Why will Demand for Lithium Air Batteries Swell in Europe in Coming Years?

With the rapid technological advancements and digital transformation in various industries and niches, electronics devices are becoming more and more integral components of everyday lives. Moreover, the rising disposable income of people is massively pushing up the sales of various consumer electronics systems such as laptops, cell phones, and tablets. The burgeoning sales of these products are positively impacting the requirement for lithium air batteries. This is because these devices require these high-performance batteries for their operations.

Additionally, these batteries have much higher capacities for energy storage in comparison to the conventionally used batteries and are thus, heavily used in consumer electronics systems across the world. Apart from the mushrooming sales of consumer electronics products, the rising deployment of electric vehicles, especially in the North American and European countries on account of the increasing implementation of favorable government regulations regarding the usage of these vehicles, is also pushing up the global demand for lithium air batteries.

The increasing environmental damage being caused due to the extensive usage of petrol and diesel-powered vehicles is a major factor fueling the requirement for eco-friendly alternatives such as electric vehicles all over the world. Furthermore, the growing usage of renewable energy and the launch of several clean energy projects are boosting the sales of highly efficient batteries such as lithium air batteries. This is, in turn, causing the rapid advancement of the global lithium air battery market.

The main difference between these batteries and the traditionally used lithium-ion batteries is the fact that unlike the lithium-ion batteries which use intercalated lithium-based compounds, these batteries use air and lithium for facilitating energy flow. Between the solid-state batteries, aprotic batteries, mixed batteries, and aqueous batteries- which are the most commonly used types of lithium air batteries, the solid-state lithium air batteries are quite heavily used in various applications, due to their non-combustible nature which prevents the chances of explosions.

According to the findings of P&S Intelligence, a market research company based in India, the usage of lithium air batteries was very high in automotive applications during the last few years, on account of the high requirement for electric vehicles in several countries around the world in the years gone by. Moreover, the high sales of electric cars in the North American and European countries in the past years fueled a sharp surge in the sales of lithium air batteries.

Globally, the European lithium air battery market is predicted to be very lucrative in the future years, primarily because of the launch of several renewable energy projects such as solar power plants in the European countries. In addition to this, the presence of a thriving consumer electronics industry and the ballooning requirement for electric vehicles in various European countries such as France, Spain, Germany, and Italy are augmenting the sales of lithium air batteries in the region.

Therefore, it can be predicted with full surety, based on the above paragraphs, that the sales of lithium air batteries will climb all over the world in the coming years, mainly because of the growing usage of electric vehicles and the rising sales of consumer electronics devices throughout the world.

Graphene Production to Shoot-Up in North America in Coming Years

Graphene is an allotrope of carbon, comprising a single layer of carbon atoms that are tightly arranged in a hexagonal honeycomb lattice. In the recent times, there has been a steep rise in the global sales of graphene, primarily because of the widespread usage of the compound in various applications in the medical sector. Due to its high strength and thinness, the material is extensively used for manufacturing bioelectric sensors, which are mainly used for tracking the level of glucose, cholesterol, and hemoglobin in the blood and also those used for testing DNA (deoxyribonucleic acid).

In addition to being widely used in the aforementioned applications, graphene is also widely used in various therapeutic tools, prosthesis devices, and dental implants and cancer treatment procedures. Furthermore, numerous private and public organizations are conducting extensive research and development (R&D) for combining graphene nanomaterials with medications, nano adjuvants, and vaccine carriers. The success of these R&D projects would result in the development of products that are highly compatible with the human immune cells.

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The other major factor fueling the requirement for graphene is the increasing utilization of the compound in various electronics and electrical applications across the world. Due to these factors, the global graphene market is predicted to demonstrate substantial growth in the coming years. Graphene is primarily available in two forms—dispersed and powder. Between the two, the usage of powdered graphene is predicted to be significantly higher in the forthcoming years. This is ascribed to the rising customer preference for powdered graphene over the dispersed one for use in sensors, batteries, and printing technologies.

Asia-Pacific (APAC) was the largest region in the graphene market throughout the historical period (2014–2019), as the consumption of the compound in the medical, electrical & electronics, and energy sectors of China is quite high. Further, the application of graphene in the automotive and aerospace industries of regional countries, including India, China, and South Korea, is rising.


The major players in the graphene market are The Sixth Element (Changzhou) Materials Technology Co. Ltd., Angstron Materials Inc., Deyangene Carbon Technology Co. Ltd., Ningbo Moxi Technology Co. Ltd., Xiamen Knano Graphene Technology Co. Ltd., XG Sciences Inc., Applied Graphene Materials, 2D-Tech Graphene, Graphenea S.A., NanoXplore Inc., Thomas Swan and Co. Ltd., and ACS Material LLC.

How is Growth of Transportation Sector Driving Demand for Coated Fabrics?

The demand for vehicles has been rising across the globe, owing to the increasing purchasing power of people and lowering prices of vehicles due to technological advancements. Considering this, the demand for materials that are used to making end products is increasing as well. Coated fabrics are among the products that are utilized for providing a completed look to the vehicle. The demand for these fabrics is growing in the transportation industry because of their properties, including resistance to water, ultraviolet rays, and mildew. Coated fabrics are further root-proof and oil and dirt repellant.

Ascribed to such factors, the global coated fabrics market is predicted to advance at a significant pace in the years to come. These fabrics further offer superior comfort when it comes to seating and provide enhanced passenger safety at a low cost. They are produced by covering polyester scrim with a layer of plastisol using an adhesive. After the curing of polyvinyl chloride, the fabrics becomes resistant to abrasion and chemicals, along with becoming waterproof. It is due to such properties of coated fabric that their demand is increasing from a number of industries.

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The different product types of coated fabrics are fabric-backed wall coverings, rubber coated fabrics, and polymer coated fabrics, among which, the demand for polymer coated fabrics is expected to increase considerably in the years to come. This is due to the rising usage of this product in a number of applications, its availability in a wide range of colors, low cost, and easy weldability. Polymer coated fabrics are further of different types, namely polyurethane coated fabrics, polyethylene, and vinyl coated fabrics.

The requirement of polymer coated fabrics is also growing due to surging safety concerns, increasing need for protective clothing, and strict government regulations regarding provision of safety to workers. All these product types are used for various applications, including furniture and seating, transportation, awnings and canopies, protective clothing, roofing, and industrial. The demand for coated fabrics is projected to rise substantially for applications in the transportation industry in the years to come. Rubber and polymer coated fabrics are being used extensively in railway, automobile, aircraft, and marine industries across the globe.

Geographically, the demand for coated fabrics is predicted to rise significantly in Asia-Pacific, thereby making the region the fastest-growing coated fabrics market in the years to come. This can be ascribed to the strong economic growth, rising investment in several industries, such as infrastructure, military & steel industry, chemical, oil & gas, and automotive. In addition to this, the rise in automobile sales and increasing government regulations for the implementation of safety measures is also leading to the increasing demand for coated fabrics in the region.

In conclusion, the demand for coated fabrics is rising because of the growth of the transportation sector and implementation of strict policies regarding the safety of workers.

Why is Polymer Concrete Market Expected to Boom Worldwide in Future?

The surging number of construction activities in several countries is one of the major factors propelling the demand for polymer concrete across the world.

The biggest trend currently in the polymer concrete market is the increasing awareness amongst the people about the excellent performance of polymer concrete in various construction activities. In many countries, the manufacturers are rapidly shifting toward the use of polymer concrete in construction applications on account of its numerous advantages over the conventionally used forms of concrete such as higher tensile strength and higher impact resistance. Moreover, the traditional forms of concrete have high installation times and poor insulating properties and are therefore, experiencing declining usage all over the world.

Another factor driving the growth of the polymer concrete market is the rising number of repair and maintenance activities. For example, emergency repair of airport runways is quite disruptive for airport operations; however, a rapid patch polymer concrete makes sure that the repair is done in a very short time. Moreover, polymer concrete is utilized in a variety of applications, including marine works, nuclear power plants, roads, and waterproofing of buildings. Furthermore, advantages including high resistance to chemical attack and abrasion, high impact resistance, and low permeability are resulting in rising adoption of polymer concrete.


Epoxy, vinyl ester, and polyester are the different types of polymer concrete, among which, the demand for epoxy was the highest in the past. This is due to the high strength, quick setting, and low shrinkage attributed of epoxy polymer concrete. This type further provides good chemical resistance, which is why, its demand is expected to remain the highest in the coming years as well. Different classes of polymer concrete are polymer impregnated concrete (PIC), polymer modified concrete (PMC), and polymer resin concrete (PRC), out of which, the demand for PMC is predicted to increase significantly in the years to come.

This is because of the properties of PMC, including enhanced freezing resistance, high flexural strength, and superior bond strength. The major application areas of polymer concrete are trench drains, containments & waste containers, flooring blocks, and pump bases. The largest demand for polymer concrete in the past was created for containments & waste container applications, which can be attributed to the easy maintenance and long-lasting durability of containments and extensive applications of waste containers that are made from polymer concrete. Residential structures, civil infrastructure, and non-residential structures are the major end users of polymer concrete.

In terms of application, the polymer concrete market is categorized into pump bases, trench drain, containments & waste containers, flooring blocks, and others (which include outdoor furniture, overlays, solid surface counter, and park benches). Among these, the trench drain category dominated the market during the historical period (2013–2017), holding a share of more than 26.0% in 2017, in terms of value. The reason for this is the growing construction of efficient drainage systems for catering to the needs of the surging population around the world.
Hence, the market is growing due to the increasing number of repair and maintenance activities and rising civil construction projects.

How is Water Management Industry Driving Demand for Geomembranes?

The population across the globe is increasing at a rapid pace. Countries including China and India, especially, are registering a swift rise in the population. Owing to this, the consumption of resources available has risen as well. Moreover, the current resources are proving to be inadequate for taking care of needs of this rising population. One of the most basic resources that all human beings need for survival is water, and its availability has been decreasing swiftly. Ascribed to this, governments of different countries are focusing on water treatment plants for making sure that people are provided with clean and healthy drinking water.

This is further resulting in the increasing demand for geomembranes, thereby leading to the growth of the global geomembranes market. Synthetic membrane barriers or liners that are used for controlling the migration of fluid in a manmade structure, project, or system is referred to as a geomembrane. They are made from thin polymeric sheets, which are sometimes made by infusing geotextiles with elastomers, asphalt, or polymer sprays. Attributed to this, geomembranes also fine applications in the geotechnical engineering industry.

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Geomembranes have interface shear strength, high tensile strength, and are resistant to tear and impact. Some key applications of these membranes are mining, water containment, and solid waste containment. Different types of geomembranes are low density polyethylene (LDPE), high density polyethylene (HDPE), polyvinyl chloride, linear low density polyethylene (LLDPE), ethylene propylene diene monomer rubber, and polypropylene. HDPE is a hydrocarbon polymer that is prepared from petroleum by the catalytic process. HDPE polymers can withstand high temperatures and are light in weight. They are primarily utilized for manufacturing and packaging of edible products including yogurt tubs and cereal box liners.

LDPE geomembranes have superior elongation and flexibility properties, durability, increased frictional resistance, and ultraviolet and chemical resistance. They are utilized for packaging, electrical cables, and transportation. LLDPE is a blended form of LDPE and has improved tensile strength, flexibility, and comfortability. These polymers are utilized for films which need high amount of strength for absorbing impacts puncturing or tearing. Geographically, North America is predicted to emerge as a major geomembranes market in the coming years, as these products are widely being demanded in Canada and the U.S. for tunnel liners.

In addition to this, geomembranes are also being used in the region for preventing soil erosion in water bodies and land area, in order to promote vegetation growth. These polymers are also utilized for mining processes including excavation of gold, copper, and magnesium in Canada and the U.S. Other than this, the demand for geomembranes is also predicted to rise in Europe in the years to come.

Hence, geomembranes are being demanded due to the surging need for water management across the globe.