN, a space probe launched by NASA (The National Aeronautics and Space Administration) to study Ceres uses glass scintillators in its Gamma Ray and Neutron Detector (GRaND) to detect thermal neutrons.

Myriad Applications

Applications of glass scintillators include oil and gas, neutron radiography, neutron spectrometry, and radiation detection.

Nuclear Threat Detector: Recently, Sandia Laboratories developed organic glass scintillators that can discern radiation at ports or borders. This is expected to discourage terrorists and prevent national security threats by detecting different types of radiation.

X-Ray: Medical imaging is essential in detecting hidden abnormalities or maladies. The glass scintillator derived by BOROFLOAT glass can sustain effects of radiation. The glass scintillator used in X-ray machines can illuminate better outputs due to its high resistance to radiation. In addition, it can be implemented in radiation-resistant windows in X-ray viewing rooms.

Market Overview

The worldwide glass scintillator market is anticipated to reach a valuation above USD 27 million by 2025, according to a report published by Grand View Research, Inc. Demand from the oil and gas and nuclear energy sectors is expected to drive market growth over the forecast period (2014-2025). Measurement techniques such as measurement-while-drilling (MWD) needed in shale gas exploration activities use glass scintillators for accurate data. This can positively impact market demand.

Emerging economies such as South Korea that rely on nuclear power for energy are expected to drive market sales during the forecast period. Shortage of helium is also projected to play a major role in driving demand for lithium-based scintillators.

Prominent market players include Amcrys; Saint-Gobain Ceramics & Plastics, Inc.; Scintacor Ltd.; and Hamamatsu Photonics.

In-Depth Research Report On Glass Scintillator Market:

https://www.grandviewresearch.com/industry-analysis/glass-scintillator-market

Polyimide Film: A Thermally Stable Dielectric Material

A polymer of imide monomers is called polyimide. Polyimides are highly heat-resistant, thus find a wide variety of applications in roles that require rugged organic materials. It is used in high temperature fuel cells and many military applications. It also has applications in various industries such as automotive, electronics, labeling, and aerospace. Polyimides are available in a variety of forms such as polyimide films, rods, laminates, stock shapes, molded shapes, tubes, and plates. Some manufacturers create polyimide as resins. However, polyimide film is the most popular among all these forms.

M&A Activities On the Rise

Partnerships and mergers & acquisitions (M&A) activities are an important part of the global market that allows companies to expand their business and market position. Kaneka North America (KAH), a subsidiary of Kaneka Corp recently announced that it has acquired Applied Poleramic, Inc. (API). The two companies made a Stock Purchase Agreement in the recent past where KAH will acquire all of the shares of API.

With this acquisition, the company is all set to enter into the aerospace sector. At present, the aerospace sector is witnessing a substantial growth for high performance composites in various applications such as rockets, engines, and launch vehicles. According to the company, it will continue seeking M&A opportunities to further strengthen company growth.

Market Overview

Based on the findings of a report available on Grand View Research, Inc.; the global polyimide market is anticipated to witness a substantial CAGR of around 9% over the forecast period (from 2017 to 2025). Revolutionary developments in automobile and aerospace industries in terms of high quality products are anticipated to augment the market growth over the forecast period.

In addition, extensive investments in research and development (R&D) activities by various government and private sectors are also anticipated to propel the market growth over the next few years. Saint-Gobain S.A.; Von Roll Holding AG; Arakawa Chemicals Industries, Ltd.; Kaneka Corp.; and E. I. Du Pont De Nemours and Co. are some of the prominent manufacturing companies operating in the global polyimide film market.

In-Depth Research Report On Polyimide Film Market:

https://www.grandviewresearch.com/industry-analysis/polyimide-film-market

Microporous Insulation Market Growth Is Associated With Rising Use Of The Product In Metal And Ceramic Manufacturing

According to Grand View Research, Inc.; the worldwide microporous insulation market is likely to achieve nearly USD 184.8 million by 2025. Microporous insulation materials offer greater thermal insulation. They also provide good resistance to flame and weather. This material finds wide range of applications including industrial, oil and gas, energy and power, aerospace and defense, and others.

Most manufacturers are launching innovative products for enhanced applications. For instance, Morgan Advanced Materials PLC has launched microporous high temperature insulating products such as WDS and BTU. These products enable temperature stability of up to 1100 degree Celsius and can be used as a backing insulation in aluminium, steel, and glass industry. Both these products have low thermal conductivity and they can help reduce lining thickness in a variety of applications. WDS technology is one of the most effective manufacturing processes to produce custom engineered solutions for specific requirements. It can also offer the lowest possible thicknesses in furnace designs.

Unifrax LLC has developed microporous insulation called “Excelfrax”. It is primarily made of fumed silica and inorganic oxides. Silicates and opacifiers are added for improved material performance. This product is said to offer better thermal stability, consistent temperatures, easy to fabricate, and slow thermal conductivity. All these features can save space, energy, and weight.

Rising demand from various end use industries can propel microporous insulation market over the forecast period (2014 to 2025). Superior properties of microporous insulation can provide effective protection of equipment during power generation process is a major driving factor for the market. However, high cost of the product may restrain market growth during the forecast period. High cost of production leading to low industrial capacity is also likely to hamper the market growth.

In 2016, industrial applications dominated the overall market. The segment is expected to exhibit a high CAGR during the forecast period (2014 to 2025). This growth is associated with rising use of the product in metal and ceramic manufacturing. In 2016, Europe captured the largest market share. It may continue showing a rapid growth in near future due to high demand from defense and aerospace sector. Asia Pacific is expected to show high growth over the forecast period owing to fast paced industrialization.

Some of the leading companies in the market are Johns Manville Corporation; Unifrax LLC; Morgan Advanced Materials PLC; Unifrax LLC.; and Promat International Nv.

In-Depth Research Report On Microporous Insulation Market:

https://www.grandviewresearch.com/industry-analysis/microporous-insulation-market