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The growth of the market is driven by the enforcement of various regulations for waste management and an increase in the utility of geomembranes in various applications.

Increasing adoption of organic farming and growing need for a better plant nutrition are likely to stimulate demand.

This can be mainly associated with the rising demand in defense, aerospace & automotive industries and technological innovations and advancements in the market, along with investments in R&D.

The growth of the market is driven by the increasing demand for plug - in vehicles and increasing demand for automation and battery.

Ethanol fuel is a less expensive energy source since, production of fuels using wastes of corn, sugar cane or grains is more economical as compared to fossil fuels, which can be a bane to the economy of most countries, especially, and developing countries who cannot afford to explore them. Thus, the adoption of ethanol as a fuel by these growing economies can boost the market for fuel ethanol.

Vacuum gas oil finds application as an intermediate feedstock that can improve the output of valuable diesel and gasoline in refineries. Lightweight shale crude oils like Eagle Ford can produce vacuum gas oil direct from primary distillation. Vacuum gas oil is processed in one of two kinds of catalytic cracking units. These cracking units deploy a combination of catalysts (substances that accelerate or decelerate the rate of chemical reaction) to crack vacuum gas oil into lighter gasoline blending components and diesel oil.

Sodium methylate, also popularly known as sodium methoxide with the chemical formula of CH3ONa, may be produced as a result of an exothermic reaction between elemental sodium and methanol. Commercially, sodium methylate can be obtained either in solid or liquid (solution) form. Usually, sodium methylate is sold as a 25% to 30% solution in methanol for use in several applications, like the production of vitamin A1, B1, sulfadiazine, trimethoprim, and analytical agents among others. It is also used extensively as a catalyst in the production of bio-diesel.

Aluminum nitride is a non-toxic and synthetic ceramic material with hexagonal lattice that is majorly used in electronic devices. The high demand for Aluminum nitride is due to its unique combination of properties such as good thermal conductivity and electrical resistance. This provides electronic devices with the ability to offer electrical insulation all while maintaining lower operating temperature.

Chromium powder is a crucial constituent in many industrial materials owing to its unique features. Some of the applications comprise stainless steel, aluminum alloys, and electronics. It is also a necessary element in many super alloys, which are essential to the aerospace and nuclear power industries. Of late, chromium ion plating has become an environmentally sound alternative to traditional chromium plating methods. Additionally, chromium powder finds application where high surface areas are preferred like water treatment and in solar and fuel cells applications.

Titanium sponge is a form of titanium that is brittle and porous in nature. It shows high elasticity, with a high strength-to-weight ratio. It is utilized as a base for titanium billets, alloys, ingots, and others. Moreover, it shows low electrical and thermal conductivity and is one of the usual corrosion-resistant structural metals.Titanium sponge is achieved by the administration of the Kroll process on raw titanium ore. The obtained titanium sponge has various impurities. These impurities usually are nitrogen, hydrogen, chlorine, silicon, oxygen, iron magnesium, among others.