02425     2200253   4500001002100000005001500021035002000036007000300056008003900059020003400098020003400132020003400166082001000200084001600210100002200226245010000248250001800348260003500366300001800401650005000419700001600469520164500485856004102130INLIS00000000001668820221225094201  a0010-1222000009ta221225                |          | |    aISBN: 978-0-367-43418-2 (hbk)  aISBN: 978-0-367-70414-8 (pbk)  aISBN: 978-1-003-00328-1 (ebk)  a628.4  a628.4 CHO n0 aChowdhary, Pankaj1 aNew Technologies For Reclamation of Industrial Wastewater /cCRC Press - Taylor & Francis Group  aFirst Edition  aBoca Raton :bCRC Press,c2021  bbiblio; index 4aTeknologi, reclamation, industrial wastewater0 aSujata Mani  aIndustrialization, although it plays a vital role in the development and establishment of a country’s economy, has now become the major source of environmental 
pollution throughout the world. Nowadays, the major concern of the researchers 
and scientists dealing the preservation problems is the waste discharge from various industries, since they consist of a variety of pollutants (organic and inorganic) 
and highly toxic heavy metals. These toxic pollutants cause severe water and soil 
pollution. If, by chance, it reaches humans and animals through accumulation, it 
can cause numerous fatal diseases such as delayed nervous disorders, neurological 
disorders, mutagenic changes, cancer, etc. Treatment of discharged wastewater is 
essential for environmental as well as human safety. There are various treatment 
processes such as physical, chemical, and biological methods that have been reported with regards to discharge of industrial effluents into the environment. The 
main problem with the physico-chemical treatment processes, aside from its excessive cost, are the large amount of sludge generated which acts as secondary 
pollutant. Biological processes—being of simple structural set-up—are costeffective, easy to operate, has extensive application and diverse metabolic pathways, environmental-friendly with the versatility of microorganisms, and has less 
production of sludge in comparison to physico-chemical methods. Based on these 
advantages, biological methods using microbes are becoming extremely popular 
among various existing industrial wastewater treatment processes.  aPerpustakaan Pusat Polbangtan Malang