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Soil contamination is usually caused by agricultural chemicals, improper disposal of waste and industrial activity. In polluted soil, nutrients, soil structure, water holding capacity and degradation capacity is reduced. Soil treatment is done to recover the loss caused by contamination and improves soil's condition by escalating moisture intent, balancing pH and inducing microbial growth. Soil treatment has been developed in scientific disciple where collaboration from different fields such as pedology, engineering, geology, chemistry, environmental planning, and microbiology are substantial. Different kinds of techniques for soil treatment like chemical, biological, thermal are used independently or in a blend.

Plasterboard is a panel composed of gypsum that is used in construction industry. It is also known as drywall and mostly employed in a ceiling lining or internal wall board. Various additives are added to design plasterboard with various properties. It is available in different sizes and shapes. It mainly offers properties like sound prevention and, energy loss among others. The plasterboard material has broad range of applications such as residential and non residential construction, interior, wall and ceiling and others.

Epichlorohydrin is flammable epoxy compound, highly reactive and colorless liquid made by chlorine, milk of lime and propylene. It is miscible in diethyl ether, ethanol, and chloroform and insoluble in water. Phenoxy and unmodified epoxy resins are produced using epichlorohydrin as a raw material. Epichorohydrin is used in production of glycerin. Epichlorohydrin holds a stand in paper industries, water treatment plants and rubber factories owing to its wet strength and curing properties.

Dyes are colored, ionizing and aromatic organic compounds and usually applied in aqueous solution and require caustic to develop the fastness of the dye on the fiber. Natural dyes are obtained from plant roots, berries, bark, leaves, and wood, fungi, and lichens. Dyes are used for fabric which includes cotton, wool, and silk.

Fibers are typically used in concrete to control cracking due to shrinkage. Concrete fibers are used in wide range of applications in concrete fiber includes steel fibers, synthetic fiber, glass fibers, synthetic fibers, basalt fiber and natural fibers. Concrete Fibers are also including micro-synthetic fibers, macro-synthetic. Concrete fiber is commonly used in various industries such as residential, commercial, industrial, building and construction and others. Moreover, Glass fiber mainly use in architectural panels. Steel concrete fiber Reduce steel reinforcement requirements, Improve ductility and provides shrinkage crack control. Natural concrete fiber contains materials derived from natural sources such as jute, sisal, sugarcane, and coconut.

Fire resistant fabric is a special fabric that is used to resist the fire. It is made up of synthetic as well as natural fibers. This fabric is blended with flame resistant chemicals. Fire resistant fabrics are used in various applications such as industrial protective clothing, defense & public safety services and transport.

Xanthan gum is a sugar-like compound obtained by mixing fermented sugar with bacteria. It is primarily used as a thickening and stabilizing agent in manufacturing of food, toothpastes and medicines. It poses some properties such as, when xanthan gum get added in liquid it produce high viscosity of a liquid. Xanthan gum is also used to prepare water gels.

In metal packaging, the various products are enclosed or packaged with covering of metal like steel, aluminum or tin. The metallic material work as a barrier and it protect the finished products from various circumstances like air, wind, water, etc. Metal packaging is primarily used to protect food, pharmaceuticals, cosmetics, and other products. However, metal packaging is expected to lose its market share due to plastics packaging in the beverage market.

Transparent ceramics is an amorphous material obtained from compounds of a metal and a non metal. Transparent ceramic material is basically accessible in crystalline form. This material offers properties like robustness, stiff, brittle, chemically inert, and non-conductors of heat and electricity. These exquisite properties of transparent ceramics make it suitable for wide range applications like fabricating solid state lasers, laser hosts, infrared (IR) windows/domes, lamp envelopes and transparent armors, etc.

Electrochromic glasses are smart glasses that can alter its properties according to the needs of its environment. This glass modulates heat and spread light transmission. This glass can available in different size and it can be tinted, clear, colored, and opaque. Due to these attributes electrochromic glass is used in numerous applications such as buildings, corporate, commercial, and residential buildings, malls, restaurants and other outlets.