Automotive Interior Materials Market Industry Key Revenue Pockets

The market size of automotive interior materials was USD 48.1 billion in 2021 and is projected to reach USD 54.8 billion by 2026, at a CAGR of 2.6% between 2021 and 2026. Globally, the automotive interior materials market has a higher penetration in Asia Pacific and Middle East & Africa. This growth is attributed to the rising economic condition and urbanization in Asia Pacific and Middle East & African countries.Optimizing fuel efficiency by reducing the overall vehicle weight, increased globalization, and the high demand for new technologies and customization are driving the automotive interior materials market. However, improper disposal of effluents formed during the tanning process of converting raw animal hide to genuine leather is restraining the market growth. The wastewater from the beam house processes, such as soaking, liming, and deliming, is highly alkaline, containing decomposing organic matter, hair, lime, sulfide, and organic nitrogen with high biochemical oxygen demand (BOD) and chemical oxygen demand (COD). This factor is negatively affecting the growth of the market. The challenge of this market is the profitability and sustainability within the regulatory framework. The automotive industry is currently under constant pressure to adapt to new changes due to technological advancements and end-user preferences. Vehicle interiors are key areas that have witnessed a rapid change due to various factors such as the consumer demand for safety and comfort, preference for fuel efficiency, and increasing competition within the industry. OEMs strive to provide vehicles with good interior styling, comfort, and safety. They also focus on reducing the weight of the vehicle by using lightweight, cost-effective, and highly durable materials in the designing of components.

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Based on type, the automotive interior materials market is segmented into polymer, genuine leather, fabric, synthetic leatherand others which include rubber, wood and metals. Automotive interior materials are used in seats, headliners, floor mats, interior carpets, convertible tops, vinyl roof covers, dashboards, and door panels and trims of an automobile.They are processed and supplied to OEMs for the manufacture of automotive components. Polymers used in the automotive interior is generally thermoplastics which are multiphase compositions in which one phase consists of a material that is hard at room temperature and fluid when heated, and the other phase consists of an elastomeric material that is soft and rubberlike at room temperature.

Based on vehicle type, the automotive interior materialsmarket is segmented as passenger vehicles, light commercial vehicles (LCV), heavy commercial vehicles (HCV), and buses & coaches.The consumption of interior materials by these vehicle types depends on the overall production of these vehicles, globally. Automotive interior materials are used to improve the aesthetics and comfort of the automotive seating area. Effective use of these materials directly influences the vehicle's sales, costs, and customer’s driving comfort. The demand for automotive interior materials for different vehicle types is estimated based on the current understanding of the market dynamics and regulatory environment of the global automotive industry.Passenger vehicles require high-quality interiors as compared to LCVs and HCVs due to end-user demand. The amount of money spent on quality, comfort, and styling of automotive interiors is higher in the case of personal use than commercial use of vehicles. Also, the increased disposable income in developing countries is driving the growth of the automotive interior market for passenger vehicles.

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Based on application, the automotive interior materialsmarket has been segmented intodashboard, door panel, seats, floor carpets, and others which include headliners, sun visor, interior lighting, rear seat entertainment.Introduction of lightweight yet durable interior materials and growing trend of luxurious features, such as powered and ventilated seats having massage function and ambient lighting in interiors, have created growth opportunities for various automotive interior materialsmanufacturers in the automotive industry.

On the basis of region, Asia Pacific was the largest market for automotive interior materials, followed by Europe and North Americain 2020. Asia Pacific is the largest market owing to rapid economic growth in the region. Large population, increasing demand in China, India, Japan, and other Southeast Asian countries, and the growing automotive industry fuels the growth of the automotive interior materials market in the region. The market in North America is projected to grow at a moderate rate during the forecast period because of the shift of manufacturing bases to the developing countries. However, the rising demand for luxury vehicles in the region will drive the need for automotive interior materials.

The key market players profiled in the report include Lear Corporation (US), Asahi Kasei Corporation (Japan), Toyota Boshoku Corporation (Japan), Faurecia (France), Toyoda Gosei Co., Ltd. (Japan), Grupo Antolin (Spain), Yanfeng Automotive Interiors (YFAI) (China), Seiren Co. Ltd. (Japan), DK Leather Corporation Berhad (Malaysia) and DRAXLMAIER Group (Germany).They have adopted strategies such as and new product launch, acquisition, and collaborationin order to gain an advantage over their competitors.

Top Lithium-ion Battery Recycling Market Industry

The global lithium-ionbattery recycling market is projected to grow from USD 4.6 billion in 2021 to USD 22.8 billion by 2030, at a CAGR of 19.6% during the forecast period 2021-2030. The major reasons for the growth of the battery recycling market include the increasing concerns regarding environmental pollution and the enforcement of stringent environmental regulations across regions to control excessive industrial and air emissions. The rising concerns about depleting earth metals and government initiatives to recycle batteries are drivers for the battery recycling market globally.

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The key market players include Umicore (Belgium), Glencore International AG (Switzerland), Retriev Technologies Inc. (US), Raw Materials Company Inc. (RMC) (Canada), American Zinc Recycling (US), American Manganese Inc. (Canada), SITRASA (Mexico), Li-Cycle Corp. (Canada), Neometals Ltd (Australia), Metal Conversion Technologies (MCT) (US), TES (Singapore), Fortum (Finland), GEM Co., Ltd (China), Contemporary Amperex Technology Co. Ltd (CATL) (China), Duesenfeld GmbH (Germany), and Accurec-Recycling GmbH (Germany). These players have adopted collaborations, acquisitions, agreements, partnerships, investments, contracts, new technology developments, expansions, and new production as their growth strategies to enhance their positions in the market.

Umicore is a global material technology and recycling group. In December 2019, Umicore and Audi AG (Germany) collaborated in a closed-loop sustainable battery recycling pilot project. The recovered cobalt and nickel produced are employed in the production of new battery cells. The collaboration is expected to lead to the retrieval of precious resources and reduction of CO₂ emissions. This development is leading to the retrieval of precious resources and reduction of CO2 emissions.

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Another important player in the lithium-ion battery recycling market is Raw Materials Company Inc. (RMC). In November 2019, Raw Materials Company Inc. (RMC) entered a partnership with Call2Recycle, Inc. (US) to enhance the collection and recycling of used consumer batteries across Ontario (Canada). Under this partnership, the two parties offer residents, businesses, and municipalities of Ontario increased access to battery collection and recycling. This partnership aided both companies in establishing an efficient producer responsibility program to enhance consumer drop-off locations for spent batteries. The partnership also results in the augmentation of collection and recycling consumer batteries across Ontario.

Optical Coatings Market Industry & New Revenue Pockets

The optical coatings market size is projected to grow from USD 12.6billion in 2021 to USD 19.0 billion by 2026, at a CAGR of 8.5%.The optical coatings market is witnessing high growth owing to increasing demand for renewable energy applications and emerging demand for optical coatings from APAC.

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The optical coatings market is segmented on the basis oftechnology intovacuum deposition,E-beam evaporation, sputtering process, and ion-assisted deposition (IAD).Vacuum Depositionholds the major market share of the overall optical coatings market owing to its ability to cure at room temperatures, improved reliability, and increased thermal and mechanical strength of electronic devices.

The optical coatings market is segmented on the basis oftype into AR coatings,high reflective coatings, transparent conductive coatings, filter coatings, beamsplitter coatings, EC coatings, and others. AR coatingstype segment holds major market share of the overall optical coatings market owing to its ability to provide high-quality coatings with high transmission power and low reflection power on components such as lenses, mirrors, and display screens used in various industrial and consumer applications. These factors are fueling the growth of AR coatings in the global optical coatings market.

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The optical coatings market is segmented on the basis of end-use industry into electronics & semiconductor, military & defense, transportation, telecom/optical communication, infrastructure, solar power, medical, and others. Electronics & semiconductor end-use industry segment holds major market share of the overall optical coatings market owing to increasing demand for highly resistant and high dielectric strength coating layers in photovoltaic (PV) cells, electronics assemblies, ICs, and other optoelectronic devices. Thesefactors are fueling the growth of the optical coatings market in the electronics & semiconductor industry.

North America is the largest market for optical coatings during the forecast period. This growth can be attributed to the growing demand from the electronics & semiconductor industry and increasing contribution of government and major players for commercializing optical coatings in the region. Moreover, stringent environmental and government regulations, such as Architectural and Industrial Maintenance (AIM) Coatings for Volatile Organic Compounds (VOCs) content limits and the United States Munitions List (USML) that regulate optical technology along with coating exports under the International Traffic in Arms Regulations (ITAR) fuel the market growth for optical coatings in the region.

Recent Developments & Attractive Business Opportunities in Medical Refrigerators Market

MarketsandMarkets: The medical refrigerators market was valued at USD 3.5 Billion in 2020 and is projected to reach USD 4.9 Billion by 2026, at a CAGR of 6.0% during the forecast period, owing to an increase in demand of medical refrigerators in hospitals, clinics, surgery centers, research laboratories, pharmacies, and other medical facilities.

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By product type, laboratory refrigerators & freezers segment is expected to account for largest share during forecast period, in terms of volume

The laboratory refrigerators segment is expected to account for the largest share market during 2021 to 2026, in terms of volume. These refrigerators are required to maintain a consistent temperature in order to minimize the risk of bacterial contamination and explosion of volatile materials. Growth of this market is mainly attributed to the rising demand for highly advanced laboratory refrigerators & freezers to store blood plasma, tissues, cells, and critical biological samples.

By end use, blood banks segment is expected to account for largest share during forecast period, in terms of volume

The blood banks segment is expected to account for the largest share during 2021 to 2026, in terms of volume. Increase in population and high demand for safe blood due to the high prevalence of transfusion transmissible infections, such as HIV and hepatitis B, across the globe is driving the growth of the blood banks segment.

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North America accounted for the largest share in 2020 in the medical refrigerators market

In 2020, North America accounted for the largest share of the global medical refrigerators market by region. The demand for medical refrigerators & freezers is increasing in North America owing to the significant rise in life sciences research activities on the treatment of diseases by academic & research institutes. In addition, the increasing occurrence of chronic and infectious diseases and rising demand for personalized medicines are driving the market growth.

The key market players include Thermo Fisher Scientific Inc. (US), Blue Star Limited (India), Haier Biomedical (China), Aucma (China), Standex International Corporation (US), Godrej & Boyce Manufacturing Co Ltd. (India), Helmer Scientific Inc. (US), Vestfrost Solutions (Denmark), Zhongke Meiling Cryogenics Company Limited (China), Fiochetti (Italy), PHC Holdings Corporation (Japan), Follett LLC (US), Labcold (UK), Dulas Ltd. (UK), HMG India (India). These players have adopted product launches, expansions, contract, partnerships, and agreements as their growth strategies.

Study Coverage of Medical Refrigerators Market

This report provides insights into the drivers, opportunities, and challenges impacting the growth of the medical refrigerators market. It offers a detailed overview of the market across five regions, namely, Asia Pacific, Europe, North America, the Middle East & Africa, and South America. Key players operational in medical refrigerators market mainly focused on strategies such as product launches, expansions, contract, partnerships, and agreements to enhance their business revenue and market share. This research report categorizes the medical refrigerators market based on product type, end use, and region

Global Ozone Generator Market Industry Key Revenue Pockets

The global ozone generator market size is projected to grow from USD 1.0billion in 2020 to USD 1.4billion by 2025, at a CAGR of 6.2% during the forecast period 2020 to 2025. The formulation and implementation of stringent regulations regarding wastewater treatment in various countries around the globe are expected to drive the demand for ozone generators in the coming years.

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The increasing water scarcity across the globe, along with environmental regulations related to the release of wastewater from industries and municipalities into the environment in emerging economies such as China, Brazil, Russia, and India, led to the rise in the installation and use of ozone generators. Emerging economies, such as India and China, have implemented various regulations for the installation of ozone generators across end-use industries, such as pharmaceuticals, chemicals, pulp & paper, and textiles. This is expected to accelerate the growth of the ozone generator market across the globe.

Based on the applications, the ozone generator market has been segmented into water purification, air purification, organic synthesis, food processing, pulp bleaching, medicine & aesthetics, surface treatment, aquaculture, and others. The water purification segment accounted for a largest share in the sludge ozone generator market in 2019.Ozone generators are widely used for water disinfection, purification, and de-colorization in water & wastewater treatment plants, swimming pools, cooling towers, and drinking water. Stringent laws & regulations implemented by the environmental bodies and governments for water & wastewater treatment are expected to propel the growth of the water purification segment.

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Based on technology, the Ozone Generator Market has been segmented into corona discharge, ultraviolet radiation, radio chemical, and electrolysis.The corona discharge segment accounted for the largest share of the sludge ozone generator market in 2019. The large share can be attributed to the advantages of corona discharge technology over other materials. This technology is cost-effective and has comparatively low maintenance.

Europe, Asia Pacific and North America, are significant regional markets for ozone generators.North America accounted for the largest share of the ozone generator market in 2019. The large market share is due to the vast industrial base in the region, especially in the US. The growth of the market in this region can be attributed to the rising population, increasing awareness among people about the advantages and applications of ozone generators, and stringent implementation of various government regulations regarding water & wastewater treatment. The key players operating in the North American ozone generator market are Xylem, Corotec Corporation, and MKS Instruments.Europe accounted for the second-largest share in 2019 and Asia Pacific is projected to be the fastest-growing market for ozone generator during the forecast period.

Global Commodity Plastics Market Industry Leaders

The global commodity plastics market size is projected to grow from USD 468.3billion in 2020 to USD 596.1 billion by 2025, at a CAGR of 6.0% between 2020 and 2025. The major driving factors of the market include the growing packaging industry, increased disposable income-generating high demand for consumer goods, growing production of lightweight electric vehicles, and increasing metal prices.

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The key players in the commodity plastics market are Exxon Mobil (US), LG Chem (South Korea), Sumitomo Chemical (Japan), The Dow Chemical Company (US), SABIC (Saudi Arabia), BASF SE (Germany), LyondellBasell (Netherlands), Sinopec (China), Ineos (Switzerland), Formosa Plastics (Taiwan), Mitsubishi Chemical (Japan), Borealis AG (Austria), Chevron Phillips Chemical (US), ENI SpA (Italy), Reliance Industries (India), Braskem (Brazil), Hanwha Chemical (South Korea), Lotte Chemical (South Korea), Indian Oil (India), Haldia Petrochemicals (India), Nova Chemicals (Canada), Qenos Pty (Australia), Qatar Petroleum (Qatar), Westlake Chemical (US), and PTT Global Chemical (Thailand). These players have adopted various strategies, such as merger & acquisition, investment & expansion, new product launch/development, and partnership, contracts & agreements, a joint venture between 2015 and 2020, to enhance their market shares and expand their global presence.

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Exxon Mobil (US) is a leading manufacturer of commodity plastics and is expected to maintain its market position in the future. The company is constantly strengthening its position in the commodity plastics market by expansion, agreement, and investment strategies. For instance, in 2016, the company increased its PE capacity by 65.0%. In 2017, the company invested USD 20 billion in the US Gulf region to increase its capacity of commodity plastics. The company has a strong geographical presence in APAC, North America, and Europe.

 ·         In March 2019, Exxon Mobil announced the plans to build a polypropylene manufacturing unit with an investment of about USD 469 million in Baton Rouge, Louisiana, the US.

The Dow Chemical is one of the largest manufacturers of commodity plastics. With advancements in the development of commodity plastics through R&D activities, the company is expected to maintain its position in the commodity plastics market. The company manufactures commodity plastics under its performance plastics business segment, which is one of the growing segments of the company. It has adopted strategies, such as mergers, new product launches, and expansion, to lead in the commodity plastics business and increase its sales. For instance, in 2017, the company expanded its production capacities of PE and PP by 400 KT and 750 KT, respectively, through the establishment of production facilities in Texas, US.

·         In April 2019, The company became the subsidiary of Dow Inc after split from the DowDuPont group.

Global Green Hydrogen Market Industry Leaders

Increasing demand for clean fuel from mobility industry to give boost to the Green Hydrogen demand during the forecast period

The global green hydrogen market is projected to grow from USD 444 million in 2021 to USD 4,373 million by 2026, at a CAGR of 58.0% during the forecasted period..Green Hydrogen are increasingly used in the mobility, power, industrial, grid injection, chemical and other end-use industries. The increasing demand of mobility industry drives the demand for Green Hydrogen. Eventhough, the outbreak of COVID-19 has created some disruptions in the industry and caused some delays in the projects, the investments in the market have not stopped. With the first deadline of the Paris Agreement in less than 10 years, the participating countries are moving aggressively towards an emission free economy. Green Hydrogen economy is amongst the top strategies to achieve this.

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The mobility industry faces many hurdles in changing to emission free substitutes. Currently battery-operated electric vehicles are gaining traction, but they have the disadvantage in terms of range and power. Fuel Cell Electric Vehicles (FCEV) are an alternative to this. These vehicles use hydrogen to power the vehicle. They have high power to weight ratio and a refilling time of less than 5 mins as compared to 60 mins (average power charge time for 80% capacity) for conventional electric vehicles. These vehicles have already been deployed in many countries for industrial mobility solution (majorly forklifts).

Shipping industry is responsible for nearly 3% of all global emissions. Industry leaders are paving new way by developing engines and ships that would run on hydrogen. Currently, only a few ships use green hydrogen directly, it is usually converted into ammonia or synthetic fuels to be used in the shipping industry. Ammonia is gaining wide acceptance as fuel in the maritime industry. This is due to the fact that it offers ten times energy density than that of lithium-ion battery. It is also compatible with both internal combustion engines and fuel cells. Another advantage of using green ammonia is that it does not require high pressure tanks for storage. Although the energy density of ammonia is nearly half of that of diesel, still to cut down emissions the shipping industry seems excited to make the shift.

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Toshiba (Japan), Siemens (Germany), Air Liquide (France), Linde (Ireland) and Nel (Norway) are some of the major players in the green hydrogen landscape. The companies are collaborating with each other in various projects and investing in development of technologies to increase the efficiency of the process. The green hydrogen manufacturing process suffers energy loss at each stage and major loss comes from manufacturing. The electrolyzers have now developed to provide efficiency of above 80% and for Solid Oxide electrolyzers, the efficiency even reaches 100%, although these electrolyzers are yet to be commercialized.

Toshiba Energy Systems & Solutions Corporation is a subsidiary of Toshiba Corporation. It provides energy-related solutions, including energy transmission and distribution and heavy ion therapy solutions. It has long experience and expertise in a wide range of power generating and transmitting systems and energy management technology, such as renewable energy, energy conversation, and energy matching. The company's green hydrogen process is CO2-free throughout the entire cycle of the production, storage, and use of hydrogen, contributing to curbing global warming. It is one of the world leaders in the green hydrogen market. It focuses on innovation as well as R&D. The company has been working on developing a next-generation water electrolyzer called SOEC for producing large quantities of high-quality hydrogen

Siemens Energy AG is another energy company in the field of green hydrogen, formed by the spinoff of the former Gas and Power division of Siemens Group and includes a prominent share (67%) of Siemens Gamesa. The Siemens & Gamesa Renewable Energy segment focuses on promoting, designing, developing, manufacturing, and supplying products, installation, and technologically advanced services in the renewable energy sector, focusing on wind power plants. The company aims at integrating renewables in developed industry, energy, and mobility infrastructures with Power-to-X solutions using green hydrogen. Green hydrogen is generated using PEM electrolysis with the help of renewable energy. Currently, the company is developing and implementing the world's first integrated and commercial large-scale plant to produce climate-neutral e-fuel. The project is in Chile and is known as the Haru Oni project (Highly Innovative fuels (HIF) pilot project).