Monday, May 20, 2024
 - 
Afrikaans
 - 
af
Albanian
 - 
sq
Amharic
 - 
am
Arabic
 - 
ar
Armenian
 - 
hy
Azerbaijani
 - 
az
Basque
 - 
eu
Belarusian
 - 
be
Bengali
 - 
bn
Bosnian
 - 
bs
Bulgarian
 - 
bg
Catalan
 - 
ca
Cebuano
 - 
ceb
Chichewa
 - 
ny
Chinese (Simplified)
 - 
zh-CN
Chinese (Traditional)
 - 
zh-TW
Corsican
 - 
co
Croatian
 - 
hr
Czech
 - 
cs
Danish
 - 
da
Dutch
 - 
nl
English
 - 
en
Esperanto
 - 
eo
Estonian
 - 
et
Filipino
 - 
tl
Finnish
 - 
fi
French
 - 
fr
Frisian
 - 
fy
Galician
 - 
gl
Georgian
 - 
ka
German
 - 
de
Greek
 - 
el
Gujarati
 - 
gu
Haitian Creole
 - 
ht
Hausa
 - 
ha
Hawaiian
 - 
haw
Hebrew
 - 
iw
Hindi
 - 
hi
Hmong
 - 
hmn
Hungarian
 - 
hu
Icelandic
 - 
is
Igbo
 - 
ig
Indonesian
 - 
id
Irish
 - 
ga
Italian
 - 
it
Japanese
 - 
ja
Javanese
 - 
jw
Kannada
 - 
kn
Kazakh
 - 
kk
Khmer
 - 
km
Korean
 - 
ko
Kurdish (Kurmanji)
 - 
ku
Kyrgyz
 - 
ky
Lao
 - 
lo
Latin
 - 
la
Latvian
 - 
lv
Lithuanian
 - 
lt
Luxembourgish
 - 
lb
Macedonian
 - 
mk
Malagasy
 - 
mg
Malay
 - 
ms
Malayalam
 - 
ml
Maltese
 - 
mt
Maori
 - 
mi
Marathi
 - 
mr
Mongolian
 - 
mn
Myanmar (Burmese)
 - 
my
Nepali
 - 
ne
Norwegian
 - 
no
Pashto
 - 
ps
Persian
 - 
fa
Polish
 - 
pl
Portuguese
 - 
pt
Punjabi
 - 
pa
Romanian
 - 
ro
Russian
 - 
ru
Samoan
 - 
sm
Scots Gaelic
 - 
gd
Serbian
 - 
sr
Sesotho
 - 
st
Shona
 - 
sn
Sindhi
 - 
sd
Sinhala
 - 
si
Slovak
 - 
sk
Slovenian
 - 
sl
Somali
 - 
so
Spanish
 - 
es
Sundanese
 - 
su
Swahili
 - 
sw
Swedish
 - 
sv
Tajik
 - 
tg
Tamil
 - 
ta
Telugu
 - 
te
Thai
 - 
th
Turkish
 - 
tr
Ukrainian
 - 
uk
Urdu
 - 
ur
Uzbek
 - 
uz
Vietnamese
 - 
vi
Welsh
 - 
cy
Xhosa
 - 
xh
Yiddish
 - 
yi
Yoruba
 - 
yo
Zulu
 - 
zu

Converting plastic, biomass into manure

0 comment

It is reported that researchers at the University of Agricultural Sciences, GKVK, have installed a pyrolysis unit to convert plastic and biomass into valuable manure and pesticide. The process is found to be yielding a range of useful products. Like when applied to plastic waste, it produces char, a key material in asphalt and brick manufacturing. It also generates syngas, a clean-burning gas that fuels the pyrolysis unit itself, and bio-oils that can be used for various energy applications. Processing biomass through pyrolysis produces biochar. According to UAS, the hydrogen gas produced during the process can also be an income generating option. Biochar can be used in industrial applications like water purification, air filtration and production of activated carbon.

You may also like

Leave a Comment

Clean India Journal, remains unrivalled as India’s only magazine dedicated to cleaning & hygiene from the last 17 years.
It remains unrivalled as the leading trade publication reaching professionals across sectors who are involved with industrial, commercial, and institutional cleaning.

The magazine covers the latest industry news, insights, opinions and technologies with in-depth feature articles, case studies and relevant issues prevelant in the cleaning and hygiene sector.

Top Stories

Subscribe To Our Newsletter

Copyright © 2005 Clean India Journal All rights reserved.