2. IRTSA extends its warm
welcome to respected
CME, COS, CPM & other
officers.
We also extend our warm
welcome to all our
Brother/Sister Engineers
& Trade Union leaders.
3. I R T S A
An innovative organisation
representing
70000 Supervising Engineers of
Indian Railways
presents
some suggestions for its
effective implementation in
ICF, Railways and in the
country.
4. IRTSA
Actively involved itself in the
past 49 years in numerous
progressive and productive
activities.
Made many suggestions
through several seminars and
interactions at New Delhi, ICF
and at various Pus and Zonal
Head quarters all over India
5. These events were graced by
the participation of
dignitaries like CRB, MM,
ML, MS, FC.
At zonal level by GMs,
Principal HODs and HODs.
6. Proposals to enhance Rail
network in various states.
Suggestions to improve
Railway earnings
Suggestions on cost
reduction of Rolling stock
Suggestions to improve
safe running of trains
Some subjects deliberated in these
seminars -
7. Suggestions to improve
passenger comforts in coaches
Suggestion to enhance ICF
production
From 1000 to1500 coaches
From 1500 to 2000coaches
Suggestions for 2000 to
3000 coaches on the anvil
8. Some praiseworthy observations about
IRTSA.
the members of IRTSA are intellectual and
dynamic and indispensible elements in
administration for its prosperity.
- Dr. M.RAGHAVAIAH, GS/NFIR
IRTSA is a vibrant R&D sector for both
administration and trade union movement
- Shri.ShivGopal Mishra, GS/AIRF
9. Sri.GanguliSri.Ganguli, the then CRB in 1970, put it
in writing while recommending to govt
for recognition of IRTSA, as a pivot to
Railway functioning.
Sri.V.K.Agarwal,Sri.V.K.Agarwal, the then CRB, during his
4 years tenure respected IRTSA and hence
met team IRTSA for more than 43 times to
solve supervisors several issues.
Sri. Nitish Kumar,Sri. Nitish Kumar, the then MR,
commented in front of board officers that
IRTSA leaders will not read anything in
between the lines.
11. “SWACHH BHARATH
ABINAYAN”
Scheme launched on
02.10.2014 by respected PM
Sea phase change on
attitude and perception of
people envisaged.
Indian Railways
first to set goals for
scheme’s success
12. My friends Er.K.V.Ramesh
and Er.E.Ramesh will bring
out their suggestions after the
introductory address is
completed by me.
13. Nature creates, cherishes and
finally destroy all living and non-living
organisms on routine basis.
Human beings by their attitude,
behavior and to satisfy their thirst for
their own growth poses great danger
to nature’s environmental balance.
Some data's mention herewith may
be taken as food for thought for the
audience assembled here.
14. Land, Sky, Water, Air & Fire which
are called Pancha Boothas that
protect our life
When their stability is disturbed by
any one on any account
environmental quality and balance are
disturbed.
It results in nature’s fury and the
consequence leads to endangering
our own survival.
15. We explain about water pollution
only here and their evil effects.
Water wealth in the earth comprises
97% in sea and only 3% available for
other purpose.
Out of 3%, - 68.7% remains as hard
fog, 31% remains as hard water.
Hence only 0.3% of the available
3% spread across the top tier of
earth’s surface.
16. State like Tamil Nadu, availability of
water is only 36000 million cubic
meters and out of which 24000MCM
are obtained in the form of rain fall,
remaining 12000MCM are received
from other states.
For hygienic living as per WHO
report a person requires 2000CM of
water per annum,
But in this state availability of water
is only 900CM/annum
17. Growth of industry in this
state takes place at the cost of
pollunating water resources.
We herewith refer only two
industries to explain about the
pollunating water resources
and evil effects out of it.
18. A noted Scientist from England
Mr.Dony Allan explains about “Virtual
Water” by quoting wheat cultivation.
For cultivating one ton of wheat,
1300Cm of water are drawn from top
tier of earth’s surface.
This amount of water is not
recyclable, reusable or retreatable,
they stay within the grains of the
wheat.
This type of water exploitation is
called Virtual Water.
19. Saudi Arabia in 1990’s decided to
cultivate wheat for export purpose and
earn fabulous foreign exchange.
After 15 years by 2005 they totally
discouraged wheat cultivation and its
export.
The study report in that country
revealed the fact that because of
wheat cultivation, the ground water
level of the country were drained to
the tune of 35%
Presently they import wheat and
stopped export
20. Israel is the leading country in
the export of vegetables and fruits
except oranges.
This is because orange needs
for its growth a heavy amount of
water which was draining the
ground water level.
They found gain in export is
much less than importing
oranges.
21. We look at some industries in India
which are fetching even 15000 crore
as foreign exchange.
The industry of knitted garment at
Tirupur and one more industry is at
Vaniyambadi engaged in Tanning
business
Some countries who grow large
amount of cotton does not engage in
knitted garment – Why?
22. For manufacturing 100kg of knitted
garment many harmful chemicals like
caustic soda, wetting oil, sodium
peroxide acetic acid, HCl, soda ash are
to be added with 40000liters of water
which is drawn from top tier of earth’s
surface.
After work is completed the same
amount of water are drained to near by
river called Noyyal which is totally
polluted.
Solid waste pollution exceeds
17000TDS while safe level is 500-
1500TDS mark
23. Italy is the leading country
exporting leather goods and
shoes and earn fabulous foreign
exchange.
They manufacture these items
as finished goods by using
imported tanned skin.
They don’t indulge in the
industry of tanning process of
skin – Why?
24. To tane katcha raw skin of 100kg
20 to 30 kg can only tanned and
remaining 80 to 70 kg goes as solid
waste which are untreatable non
cycleable and they are dumped in the
river Palar with pollution level of
15000TDS
Though this industry provides an
additional employment to the 3% of
people, it snatched away the
employment in agriculture sector to
the tune of 85% of people.
25. By illustrating all these examples
we need not be termed as opposing
elements for export business.
Wise countries care for the ground
water level as their prime requirement
and accordingly choose industries
which do not consume more water
and which do not pollute water quality.
It is the matter for government to
decided and experts of economy to
play a great role.
26. Cleanliness is not just
demonstration and posing
with a broom once in a while.
is a continuous process
continuity depends on
effective plan and execution
27. Cleaning leads to a green
and healthy environment
Not a laborious process,
determination is the key to
achieve it
28. Individuals fresh-up and
dress-up elegantly to prove
they are civilised.
A house is cleaned on a
routine basis for the
occupants to be healthy.
But individuals &
households will be healthy
only when their
surroundings are clean &
healthy
29. Cleanliness & Greenness
environment quality is widely
disturbed by
Increasing pollution.
Increasing urbanisation.
Industrial and vehicular
proliferation.
Pollution of water sources
30. PREVENTIVE STRATEGY
As per CPCB directive there are
two branches for up keeping the
environment standards
Preventive aspects of pollution
Inputs to reduce industrial
pollution.
31. Processes to prevent
pollution
a) Waste minimization
b) install clean technology
c) Hazardous waste
management
d) e waste management
e) ensuring chemical safety
32. f) Municipal solid waste
management
g) Bio- Medical waste
management
i) Environment education
and Training centre
j) Green energy feats
33. WASTE MANAGEMENTWASTE MANAGEMENT
Waste generation to be
minimized through waste
minimizing exercise.
Reuse, recycle, treating
are some techniques for
waste elimination.
34. WASTE MINIMIZATIONWASTE MINIMIZATION
simplest preventive strategy
Minimize waste in production of
products and goods.
OBJECTIVESOBJECTIVES
To optimize consummation of
raw material
Lead to cost reduction in
production
Paves way for cleaner nature
Less effects more output
Fulfil corporate responsibility
35. RE-USE
Assess waste generation
while producing product.
Plan waste utilisation for it
to be raw material to
another product.
Use computer records for
every product for the
effective use right from
producing stage to disposal
stage..
36. RE CYCLERE CYCLE
Non-reusable waste
produced from production
are to be accessed by
continuous study team.
Think of infrastructure for
its recycling.
Initial cost in recycling
though be more , the results
of recycling results
beneficially in its
management.
38. HAZARDOUS WASTEHAZARDOUS WASTE
MANEGEMENT (HWM)MANEGEMENT (HWM)
HWM -1989 and HWM handling
and trans-boundry movement
rule-2008 provides necessary
guidelines.
They suggests various
technological assistances.
A project on a web-based
national HW information
system is available
39. AS PER CPCB REPORTAS PER CPCB REPORT
36165 industries accounts for
6.2 million tonnes of Hazardous
Waste every year of which
2.5 million mt - Land Fillable.
0.41 million mt - Incinerable.
3.08 million MT – Re-cyclable
40. E-WASTE MANEGEMENTE-WASTE MANEGEMENT
According to CPCB report, E-
Waste generation is 1.6 lakhs tons
by 2005
Expected to reach a level of 8
lakhs tons by 2012
Maharashtra tops the list of
highest % of E-waste generation.
41. E-WASTE MANEGEMENTE-WASTE MANEGEMENT
States like TN, AP, WB,
Karnataka, Gujarat, MP, and
Punjab, accounts 70 percentage
of total E-waste generation.
IT & Telecommunication wastes,
consumer electrical and
electronic goods, Television sets
(LED AND LCD),Refrigerator,
Washing machines, Air
Conditioners constitutes E-waste
42. EPR FOR PRODUCERS
Under Extended Produced
Responsibility (EPR),
- mandatory that producer
is responsible for life cycle of
product through take-back,
recycle, and final disposal
method.
43. CLEAN TECHNOLOGY
Scheme on Development of clean
technologies was initiated in 1994
to develop and promote such
technologies.
Life cycle assessment
Carrying capacity studies
Creation of data base for clean
technologies
Training programme for adoption
of clean technologies
44. BIO MEDICAL WASTE
MANAGEMENT
177 common treatments and
disposal facilities of Bio – medical
wastes are in operation in the
country
11921 captive treatment and
disposal facilities have been
developed with in some Health care
facilities (HCF S)
45. BIO MEDICAL WASTE
MANAGEMENT
Still some gap between bio – medical
wastes generated and treated exists
This needs to be filled up by creating
adequate infrastructure for treatment of
wastes in the country
All health care establishments including
all veterinary institutions generate
bio medical wastes have to obtain
authorization from the prescribed
authorities.
State pollution board is the prescribed
authority
46. MINISTRY OF ENVIRONMENT
implements
UNDP- GEF project on
demonstration and promoting
best techniques and practices
for reducing Health Care
wastes to avoid environmental
release of Toxins and
Mercury.
They are implemented in the
state of Tamilnadu and UP.
47. ENVIRONMENT EDUCATION
AND TRAINING CENTRE
Enhancement of people‘s
awareness about environment
requires
capacity building at
institutional and individual
levels for providing
adequate support to the efforts
in the field of environment
education, research and
training.
48. ENVIRONMENT EDUCATION AND
TRAINING CENTRE
Centre for environment education (CEE)-
Ahmadabad
CPR Environmental Education
Centre(CPREEC) – Chennai
Centre for Ecological sciences (CEC) –
Bangalore
Foundation or Revitalization of Local
Health Traditions (FRLH)- Bangalore
49. GREEN ENERGY FEATS
Renewable energy
It helps to generate electricity
It helps millions of folk in rural
areas to meet powers
required for light, cooking
50. GREEN ENERGY FEATS
Total installed capacity of
renewable power as on 31.10.2014
is 33 Gigawatts (GW)
Wind energy 22.1 GW
Bio Mass power – 4.2 GW
Small hydro power - 3.9 GW
Solar power – 2.8 GW
51. Some Prominent Green Technology
Promoters
CSIR- NATIONAL
ENVIRONMENTAL
ENGINEERING RESEARCH
INSTITUTE
Nehru Marg, Nagpur- 440020.
Website : www.neeri.res.in
52. CSIR provides sustainable technological
solutions to environmental problems of
Government , industry and the society .
They deal with
Environmental monitoring
Eco restoration,
Water technology
Solid and hazardous waste
management
Environmental bio technology
genomics and health
High rate transpiration system for
zero discharge of waste water etc.
53. JEEDIMETALA EFFLUENT
TREATMENT Ltd
Plot no .267, phase – I, I.D.A,
JEDINETLA , Hydrabad- 500055,
India
Tel: +91-40-23095180, 23092141 Fax
+91-40-23097335.
Email: jeti@jetitd.org
Deals with tools and equipments
that are required for clean
technology as they claim.
54. KARNATAKA RENEWABLE
ENERGY DEVELOPMENT LTD.
(A Government of Karnataka
Undertaking)
Web site: http//www.kredl.kar.nic.in,
Help line no: 1800-42522555
Designated agency for Energy
Conservation and audit.
55. This of Karnataka Government
firm offers many appliances and
guidelines on energy saving
process.
Railways may train its personnel
in such institutions in the
areas of renewable energy
development which may be
helpful for successful
implementation of SWACHH
BHARATH ABINAYAN.
56. ANDHRA PRADESH
POLLUTION CONTROL BOARD
Paryavarana Bhavan, A- 3, Industrial
Estate, Sanath nagar, Hyderabad- 18
Phone: +91-40-23887500/Fax: +91-40-
23815631
Website: www.appcb.nic.ap.in
propagating modules and
processes with regard to waste
reduction exercise
58. PRAJ industries provides service to
procure equipments required for
erection and commissioning of
industrial water treatment plants,
sewage treatments plants, water
recycle and reuse equipments and
provide for project management
service etc.
59. SOLAR ENERGY IN INDIA
Jawaharlal Nehru National
Solar Mission (JNNSM),
one of the eight national
mission under India’s
National action plan on climate
change is providing big
impetus to solar energy
sector
60. SOLAR ENERGY IN INDIA
JNNSM encourages local
manufacturers of solar
power equipment in India.
Government is also
encouraging a certain
minimum local content in the
established solar power
technologies
Government is planning to
provide low cost financing to
those solar projects
61. SOLAR ENERGY IN INDIA
Solar power can replace fossil
fuels in bulk cooking like canteens
hotels and even steam generation
A 10 MW solar photovoltaic
plant can generate 25 million units
in a year and will save 25000 tonnes
Of CO2 annually
SHRIDI temple has installed a
mega Solar plant which is one of the
biggest in India for supplying heat
energy for community cooking centre
62. SOLAR ENERGY IN INDIA
We suggest that ICF and Railways
may sent their team to SHRIDI
about a mega Solar plant which is
one of the biggest in India for
supplying heat energy for
community cooking centre
63. SOLAR ENERGY IN INDIA
As seen from solar related
advertisements, media projections and
Governments offer of Subsidies the
entire employees residing in Railway
Quarters may avail the facilities for
using solar energy.
With a mere expenditure of Rs.17000
one can have at least 150 liters of water
heated which will prevent electric
power consumed by water heaters
64. Solar water heaters remains today
a biggest hit.
At Shirdi a biggest solar plant was
installed which supplies entire
need of light energy for their
contineously occupied 2000 bed rest
houses.
It also provide heat energy for
cooking food for 20000 people a day.
65. SOLAR ENERGY IN INDIA
We suggest that ICF and other
zonal Railways may provide such a
solar plant on the roof of every
quarters free of cost
We also suggest that employees
staying outside who may be
provided loan for installing such
solar plants which can be repaid by
employees on easy installments
66. SOLAR ENERGY IN INDIA
We come to know that BHEL has
commissioned a highly rewarded
Solar Photovoltaic business and
commissioned 15 MW of solar
power plants in various parts of
the country.
We suggest that ICF and
Railways may study and consider
possibilities of producing solar
energy in collaboration with
BHEL