June 18, 2020
Before I start with my essay, I want to say hi to everyone and introduce myself. I am Manika yadav and I am 11 years old 😀.
So, lets start!! 😊
We all know about the 3 Rs (reduce, reuse and recycle). They all are very important for the betterment of the environment. Lets see what they mean...
- REDUSE- this means that we should avoid overuse of anything and everything 😆. Whenever we use something VERY much, it causes harm for the environment. Suppose, you use a computer very much or we can say for a long time, then
it will cause pollution. So, AVOID OVERUSE!!!!
- REUSE- this means that we should try to use one thing again and again. Suppose, you buy a shirt and next day, you buy another shirt or say, after some time, you buy another dress. This will cause pollution as everything which is transformed from raw material
to finished goods causes pollution. For ex- the factory which makes the shirt releases gases which causes air pollution. So, USE EVERYTHING TILL THE TIME IT GETS DAMAGED!!!
- RECYCLE- this means that we should try to use a damaged thing again. You know, the best out of waste thing. We should try to convert a damaged thing to a thing that we can use. I'll give you an idea- you can take a plastic bottle, cut and paste, decorate
and use it as a pen stand. These days, a lot of ideas for 'BEST OUT OF WASTE' is available on google 😝. And don't forget to be CREATIVE 😉.
I hope You enjoyed it... 😳
THANK YOU 😘
P.S. This is my first blog, so if there is any mistake in the format or the content(grammatical or spelling mistake) then please forgive,AND FORGET. 😜
June 18, 2016
"Mother earth is a temple, not a dustbin" screamed a notice board in a tea shop at Varkala beach, Kerala. The plastic, thermocol, Styrofoam etc which we so carelessly throw away, finally lands up in the ocean, carried by rain, rivers etc.
The short video I put together on World Oceans Day, portrays the simmering anger of the oceans through the incessant beating of the Dhol.
Watch it at
Oceans and Us
When I write "plastic" and hit the search button on http://IndianwildlifeClub.com, I get a few pages of results. Here are a few random one liners from those results, which sum up our plastic malady.
"Major cause of floods was Mumbai’s plastic bags choking the city’s drainage system."
"Storm-water drains choked with ubiquitous plastic carry bags are partly responsible for Mumbai's woes."
"The Maharashtra government announced the decision to ban the use of plastic bags across the state after reviewing the situation."
"A landmark 1990 study by the research firm Franklin Associates—says
Plastic is not biodegradable, it litters our waterways and coastal areas, and has been shown to choke the life out of unsuspecting wildlife."
"The leather-back turtle feeds almost exclusively on jellyfish and cannot distinguish between plastic bags and jelly fish"
Fish and sea birds have been choking on plastic litter
And now, we have the Bengal tiger holding up a plastic cement bag left out near a water hole, as if to ask what am I supposed to do with this?
Watch this terrible episode we were witness to at the link
Sharmilee, Virat and Pandit - Corbett National Park
Let us empower the rag picker who helps recycle bio-degradable waste.
If we go by road to Corbett National Park, you have to pass a place called Kashipur. Here, for miles at a stretch, we see plastic gunny bags, just like the one our tiger is carrying. These are filled with more plastic and more bio degradable stuff. They
seem to be piled on the road sides for ever awaiting disposal/recycling.
Empower the waste recycling factories and give them visibility before we drown ourselves in plastic waste.
Shashi Kant Sharma
July 08, 2013
Yes the name of this Gem is 'Purushottam' i.e., purush+Uttam (the Man who excells among all Men) and he is the Priest of the Shiva Temple in Jaipur. He excelled all Men/Priests (?) too by taking his devotion/reverence to the Lord beyond the ordinary. He
noticed that hundreds of gallons of Water and Milk poured for the 'abhisheka' of the ShivLing was flowing into the passage used by the devotees, ending up under their feet and into the drains...........Out of the Box thinking by this Gem led him to persuading
all concerned to harvest this holy water/milk...........Having done that 4+ years ago for his temple, not only has he had the satisfaction of seeing the locality handpump starting to pump water, but also helped him convince managements of other temples and
get them to adopt the best practice he devised.......That is truly socially responsible living and devotion with mindfulness- a story that may become a part of talks on CSR and this truly is a good example of TSR (Temple social responsibility). Great power
to his 'aarti-holding hand' and devotion
Must thank Times of India who discovered Purushottam, his Shiva Temple and published the story.
Read it on the following link
February 15, 2008
Waste to health bioconversion
The theory propounded by Dr. Uday Bhawalkar that excess nitrates affect abiotic and biotic phenomena which was a Phd Thesis in IIT Mumbai, has since been patented and is awaiting commercial exploitation.
Pollution reduction through a natural enzyme based bio catalyst, "Biosanitiser", which Dr Bhawalkar developed as a proprietary technology, has been patented in India nad America.
Treatment of waste generated at household, farms and other biological waste generating sources must include segregation, methanation and stabilisation along with the use of Biosanitiser to treat waste in a holistic manner.
February 15, 2008
Clean cellulose from biomass wastes
Khaitan brothers have developed a clean technology, which enables clean cellulose from biomass wastes like rice, wheat straws and bagasse. Modified Kraft Chemical Recovery (MKCR) technology was developed in a straw pulping mill making paper. The black liquor
coming out as an effluent from pulping of above wastes contains caustic soda, lignin and silica besides lime. MKCR enables:
· recovery of caustic soda,
· silica as a dry precipitate,
· energy from the lignin, which gets burnt as an unique Wet Mix Fuel in a cogeneration biomass boiler, raising steam and electricity which meet process needs and also a surplus which can be wheeled to the electricity supply grid.
· Lime is also recovered.
It uses biomass wastes like rice husk or straw to enable this recovery process of chemicals and energy. Hence all process needs will be met by biomass wastes and products are clean cellulose, caustic soda which gets recycled, silica as a dry precipitate, lime
and energy from the lignin. The whole process would be net zero in GHG emission and energy positive in terms of energy balance and material balance.
Clean cellulose can be converted into many value added products as a basic carbohydrate. Up to 90% of the clean cellulose short fibres can be used in blends to make photocopier grade paper (Map Litho), substituting wood fibres from trees.
Clean cellulose can be hydrolysed into simple sugars. In fact a technology patent has been applied in India, which has already established in lab scale, conversion of alpha cellulose and hemi cellulose into C6 and C5 simple sugars. fermenting the sugars
into ethanol is a simple step. Hence this process is unique in enabling clean cellulose production as a first step and then conversion into ethanol with higher process efficiencies in hydrolysis and fermentation stages. While Khaitan brothers have established
the basics of the technology, it needs a pilot plant study before engineering and building a full scale commercial plant.
Present stage of development of the technology: They require funds as equity and / soft loan and invite an entrepreneurial partnership.
Contact: Mr Dinesh Khaitan: firstname.lastname@example.org at New Delhi
February 01, 2008
Fly ash is a by-product of coal combustion in thermal plants. Presently majority of the coal ash generated is being handled in wet form and disposed off in ash ponds which is harmful for the environment and moreover ash remains unutilized for gainful applications.
India has sufficient coal reserves. In India almost 65-70% of electricity production isdependent on coal which produces a huge quantity of Fly Ash as residue which is allegedly a waste product in Thermal Power Stations.
Fly Ash has a vast potential for use in High Volume fly ash concrete especially due to its physic-chemical properties. Using fly ash in construction activity is environment friendly, reduce energy demand and restrict carbon emissions.
Transco Delhi and DMRC have been using flyash in construction activities.
When mixed with lime and water the flyash forms a cementitious compound with properties very similar to that ofPortland cement. Because of this similarity, fly ash can be used to replace aportion of cement in the concrete, providing some distinct quality
advantages.The concrete is denser resulting in a tighter, smoother surface with lessbleeding.
A good amount of research has already been done inIndia and abroad on its strength and other requisite parameters.
November 10, 2007
Computer chips for Solar Cells
Computer maker IBM has found a way to save money, reduce waste, and contribute to the development of the solar power industry with just one smart innovation—recycling defective semiconductor chips and sending the recovered refined silicon to manufacturers
of photovoltaic solar cells.
A worldwide shortage of refined silicon, the key ingredient in both semiconductors and solar cells, has kept prices for solar power artificially high in recent years, and photovoltaic producers welcome the news of IBM’s breakthrough in processing its wasted
chips for them.
Read the full story at
October 05, 2007
One tonne of scrap from discarded computers contains more gold than can be produced from 17 tonne of gold ore. Mumbai alone throws away 19,00 tonne of electronic waste a year, excluding the large e-waste imports from developed nations through its port.
The projected growth for the e-waste generation for India is about 34% year on year.
India already has a few small scale regional recycling programs-’Eparisara’ and’Trishyiraya’ are two such outfits.
Source:Times of India, 8June, 2007
October 04, 2007
Water Hyacinth- economic potential
Water hyacinth is considered a scourge on water bodies. Yet, we only have to look at our neighbours to see the economic potential of this weed.
In Bangladesh, water hyacinth fibre is dried and mixed with jute to create paper and pressed into fibre boards used for partitions.
Yarn made from the fibre is used to make furniture in Bangladesh and baskets in Philippines.
Water hyacinth is used for water purification as it is capable of absorbing heavy metals, organic compounds and pathogens from water.
In Srilanka, water hyacinth is mixed with organic municipal waste, ash and soil, composted and sold to local farmers.