An Innovation of Biotechnology in Textile Finishing Sector
During 1919, when biology was highly
recommended for making useful products from raw
materials, Karl Rekey foresaw who is the engineer of
Hungarian agricultural invented a term "
biotechnology" by merging the biology and
technology. Being a biology-based technology,
biotechnology produces technologies and products
for improving the human's life by controlling the
biomolecular and cellular processes. Nowadays,
biotechnology becomes more popular for food,
medical, engineering, and agriculture industries for its
environmental acceptability and dramatic improvements in product and process technical
properties. Every biologist wants to know the how
the living cells make the substances, for gaining the
knowledge about this, they applied the methods of
mathematics, and physics over the past 30 years. By
combining engineering and science, biotechnology
was produced which is not only used for baking
bakery foods but also produce fuel and medicines.
As biotechnology name shows it is one technology but, in reality, it is a group of technologies which do not only work with living cells and their living cells but also improves human lives. Since a few years ago, biotechnology has been used for baking bread, breeding food crops and brewing alcoholic beverages. But, recently, new research is invented in biotechnology, which gives new prominence, new meanings and new potential. Nowadays, modern biotechnology provides the dramatic effect on both the economy and society. Main two examples of biotechnology are genetic engineering and paper deals. New and modifying enzyme fibers are created by unique genetic engineering. According to a survey, it has proven that the American industry expends billions of dollars annually on technology for capturing the pollution emissions. In order to stop the creation of pollution in a cost-effective way, industry use enzyme and genetically enhanced microorganisms. In this article, we will tell you about the innovative of modern biotechnology in the textile finishing sectors.
In 2004, Washington submitted the
report that textile industry reduces the water
consumption by as much as 30% to 50% by using
biotechnology. That's why it is highly demanded in
the textile industry for textile manufacturing. In the
textile industry, Biotechnology replaces all harsh
chemicals from the wet processing of garments.
Biotechnology is divided into 4 displeases such as
red, blue, green and white. Red is used for medical
processes, green is used for agriculture field, blue is
involved in marine or aquarium environments and
white biotechnology is modern technology which is
used in the textile industry.
In today's dynamic industry, biotechnology is used for producing the fibers such as cotton, wool, and silk. Having high temperature and excellent pH, biotechnology-produced enzymes can be easily controlled in any reactions. Also, it has excellent capability to reduce the excess of pollution, water, and energy that's the main reason catalysts are perfect for finishing of textile sector. It not only perfect for cotton, wool and silk fibers but also useful for denim fabrics. Beyond this, enzymes can increase the quality of fabrics by producing the anti-pilling finish. As a popular biopolishing technique, it is applied to both woven and knitted fabrics around the globe.
In today's dynamic industry, biotechnology is used for producing the fibers such as cotton, wool, and silk. Having high temperature and excellent pH, biotechnology-produced enzymes can be easily controlled in any reactions. Also, it has excellent capability to reduce the excess of pollution, water, and energy that's the main reason catalysts are perfect for finishing of textile sector. It not only perfect for cotton, wool and silk fibers but also useful for denim fabrics. Beyond this, enzymes can increase the quality of fabrics by producing the anti-pilling finish. As a popular biopolishing technique, it is applied to both woven and knitted fabrics around the globe.
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