WATER ANSWERS & FACTS (special focus on district of Gurgaon, Haryana)
07/09/2021
Q1) the average American household uses 400 gallons of water per day! Any idea how much an Indian family of four on average use?
Ans.
Domestic Household:
Bathing 55
lpcd (litre per capita per day)
Toilet Flushing 30 lpcd
Washing of
Clothes 20
Washing the house 10
Washing utensils 10
Cooking 05
Drinking 05
---------------
Per
Person 135 lpcd
Family of 4 135 x 4= 540 lpcd
Family of 4 800 lpcd (based on 200 lpcd consumption).
This is a maximum value for mid upper & upper sections of society.
Variations:
100 to 135 lpcd
for communities with population from 20,000 to 100,000 with full flushing
systems
150 to 200 lpcd
for communities with population above 100,000 with full flushing systems.
Comparatively, in
India, we consume less water per person & household vs. USA. Almost 150
gallons for a family
of 4. (1 gallon =
3.785 litre). Whereas USA got a variation of 300 to 400 gallons. Which is
extremely high.
However, across
India, due to non-installation of water meters & high incidence of leakage
during supply and distribution. Results in very high water losses.
Additionally, our population has grown at an exponential rate compared to the
global average. Leading to an acute water crisis.
Q2) What TDS is
best for drinking water?
Ans.
As per WHO
less than 300 mg/litre excellent
between 300 and 600 mg/litre good
between 600 and 900 mg/litre fair
between 900 and 1200 mg/litre poor
greater than 1200 mg/litre unacceptable
Water with extremely low concentrations of TDS
may also be unacceptable because of its flat, insipid taste.
A good quality TDS Meter can display the
current value. Which would assist in our decision making process, whether to
remove a RO and simply install a UV filter. Or any other recommended appliance.
What is TDS?
Total Dissolved
Solids (TDS)
Water is a good
solvent and picks up impurities easily. Pure water is tasteless,
colorless, and odorless. Is often called the universal solvent.
Dissolved solids refer to any minerals, salts, metals, cations or anions
dissolved in water. Total dissolved solids (TDS) comprise inorganic salts
(principally calcium, magnesium, potassium, sodium, bicarbonates, chlorides,
and sulfates) and some small amounts of organic matter that are dissolved in
water.
TDS in
drinking-water originate from natural sources, sewage, urban run-off,
industrial wastewater, chemicals used in the water treatment process and the
nature of the piping or hardware used to convey the water, i.e., the plumbing.
Other natural environmental features also responsible. Such as mineral springs,
carbonate deposits, salt deposits, and sea water intrusion, but other sources
may include: drinking water treatment chemicals, storm water & agricultural
runoff and point/non-point wastewater discharges.
Benefits of
drinking natural water filled with minerals & other elements:
It lubricates
the joints
It forms saliva
and mucus
It boosts skin
health and beauty
It cushions the
brain, spinal cord, and other sensitive tissues. .
It regulates
body temperature
It flushes body
waste
It helps
maintain blood pressure
The airways
need it.
It delivers oxygen throughout the
body
The digestive system depends on it
It makes minerals and nutrients
accessible
It prevents kidney damage
It boosts performance during
exercise
Weight loss
Minerals present in natural potable water:
(when water is provided from ‘natural’ sources & not by artificial methods)
Manganese and Molybdenum
Copper
Iron & Zinc
Calcium & Magnesium
Sodium
Potassium
Bicarbonate
HEALTH RISKS FROM CONSUMPTION OF DEMINERALISED OR
LOW-MINERAL WATER from RO:
1.
Direct effects of low mineral content water on
the intestinal mucous membrane, metabolism and mineral homeostasis or other
body functions
2.
Little or no intake of calcium and magnesium
from low-mineral water
3.
Low intake of some essential elements and
microelements from low-mineral water
4.
High loss of calcium, magnesium and other
essential elements in food prepared in low-mineral water
5.
Possible bacterial contamination of low-mineral
water
NGT Guideline for TDS & RO: (important)
Ans.
Ground
Water
Nearly 50% of Gurgaon’s water requirement is met by
groundwater.
The level of which is currently 33.24 metres approx. Certain places it has reached 50 metres. At Chakkarpur village, which is located just behind MG Road, the average water table is above 65 metres, which is worst in the district. Gurugram is currently listed as a ‘dark zone’.
Series of legal & illegal bore wells exist & spread
across the city, wherever canal supply is unavailable or short supplied. These
bore wells are extensively used for both potable and commercial usage. Primarily
they are illegal.
2nd
Source
RIVER
The rest is Yamuna water that comes via canals
and through water treatment plants. Western Yamuna Canal at Sonipat. Three
units of 20mgd each at Basai total capacity = 60MGD. Three units of 22 MGD each
at Chandu Budhera total capacity = 66 MGD.
The GMDA
has divided the city into two parts: Internal City (Sector 1-57) and Outer
Gurugram (Sector 58-115), for the purpose of water supply. The authority
supplies water to 540-odd bulk consumers, including the Municipal Corporation
of Gurugram, and the water is then distributed to end users through pipelines. In
some areas in Outer Gurugram, the drinking water is supplied by tankers.
The GMDA
supplies raw canal water from Chandu Budhera WTP and recycled water from STPs
at Dhanwapur and Behrampur for construction purposes through tankers.
There was
an urgent need to promote rainwater harvesting to recharge fast depleting
groundwater, and recycling of sewage water to meet the growing needs of the
city. The raw water brought to the city through NCR and Gurgaon Water Supply
(GWS) Channel is treated at Basai and Chandu Budhera and supplied further. But cannot
be depended on the water supplied through the two canals alone to meet the
future needs of the city. Rainwater harvesting and recycling of sewage water
are a must to meet the growing demand.
By the end of this year (2019),
the Gurugram Metropolitan Development Authority (GMDA) plans to start supplying
piped drinking water to all sectors of the city. Officials have said this will
be a major milestone in the urban expansion of Gurugram, as piped water is a
sign of good governance, improved water security and community health. It will
also be a major feather in the cap of the GMDA, which took over water supply in
2018 from the Haryana Shahari Vikas Pradhikaran, which, due to lack of funds
and land acquisition issues, was unable to ensure such widespread supply
despite the city growing in its expanse.
A BRIEF HISTORY
The distribution of piped water to Gurugram began in
the year 1990, when the city began drawing water from the Yamuna canal in
Sonepat. Prior to this, the area was entirely dependent on groundwater as
there was no other major source of surface water, such as a river, to draw
from. The launch of city’s first water treatment plant in Basai, in 1995,
helped augment this supply for the then developing sectors, between 1 and 57,
which have since come to rely almost entirely on canal water. Illegal
groundwater extraction does continue in these areas, though to a lesser degree.
With the city’s continued urban
boom, the demand for piped water comes mainly from sectors 58 to 115, where
condominiums have come up without any water supply infrastructure, forcing
residents to depend on illegally procured water.
To supply piped water to these
areas, a second water treatment plant at Chandu Budhera village was
commissioned in 2011, but it only started supplying water in 2018. With this
major hurdle having been overcome, GMDA chief executive officer (CEO) V
Umashankar confirmed that work was underway to bring piped water to all areas
of Gurugram city by December’19 this year.
In sectors 58 to 67, canal water
supply began in May this year, while sectors 99 to 115 began receiving the same
in November last year. Sectors 68 to 80 are set to be connected to the water
supply network by July end, while Sectors 81 to 98, which include fringe areas
such as Ghata and Gwal Pahari, will receive piped water in the last leg, by the
end of the year.
To circumvent these hurdles, the
GMDA, in consultation with another private company, proposed a closed-loop
system in July 2017; it was vetted by the chief minister in August 2018, adding
that the closed-loop system was a better option, for multiple reasons.
The closed-loop system will be
more advantageous because all the pipes are interconnected, allowing water to
flow freely and this causes less stagnation and head loss of water within the
system. In a branched system, on the other hand, there are many dead ends where
water remains static, leading to accumulation of sediments and bacterial growth
which degrades the quality of water.
Closed-loop system also maintains
uniform water pressure in every pipeline, so people living in areas at the end
of the network will also receive the same amount of water as all other places
along the line.
To develop this infrastructure for
the new sectors, the GMDA will spend an estimated Rs 226 crore in the current
financial year, 2019-20. At present, sectors 68 to 80 have started receiving
water through this new system.
IMPROVING TRADITIONAL CONSERVATION METHODS
Experts believe that while
augmenting current supply capacity is a must, it is doubly important for the
city to look at its future need and prepare for them. Improving canal water
supply and upgrading technology will solve the city’s short-term problems, but
the city also needs to do other things to improve its water security, such as
ensuring better harvesting of rainwater through sustainable land use.
From housing 4 lakh people
in 2001, Gurugram’s population exploded to about 18 lakh in 2017, and is
expected to touch about 40 lakh by 2030, according to estimates provided by the
GMDA. This means that the daily demand for water will rise from about 410MLD at
present to over 1,600MLD in the next 11 years. To meet this demand, the GMDA
will have to diversify its sources of water.
To tackle this issue, the
GMDA’s urban environment division is looking at a complete revival of city’s
catchment areas and traditional rainwater harvesting infrastructure. It will be
a move back to Gurugram’s original source of groundwater, which has been
overexploited due to urbanization.
A recent report by the
GMDA found that almost 80% of all storm water which falls in the 50,000 acres
of catchment in Gurugram is lost as runoff. This was a result of increasing
concretization. On the one hand, we are overdrawing from the ground and, on the
other, recharge has been limited as water cannot percolate through concrete.
But efforts are being made
to rectify things. Last month, the Haryana government approved Rs 289 crore
‘comprehensive drainage plan’, which would be executed over the next year. It
will try to ensure that majority of the runoff goes back into the ground. Adding
that it will include construction of new rainwater harvesting pits, depression
of green belts to capture more water, and building recharge wells along the
Southern Peripheral Road. The idea is to have a zero-discharge system, where
100% rainwater is retained for our own utilization.
Moreover, the GMDA
recently finished putting together a comprehensive map of all water bodies in
the district, identifying 124 of them as core water bodies, which will be
revived over the course of the next year.
Salient Features:
· In 2014, the district recorded an average groundwater level of
26.3 metres (below the ground).
· By 2018, this level had dipped to 28.9 metres across four
monitoring blocks of Gurugram, Sohna, Pataudi and Farrukhnagar.
· department of agriculture also found that in 2018 the district
overdrew on its groundwater reserves by 226%.
· Gurugram city alone overdrew its supply by 308%. Neighboring
Faridabad district overdrew by 75%, Palwal by 80% and Mewat by 85%.
· Experts and officials all pointed to a singular cause for these
heavy losses: a vicious cycle of real estate and population growth.
· In 1974, water table stood at just 6.6 metres below the ground.
Over 45 years, Gurugram
has seen a steady loss of 0.5 metres of groundwater annually.
· Urbanisation, development, industries… these things require water,
and they are taking it out of the ground
· In 2018, the post-monsoon level was at a record low of 36.8 metres
in Gurugram city, as opposed to 34.1 meters in 2014.
· In certain areas such as Baliawas, Chakkarpur, Kasan and Kherki
Daula, the rate of depletion was found to be well over 2 metres every year. In
Chakkarpur, the water table has already dropped to over 68 metres below ground
level.
· In Gurugram, particularly, realty development and condominiums
continue to be a big drain on this natural resource, using both legal and
illegal bore wells to feed the lifestyle of a growing population. Situation is
particularly bad in Gurugram as it does not have a major source of surface
water, such as a river, so one has to extract it from the earth.
· Soil moisture is also lost, so it becomes loose and susceptible to
erosion, leading to desertification. Loose topsoil gets carried away by wind,
leading to air pollution. Loss of water also takes away the natural
cushioning of the soil, making buildings prone to collapse in case of
earthquakes. The whole system works in totality. Loss of water has
ramifications in all spheres of life.
· Rapid urbanization, as Gurugram has witnessed, also leads to more concretization
of the earth’s surface, thereby reducing the capacity of rainwater to percolate
into the ground.
· In certain areas such as Gwal Pahari, which do not have canal
water supply, residents are solely reliant on groundwater. It’s estimated that
a single condominium in Gwal Pahari, with about 5,000 residents, extracts about
3,85,000 litres water every day.
· Another reason for depletion of natural water reserves. A major
source of recharge, was the Sabi river, which enters Haryana from Rajasthan
during the monsoon and passes through Farukhnagar and Pataudi. Which are
important recharge zones and affect the health of the entire water table. Due
to construction of large dams in Rajasthan, the river barely carries water
anymore. Moreover, agricultural communities living along its course have
switched to growing rice (a more profitable crop) instead of wheat and barley,
leading to more exploitation of water.
· In 2013, Gurugram was labelled a ‘dark zone’ by the Central Ground
Water Authority, prompting the district administration to create a vigilance
team of 22 people, who sealed 1,040 illegal bore wells. However, according to a
2011 survey by the Centre for Science and Energy, there are at least 30,000 bore
wells in city.
· Activist Sarvadaman Oberoi, who has closely followed the issue of
water security in Gurugram, estimates that as many as eight new bore wells are
dug in the city every day.
Ans.
Information
shared above (Q No.2), clarifying this topic.
A good quality UV
Filter would suffice the requirements, if the desired TDS levels comply with
Govt Standards.
(Check the NGT
Report link)
RO’s are being
used & promoted out of fear and a negative perception that all the water
received in our homes is contaminated. It can be, through multiple sources.
Both via industrial & farm chemicals, also from numerous other
sources. In a state of urgency,
installing RO become a lifestyle choice rather a solution to impure water.
Entire nation’s potable water isn’t unfit for drinking, only certain areas lack
in quality. Different area got unique surface & ground water quality. Apart
from pollutants & contaminants. We cannot generalize. RO is basically an
Industrial Technology and was never meant for domestic households. Due to
apathy in governance, they were allowed to market themselves aggressively.
Instead of rectifying the toxicity at water source, govt allowed the usage of
RO’s to solve the problem. RO’s killed all the good & healthy nutrients in
a water, apart from removing heavy metals & toxins. Which might had entered
our water systems due to various reasons. Both in surface & ground water
systems. Which destroyed or impacted the health of this nation. As water is
important & a basic requirement for our health.
Q5) Is RO waste
water good for watering plants?
Ans.
Not advisable.
This waste water has to be tested in a lab and then approved, to be used in
horticulture.
Q6) Do you feel
is it okay to let RO waste water flow down the drain because we have Sewage
treatment plant (STP)? I stay in dlf phase 5, we have STP and lot of residents
share the same feedback
Ans.
Above answers,
clarified about RO & related elements.
The reject water
% is extremely high in current RO’s. Due to inappropriate guidelines issued by
the government. NGT has been issuing notices, enabling RO manufacturers to
lower the % of waste water, to the tune of 70-80%. But, it’s still under
consideration.
Hence, once a RO
is installed. Huge water is wasted. Unavoidable! Solution is, to rethink, do we
really require a RO. If not, then as per above noted info. Check your TDS
value, talk to your condo’s water supply office. If values are within
prescribed limits. Install an alternative and go away with RO. Forever! That’s
the solution.
Q7) Household
produce waste water from flush toilets, sinks, dishwashers, washing machines,
bath tubs and showers. Does the entire waste water goes to STP for treatment?
Ans.
Due to improper
policies of the govt & lack of compliances by the builder. A lot of
confusion prevails over functioning of STP. Ideally, the grey water. Which
constitutes all forms of water, except the toilet. Should be reused after
treatment and supplied back for flushing and remaining used for horticulture
purposes.
Currently, all the
housing societies might not have grey water treatment facilities, separate from
STP. Hence, both grey & black water can be mixed in a STP. Whereas, some
may be adhering to the norms. Confusion prevails due to improper governance. A
resident has to physically verify the situation and then draw a conclusion.
There is also a
possibility and technology is available, to treat Grey water, within the
vicinity of a household. Easier for an independent household compared to flats
in condo and high rise buildings. This form of recycling isn’t dependent on a
STP, water is reused and daily consumption would witness a significant drop.
Q8) when we want
to plant native trees, the authorities says that there is enough STP water so. Non-Native
and ornamental trees can be grown. Is it the right justification?
Ans.
NO! Not
advisable. Native trees and plants have an inherent use and advantage. Nature,
while creating this planet, decided the fate of ecology and environment. She
decided, where a desert would exist and which plant species would thrive. We
cannot grow a mango tree or rose plant in a desert. Can we? Similarly, it’s
foolish to think, to plant non native trees across any city or regions of this
country. Irrespective of availability of STP water.
Native
plants are hardy & sustainable, because they have adapted to the local
conditions. Once established, native plants do not need pesticides,
fertilizers, or watering (subject to surface quality). Not only is this good
for the environment, it saves time and money.
When Native
species are planted. They are in sync with available water, soil, worms,
insects, birds, small animals, sync with air, moisture and related natural
elements. This syncing is grossly misunderstood by the society. Which usually
gets attracted to superficiality, rapidly. They fail to understand the depth of
an issue. Decorative trees might appear fancy & attractive. But they are
hardly useful when compared to a peepal, a neem or a jamun tree. Getting
foreign species to a native land, spoil the entire ecology and stop providing
benefits to its members. Steadily, the entire ecology deteriorates and when
results starts to be visible. Till then, course correction is often too
late.
A Tulsi plant
releases oxygen, throughout the day. That’s one of it’s property. Apart from
medicinal benefits. It’s a native
variety and preferred by nature. Mere availability of excess STP water do not
justify planting of non-native trees. Make no sense!
At a time
when we are losing lakhs of acres of native vegetation to urbanization, it is
important to carefully plan greening with native plants to maximize the
ecological benefits than just go after numbers. By planting native trees, you
are planting species that are already adapted to the environment; they don’t
need any extra water or nutrients.
Q9) Is there a
possibility that our selective waste water is treated and reused in our houses
for flushing toilets rather than entire waste water going to STP.
Ans.
Yes, it’s a
possibility. Already discussed above. Grey Water treatment kits &
technology is widely available. Extremely helpful in lowering the daily
consumption of potable water. Can be easily installed in big flats &
independent houses. Expenditure isn’t a worry as prices are reasonable and
within reach. Comparing the benefits, price shouldn’t be a major issue.
Q10) Are we using
fresh water to flush toilets?
Ans.
Majority of
Indians would be using fresh potable water for flushing. As urbanization has
set in recently, which had availability of STP. Residents in gated societies,
condominiums, big housing complex, corporate offices of repute and similar
other commercial establishment would be using the STP tech. Functioning of
these STP’s are already in bad state. Due to poor compliance & governance
ethics. Imagine, the remaining, bulk of population has to use fresh potable
water for flushing purposes. There isn’t any option. Where ever the
govt/administration supplies STP treated water for toilet purposes. It should
be preferred and be the norm. Sadly, currently it’s not. Our plumbing &
water infrastructure do not support this notion. Imagine the situation of a
household in a tier 2 city. They are completely dependent on either groundwater
through bore wells or in some situations, through river water by canal systems.
The first morning flush uses pure potable water. As they flush, the black water
goes into the sewerage drain and the saga of water contamination start its
journey. Phew!
Q11) what is grey
and black water?
Ans.
All the water,
except the toilet, is Grey. Water from washing machine, brushing, bathing,
kitchen. All fall within ambit of Grey. Toilet or fecal water is termed
Black.
Q12) everyone
knows about RHS but how come a lay man check its functioning?
Ans. You mean RWH?
It can and should
be checked physically by an individual. Not just check the recharge structure
or the well. But carefully inspect the entire infrastructure and functioning.
Rain water
harvesting is collection and storage of rain water that runs off from roof
tops, parks, roads, open grounds, etc. This water run off can be either stored
or recharged into the ground water. A rainwater harvesting systems consists of
the following components:
a.
catchment
from where water is captured and stored or recharged
b.
conveyance
system that carries the water harvested from the catchment to the
storage/recharge zone
c.
first
flush that is used to flush out the first spell of rain
d.
filter
used to remove pollutants
e.
storage
tanks and/or various recharge structures.
Setting up a
rainwater harvesting is not difficult but requires some sort of understanding
of hydrology and architecture and as a result most people find it too
complicated to do it themselves.
Q13) there are
few simple ways to prevent water wastage like:
Ans.
1) Fix leaks
2) Bucket bath
3) Don’t water
your lawn/plants btw 9am to 5pm.
4) Turn off the
tap while brushing/ shaving/ or washing hands
5) Request guests
to finish the served water, else ask them, prior to serving.
6) Have indoor
plants, which emit high amount of oxygen but low on water consumption.
7) Do not force
your car washer to use hose pipe or huge quantities of potable water.
8) If your
clothes are less dirty & spoiled. Select a less duration timer in your
washing machine. Clothes would get washed & rinsed quickly, than the usual
hour or more. Widely available option across all brands. Huge savings can be
witnessed.
9) gym clothes or
certain type of clothing, haven’t been worn for long duration and less spoilt.
Can be soaked & hand washed immediately during our bathing time. Saves
detergent, water, electricity and give some exercise to our hands.
10) If it’s
possible, install a urinal in your washroom. Huge litres of water is flushed
during each toilet use. Urinal would immensely minimize per usage amounts,
considerably. To wash away the pee, just a limited amount is required. Not
gallons while using a conventional commord.
11) Drink water,
when we are thirsty. Do not gulp unnecessarily.
12) If one
consume less salt then intake of water get reduced. (consult doctor)
You want to add
to this list?
Ans.
Added.
Q14) Rain water
harvesting system is only to conserve rain water or is it attached to any other
waste water of your tower like kitchen?
Ans.
No. Do not use
kitchen waste water or other sources to recharge the ground water via the RWH
System. Never ever!
To utilize
rainwater in GW Recharge is rapidly becoming a norm. But it has to be monitored
and regulated. If the rainwater get contaminated during its flow and contact
with the earth’s upper surface. Vast amount of chemicals & toxins would
also accompany this water to the underground surface & even the aquifers.
Chemicals are an unwanted norm of our modern day living. Our water systems are
badly infected with these toxins. When they reach underground surface. Massive
destruction is caused to the ecology and health of Nature and its habitants.
The current RWH
Systems across India, are witnessing an overhaul & rethinking. The
architecture might not pose a serious challenge but the quality of water is a
major concern. Once a toxic water enters the ground and gets absorbed. It would
remain there forever. In-fact, when we would extract this water through tube
wells for human activities. Imagine, those toxins would reenter our food chain
and lives. Causing widespread disease and unhealthy environment.
Note*
All the
information, statistics, figures, tables and disclosures mentioned above are
available in public domain. As released by the government & related
administration. No info is purely based on personal opinion but corroborated
with facts provided by media & news agencies.
Aakash
you need to mention that from how long you are working in this field, you need
to mention about your present association if any in this field and lastly what
inspired you/ prompted you to work in this direction.
In the onset of
the 2018, February month. While seeing a garbage mini truck leaving the
premises of my condominium. Struck a hard knock in my gut & mind. Since my
young days, was always concerned towards nation & nature. Couldn’t
withstand pollution & toxicity created by the society. I’ve studied Pol Sc.
Economics & Journalism in graduation. Practiced for a while & then
diverted towards Advertising & Brand. As life travelled, primarily across
North India, was always concerned about rise in pollution and harm inflicted
upon the nature. However, not acted over the problems. Just observed and let
go. But in early 2018, owing to rise in ambient pollution across NCR. Entire
society was troubled and disturbed. Further, i wanted to give back to society
and the nation. By solving problems and not simply by cribbing. As the journey
started to unfold, I researched over the subject of Waste. Got aware of the
solutions by going into the depth. Connected with the stake holders. Shared
info & pushed my RWA towards waste compliance. Meanwhile, rest of NCR was
rising up, towards the menace of waste burning and other forms of environmental
pollution. Progressively, other stake holders aroud the city gathered and
networked. Entire nation started to talk about the menace. Finally, my RWA
adopted source segregation & composting. During this time, scores of other
societies been adopting it up. I’ve been sensitizing my nearby communities and
individuals towards Waste Mgmt. Spreading information & solutions is
important. Not mere complaining.
Simultaneously,
apart from waste mgmt. Water became an important issue. They are inter
connected & inter dependent. Went deep into this matter and it unfolded by
opening layers & layers about Ecology & Nature. Which are important,
before embarking towards solutions. Went in depth and researched into the
topic. Its indeed beneficial and extremely important. The water crisis was
known to me prior to the Chennai problem. Govt already released the data but
citizens were not reading them and comparing with real time observation.
I was also
involved into the reasons behind Air Pollution. Multiple reasons exists. Waste
Burning & unscientific landfills are one of reasons. Apart from thermal
plants. Construction activities, bio mass burning, unpaved roads, aravalli
mountains getting removed from rajasthan, emissions from industries &
automobiles. The solutions I collected are large scale. Require administration
and GOI intervention. Society united, I chipped in by becoming an informed citizen,
rather a cribbing person and feeling dissatisfied & disgruntled.
Met govt
officials and interacted with them. Talked about various areas, concerning Air,
Water & Underground pollutions. I can proudly say, got solutions to
majority of problems. But as an outsider & as an average citizen, I cannot
implement them. Can share them with society and network with them. Then Push
the govt & Admin to implement the solutions on ground.
I’m a Social
Welfare and not an activist. Finally, I evolved as an Environmentalist!
I
love my nation a lot. Cannot witness it’s degradation in terms of Nature &
Environment. Which forms the core of human lives & happiness. I love Nature
and everything around it. In totality. Not just one animal or a tree or a
fruit. But entire Nature in its existence and abundance. Wherever its possible
to correct a wrongdoing, I would be mighty happy to assist and solve the
crisis. Just cribbing & shouting is against my personality.
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