Science Graduate Job Updates
- Walk in Interview for M.Sc, B.Pharm, B.Sc, M.Pharm, MBBS, BDS @ Xl Health Corporation India for Trainee Medical Transcriptionist - Freshers may apply |around 40 posts
- Walk in Interview in Gurukula Kangri Vishwavidyalaya for posts of Professor & Assistant Professors in Pharmaceutical Sciences - 7 posts
- Require Sr. Manager - Production in Medical device company - Bachelor/Master degree in Mechanical Engineering
- Work as Medical Representatives / Marketing executives in Nano Life sciences, Bangalore
- A Review Biotechnological removal of color and dye from waste water
Xl Health Corporation India Private Limited is a 100% owned subsidiary of Xl Health US. XLHealth, US was founded in 1997. XLHealth,U.S has a proud history as an industry leader in improving the quality of care for chronically ill Medicare beneficiaries through care management services. XLHealth is a US$2 Billion company operating in 5 states of United States.
XLHealth, Bangalore was founded in the year 2007 and since then has been growing exponentially partnering the business. We are a growing company with about 500 employees operating out of 2 facilities in Bangalore, Karnataka
XLHealth, Bangalore was founded in the year 2007 and since then has been growing exponentially partnering the business. We are a growing company with about 500 employees operating out of 2 facilities in Bangalore, Karnataka
Gurukula Kangri Vishwavidyalaya was founded on March 4, 1902 by Swami Shraddhanandaji with the sole aim to revive the ancient Indian Gurukula System of education, on the bank of Ganges at a distance of about 6 km. from Hardwar and about 200 km. from Delhi. This institution was established with the objective of providing an indigenous alternative to Lord Macaulay's education policy by imparting education in the areas of vedic literature, Indian philosophy, Indian culture, modern sciences and research.It is a centrally 100% funded deemed university.
Leading Medical device company at Ahmedabad [Gujarat]
Post: Sr. Manager - Production
Nano life sciences pvt ltd, Bangalore based company.
Post: Medical representatives/ Marketing Executives
Job Description:
PROMOTE PRODUCTS THRO DOCTORS
Qualification & Experience: +2 and above with good communication skills
PROMOTE PRODUCTS THRO DOCTORS
Qualification & Experience: +2 and above with good communication skills
About Authors:
Alpesh J.Shiroya*, K.K.Vaghasiya, N.J.ghantala
Bhagwan Mahavir College Of Biotechnology ,Surat
*alpeshshiroya45@yahoo.in
Alpesh J.Shiroya*, K.K.Vaghasiya, N.J.ghantala
Bhagwan Mahavir College Of Biotechnology ,Surat
*alpeshshiroya45@yahoo.in
Abstract
Clean technology has become an important concern for every industry. Especially in textile dyeing factories, there is much use of water, energy, dyeing colours and chemicals. This can cause significant water and air pollution problems. The wastewater wear a lot of colour and having toxic odour, COD and BOD. wastewater contains the following reactive dyes: turquoise DG, black DN, red DB-8 and orange OGR. It has been shown that the efficiency of dye removal depends on the type of dye, coagulant dosage, and the sample pH.The performance of COD and colour removal in the single-stage ozonation- biological treatment was also compared with the multi-stage ozonation-biological treatment processes. Ozonation transforms the functional groups in azo dye to produce more biodegradable by products, which is easily removed by biological treatment. semiconductor photocatalysis process could be an appropriate tool for the treatment for textile dyeing and printing wastewater. Activated sludge treatment and the coagulation-flocculation method with ≥80% removal efficiency of waste water. Using the electrocoagulation process possible the reuse of dye wastewater by removing the colours. sequential batch reactor (SBR) technology as an alternative method for treating industrial effluents.In the present work we review existing processes as well as promising new technologies for texttile waste water decolorisation.
Clean technology has become an important concern for every industry. Especially in textile dyeing factories, there is much use of water, energy, dyeing colours and chemicals. This can cause significant water and air pollution problems. The wastewater wear a lot of colour and having toxic odour, COD and BOD. wastewater contains the following reactive dyes: turquoise DG, black DN, red DB-8 and orange OGR. It has been shown that the efficiency of dye removal depends on the type of dye, coagulant dosage, and the sample pH.The performance of COD and colour removal in the single-stage ozonation- biological treatment was also compared with the multi-stage ozonation-biological treatment processes. Ozonation transforms the functional groups in azo dye to produce more biodegradable by products, which is easily removed by biological treatment. semiconductor photocatalysis process could be an appropriate tool for the treatment for textile dyeing and printing wastewater. Activated sludge treatment and the coagulation-flocculation method with ≥80% removal efficiency of waste water. Using the electrocoagulation process possible the reuse of dye wastewater by removing the colours. sequential batch reactor (SBR) technology as an alternative method for treating industrial effluents.In the present work we review existing processes as well as promising new technologies for texttile waste water decolorisation.
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