In the recent times, there has been a sharp surge in the popularity of environment-friendly and renewable chemicals across the world. Moreover, the rising environmental degradation being caused due to the large-scale usage of the conventional chemicals will give wings to the global demand for renewable chemicals in the coming years. Due to global warming, deteriorating air quality levels, increasing emission of greenhouse gases, and rising water pollution, the usage of conventional chemicals, that consist of volatile organic compounds (VOCs) and other toxic and polluting substances, is decreasing rapidly in industries.

The other major factor fueling the surge in the sales of renewable chemicals is the increasing implementation of stringent policies aimed at reducing environmental damage by various environmental and government regulatory authorities around the world. For instance, the European Union (EU) has recently enacted the REACH (registration, evaluation, authorisation, and restriction of chemicals) regulation for protecting the environment and human health from the various risks that can be posed by the utilization of chemicals in the region.  

In addition to the aforementioned factors, the rapid technological advancements and innovations being in renewable chemicals and the abundant availability of low-cost feedstock are further augmenting the sales of these eco-friendly chemicals across the world. Furthermore, because of the rapidly declining reserves of various fossil fuels such as oil, industries are increasingly incorporating the use of petroleum alternatives such as renewable chemicals. This is, in turn, propelling the advancement of the global renewable chemicals market. As per the forecast of the market research company, P&S Intelligence, the market will grow exponentially in the forthcoming years. 

These chemicals are usually produced from renewable feedstocks such as microorganisms, agriculture raw materials, and biomass. They basically serve as substitutes for the conventionally used petroleum-based chemicals. Organic acids, platform chemicals, ketones, biopolymers, and alcohols are the most commonly used types of renewable chemicals around the world. They are heavily used in various applications pertaining to resins, consumer goods, lubricants, plastics, and surfactants. Thermo-chemical conversion, gasification/fermentation, acid hydrolysis, reductive transformation, product separation and bioconversion, production of Fischer-Tropsch diesel, fermentation and bioconversion, enzymatic hydrolysis, and dehydrative transformation are the multiple kinds of production processes used for producing renewable chemicals. 

Transportation, food safety, communication, environment, textiles, housing, health and hygiene, agriculture, bio-medical, and recreation are the major application areas of these chemicals. Due to the presence of strict government policies and regulations in several countries and the rising awareness amongst the masses about environmental conservation, the sales of eco-friendly products including renewable chemicals are increasing at an explosive pace all over the world, especially for use in agriculture, bio-medical, and environment applications.

Hence, it can be said with surety that the usage of renewable chemicals will increase tremendously in various industrial applications across the world in the future years, due to the growing demand for eco-friendly materials and chemicals and the rising requirement for petroleum-alternatives in industries on account of the rapidly depleting reserves of oil around the world.

 With the rising implementation of strict environmental regulations in several countries, on account of the growing pollution levels and environmental degradation, the sales of bio-based adhesives are picking up rapidly across the world. In the recent times, the governments of many countries have enacted stringent regulations that limit the usage of petrochemical-based adhesives. This has, in turn, fueled the requirement for eco-friendly alternatives such as bio-based adhesives, which are naturally produced unlike the petrochemical ones.

 The rising public awareness about the various harmful effects of chemical pesticides on human and plant health is pushing up the requirement for organic pesticides all over the world. These pesticides are basically completely natural/plant-derived agents and are thus, non-toxic in nature. Moreover, the usage of these pesticides for pest control in agriculture leads to the production of organic food items which are completely free of toxic chemicals that harm the human body.

The other important factor which is boosting the sales of organic pesticides is the growing requirement for food products across the world. This mainly because of the rising population levels in many countries. Moreover, the ballooning popularity of organic farming, on account of the increasing public awareness of food safety and nutrition, is augmenting the demand for these pesticides. Hence, with the mushrooming usage of organic pesticides, the global organic pesticides market will exhibit explosive growth in the coming years. 

According to the estimates of P&S Intelligence, a market research company based in India, the industry is predicted to register huge growth in Europe in the years to come, primarily because of the increasing implementation of various strict environmental regulations and policies in the region. These regulations are passed for reducing the environmental damage caused due to the utilization of chemical pesticides in farming processes. For example, the European Union (EU) banned the utilization of brain-damaging insecticides in December 2019.

Furthermore, the Union banned the usage of chlorpyrifos, chlorpyrifos-methyl, and neurotoxic insecticides on February 1, 2020. This is predicted to provide a great growth opportunity to the organic pesticides producing companies in the future years. The most commonly used types of organic pesticides are— mineral, botanical, and microbial. The mineral pesticides contain lime-sulfur and sulfur, while the botanical pesticides are produced from plants such as sabadilla, rotenone, and azadirachta indica (neem).

On the other hand, the microbial organic pesticides are derived from various microbial agents such as fungi, viruses, protozoans, algae, and bacteria. Across the globe, the North American organic pesticides market is predicted to be significantly more lucrative than the other regional markets in the upcoming years, on account of the presence of strict regulations and policies regarding the utilization of chemical pesticides in the North American countries, especially the U.S. 

One such stringent policy is the Food Quality Protection Act (FQPA), that was recently enacted by the U.S. Environment Protection Agency (EPA). This act mandates that the pesticides used on crops throughout the country meet the safety standards set by the EPA. Apart from these regulations, the rising public awareness about the harmful effects of chemical pesticides and the advantages of using organic pesticides in farming processes is also contributing to the surging sales of organic pesticides in the region.

Thus, it can be said without any hesitation that the demand for organic pesticides will swell all over the world and especially in the North American region in the upcoming years, primarily because of the growing requirement for natural pesticides in agricultural processes and the rising awareness amongst the masses about the toxic effects of chemical pesticides on plant and human health.

 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.

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.

 A major factor fueling the sales of ceramic textiles is their growing requirement in the transportation and industrial sectors. Moreover, the rapid surge of the steel, aluminum, and petrochemical industries is boosting the global demand for ceramic textile as this material is extensively used in these industries. Furthermore, ceramic fiber is heavily required in these industries, owing to which, the boom of these industries is massively pushing up the demand for ceramic textiles across the world.  

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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A number of developing countries, including China and India are registering strong economic growth, because of which, the government is becoming more inclined towards spending on building world class infrastructure. The disposable income of people is rising as well, thereby allowing them to migrate to urban cities. Ascribed to all this, the construction industry across the globe is growing rapidly, as large number of commercial and residential buildings are being built for facilitating the increasing number of people coming to urban areas. A large number of products are utilized during the construction process, hence, the expansion of the industry is creating demand for these products as well. 

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Coating resins is one of the materials that are utilized for providing finishing touches to different kinds of products. In addition to this, these organic compounds also protect surface of materials from extreme environmental conditions. Other than the construction industry, coating resins are also used in automotive, marine, and furniture industries. The swift expansion of the automotive industry is also a key factor that is driving the demand for coating resins. The production of vehicles around the world is increasing, as a larger number of people are now focusing on buying private vehicles, thereby driving the growth of the global coating resins market. 

Among all these regions, Asia-Pacific held the largest share in the market during the historical period, owing to the growing demand for renovation and repair of commercial buildings, houses, malls, and schools in the region. Additionally, increase in government and foreign investment is another factor driving the market in the region.

The coating resins market is characterized by the presence of multinational corporations, which have their presence in more than one country. Some of the major companies operating in the global market are BASF SE, DowDupont Inc., The Valspar Corporation, Koninklijke DSM N.V., Nuplex Industries Limited, Hexion Inc., Bayer AG, Allnex Belgium SA/NV, and Arkema Group.

The growing incidence of chronic diseases and increasing geriatric population are tremendously pushing up the requirement for pharmaceutical products, which is, in turn, driving the sales of antimicrobial additives around the world. Furthermore, many private and public organizations are making huge investments in the development of antimicrobial additives so that these products can be available for mass consumption throughout the world. Due to these factors, the valuation of the global antimicrobial additives market is predicted to rise from $2,010.2 million to $3,786.8 million from 2019 to 2030, with the market advancing at a CAGR of 7.5% between 2020 and 2030.

There are two types of antimicrobial additives available in the market namely inorganic and organic. Between the two, the usage of the inorganic antimicrobial additives was higher in the past years. This is credited to the various favorable chemical and non-toxic traits of the silver-, copper-, and zinc-based antimicrobial formulations. In addition to this, the high utilization of these materials in food and non-food consumer items, packaging materials, and several other products contributed toward the high sales of these materials during the last few years.

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The demand for paints & coatings is increasing across the world ascribed to the rising construction and renovation activities. As the personal income of people is rising, they are spending more money on enhancing the aesthetic appeal of their houses. Paints and coatings are an important part of renovation and construction activities, which is why their demand is increasing. As per the World Paint & Coating Industry Association, the sales of global paints and coatings was $172.8 billion in 2019. Some other factors, driving the demand for these products are the expanding automotive industry and rising urban population. 

Since titanium dioxide is a major material that is used in the production of paints & coatings, its demand is increasing as well. The material is safe and inert and hence is used in a number of applications other than paints and coatings as well. Titanium dioxide is a semiconducting material which shows photocatalytic activity in light’s presence. Such characteristics further make this material suitable for a number of applications. The global titanium dioxide market is further registering growth because of the low price of its processing and the raw material.  

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The increasing adoption of lightweight vehicles is also resulting in the rising requirement for titanium dioxide. The need for lightweight vehicles is growing due to the surging concerns regarding automotive emissions, requirement for making vehicles more fuel efficient, and need for reducing carbon footprints. Titanium dioxide is utilized for coatings that are applied on polycarbonate structures that are utilized in the manufacturing of lightweight vehicles. This is because of the ability of these coatings to impart scratch resistance, stability, and durability to the polycarbonate structure. Moreover, the replacement of conventional glass with polycarbonate plastics is also expected to drive the demand for titanium dioxide in the coming years. 

The titanium dioxide market is predicted to reach a value of $24,026.1 million by 2030, from $15,020.2 million in 2019, registering a 4.5% CAGR during the forecast period (2020–2030). When process is taken into consideration, the market is divided into chloride and sulphate, between which, the sulphate process accounted for the major share of the market in 2019. The process has the ability to extract the compound from all the ores, including rutile, titania slag, and ilmenite. The chloride process only has the ability to extract titanium dioxide from rutile ores. In terms of application, the market is categorized into inks, paper, paints & coatings, and plastics. 

Among these, the paints & coatings application held the largest share of the market in the past and is further expected to dominate the market in the coming years as well, owing to the surging requirement for these products in architectural applications. Geographically, Asia-Pacific dominated the titanium dioxide market in the past, as per a report by P&S Intelligence. This is because of the increasing movement in urban areas and surging population across the region. 

Hence, the demand for titanium dioxide is growing due to the increasing requirement for paints & coatings around the world.