7 May 2015

Environment Stewardship Programme of NPCIL

About NPCIL
Nuclear Power Corporation of India Limited (NPCIL), a Public Sector Enterprise under the administrative control of the Department of Atomic Energy (DAE), Government of India, is engaged in nuclear power generation. With its strong capabilities in design, construction, commissioning and operation, NPCIL builds and operates nuclear power plants in India. It presently operates 21 nuclear power reactors , with an total installed capacity of 5780 MW, located at seven different sites across the country.
Its reactors fleet comprises two Boiling Water Reactors (BWRs), 18 Pressurised Heavy Water Reactors (PHWRs) and a Pressurised Water Reactor (PWR). Besides, NPCIL is constructing five more reactors with a total capacity of 3800 MW.


A Passionate Programme: In Admiration of Nature
The areas around the Indian nuclear power plants shelter a plethora of wildlife. As a responsible corporate citizen NPCIL took decisive steps for the stewardship of this serene nature.

In 2006, it set off a special initiative called Environment Stewardship Programme or ESP with its nature-loving employees as members. Nature clubs were established and programmes like bird monitoring and habitat management were kicked off. The members have been helping conserve the ecosystem. During work time, they are busy generating electricity inside the nuclear power plant, while many of their dawns and evenings are spent observing the behaviour of wildlife and habitats around their workplace.

ESP follows a three-fold approach to make things happen professionally: One, association with premier nature conservation institutions for technical know-how; two, imparting training to its members to keep them up to date on nature watch and conservation; and three, sensitising the members of public to the importance of environment.


The Exclusion Zones: Where Nature Abounds

The Indian nuclear power plant sites are the places where modern science share space with the pristine nature. At each of these seven sites, there are two major parts which are separated by thin walls. Inside the boundary stands majestically the nuclear power plant, where atoms are split for electricity, and in its widespread fringe nature abounds.

There are rationales behind how these two phenomena go in concert. Only a fraction of this about-a-mile-radius area, called exclusion zone, is used for roads and plant buildings while the rest remains undisturbed. Secondly, it also has ample water resources, features a range of habitats, and holds a bounteous plant life. Thirdly, there is almost no human influence on the environment here, as no one dwells in this Central Industrial Security Force guarded place.

Above all, nuclear power generation maintains a perfect harmony with the nature. It never emits any harmful gases or particulates that affect the environment.  With no pollution around, the flora thrives generously and wilderness is preserved.

Refuge, food, water, and clear air: these features draw a great deal of wildlife like birds, butterflies, reptiles and mammals to the sites of Indian nuclear power plants. So no wonder many of them have made the EZ their homes. According to the studies conducted in collaboration with premier nature conservation institutions, the exclusion zones of Indian nuclear power plants are home to hundreds of plants, over 200 varieties of birds, about 70 species of butterflies, several mammals and reptiles, and a wide range of aquatic species

NPCIL's ESP helps to preserve these precious ecosystems. The members of ESP at each NPCIL site help preserve the nature around their respective region. They conduct seasonal surveys on birds and butterflies, monitor the migratory birds, prevent wetlands from drying up, establish pesticide-free gardens for butterflies, mange habitats, and create awareness among the public about the importance of wildlife.


Nature Clubs: To Help Preserve the Ecosystem

While launching the Environment Stewardship Porgramme, NPCIL has instituted seven nature clubs, one at each of its sites. The clubs were named after a threatened bird found in that region. For instance, the nature club in Narora Atomic Power Station was called Skimmer Nature Club to commemorate the Indian Skimmer Rynchops albicollis, a wetland bird classified as vulnerable, that is found in Narora. Similarly the nature club in Rajasthan Atomic Power Station was named after Gyps vultures as Gyps Nature Club. Along these lines other nature clubs were also named: Ibis Nature Club of Kakrapar Atomic Power Station; Harrier Nature Club of Tarapur Atomic Power Station, Frog Mouth Nature Club of Kaiga Atomic Power Station, Pelican Nature Club of Kudankulam Nuclear Power Project and the Stork Nature Club of Madras Atomic Power Station.

The employees of the respective site became members of these clubs. Passion for nature and willingness to take part in nature programmes were the only two requirements to join the club.  Support poured in, and about 30 - 40 employees at each site became members. In total, about 200 employees across NPCIL have been associated with the nature clubs.

The club activities were birds-centric in the beginning, as birding was an easiest way to get close to nature and understand it. But as the days passed by, activities were widened and projects beyond avifauna were evolved. Habitat management programmes were started, butterfly gardens were established and a turtle-breeding center was established as part of ESP.

With total support from the NPCIL management, the members have been performing a range of environment activities. From nature watch to public awareness campaigns, from butterfly surveys to bird marathons, from wetland studies to turtle conservation, from habitat improvement to environment protection, and from field observation to report publication are to name a few.

Environment Stewardship Programme of NPCIL

About NPCIL
Nuclear Power Corporation of India Limited (NPCIL), a Public Sector Enterprise under the administrative control of the Department of Atomic Energy (DAE), Government of India, is engaged in nuclear power generation. With its strong capabilities in design, construction, commissioning and operation, NPCIL builds and operates nuclear power plants in India. It presently operates 21 nuclear power reactors , with an total installed capacity of 5780 MW, located at seven different sites across the country.
Its reactors fleet comprises two Boiling Water Reactors (BWRs), 18 Pressurised Heavy Water Reactors (PHWRs) and a Pressurised Water Reactor (PWR). Besides, NPCIL is constructing five more reactors with a total capacity of 3800 MW.


A Passionate Programme: In Admiration of Nature
The areas around the Indian nuclear power plants shelter a plethora of wildlife. As a responsible corporate citizen NPCIL took decisive steps for the stewardship of this serene nature.

In 2006, it set off a special initiative called Environment Stewardship Programme or ESP with its nature-loving employees as members. Nature clubs were established and programmes like bird monitoring and habitat management were kicked off. The members have been helping conserve the ecosystem. During work time, they are busy generating electricity inside the nuclear power plant, while many of their dawns and evenings are spent observing the behaviour of wildlife and habitats around their workplace.

ESP follows a three-fold approach to make things happen professionally: One, association with premier nature conservation institutions for technical know-how; two, imparting training to its members to keep them up to date on nature watch and conservation; and three, sensitising the members of public to the importance of environment.


The Exclusion Zones: Where Nature Abounds

The Indian nuclear power plant sites are the places where modern science share space with the pristine nature. At each of these seven sites, there are two major parts which are separated by thin walls. Inside the boundary stands majestically the nuclear power plant, where atoms are split for electricity, and in its widespread fringe nature abounds.

There are rationales behind how these two phenomena go in concert. Only a fraction of this about-a-mile-radius area, called exclusion zone, is used for roads and plant buildings while the rest remains undisturbed. Secondly, it also has ample water resources, features a range of habitats, and holds a bounteous plant life. Thirdly, there is almost no human influence on the environment here, as no one dwells in this Central Industrial Security Force guarded place.

Above all, nuclear power generation maintains a perfect harmony with the nature. It never emits any harmful gases or particulates that affect the environment.  With no pollution around, the flora thrives generously and wilderness is preserved.

Refuge, food, water, and clear air: these features draw a great deal of wildlife like birds, butterflies, reptiles and mammals to the sites of Indian nuclear power plants. So no wonder many of them have made the EZ their homes. According to the studies conducted in collaboration with premier nature conservation institutions, the exclusion zones of Indian nuclear power plants are home to hundreds of plants, over 200 varieties of birds, about 70 species of butterflies, several mammals and reptiles, and a wide range of aquatic species

NPCIL's ESP helps to preserve these precious ecosystems. The members of ESP at each NPCIL site help preserve the nature around their respective region. They conduct seasonal surveys on birds and butterflies, monitor the migratory birds, prevent wetlands from drying up, establish pesticide-free gardens for butterflies, mange habitats, and create awareness among the public about the importance of wildlife.


Nature Clubs: To Help Preserve the Ecosystem

While launching the Environment Stewardship Porgramme, NPCIL has instituted seven nature clubs, one at each of its sites. The clubs were named after a threatened bird found in that region. For instance, the nature club in Narora Atomic Power Station was called Skimmer Nature Club to commemorate the Indian Skimmer Rynchops albicollis, a wetland bird classified as vulnerable, that is found in Narora. Similarly the nature club in Rajasthan Atomic Power Station was named after Gyps vultures as Gyps Nature Club. Along these lines other nature clubs were also named: Ibis Nature Club of Kakrapar Atomic Power Station; Harrier Nature Club of Tarapur Atomic Power Station, Frog Mouth Nature Club of Kaiga Atomic Power Station, Pelican Nature Club of Kudankulam Nuclear Power Project and the Stork Nature Club of Madras Atomic Power Station.

The employees of the respective site became members of these clubs. Passion for nature and willingness to take part in nature programmes were the only two requirements to join the club.  Support poured in, and about 30 - 40 employees at each site became members. In total, about 200 employees across NPCIL have been associated with the nature clubs.

The club activities were birds-centric in the beginning, as birding was an easiest way to get close to nature and understand it. But as the days passed by, activities were widened and projects beyond avifauna were evolved. Habitat management programmes were started, butterfly gardens were established and a turtle-breeding center was established as part of ESP.

With total support from the NPCIL management, the members have been performing a range of environment activities. From nature watch to public awareness campaigns, from butterfly surveys to bird marathons, from wetland studies to turtle conservation, from habitat improvement to environment protection, and from field observation to report publication are to name a few.

Pollution: #particulatematter in India higher than WHO limit

In 2010, air pollution killed nearly 600,000 people in India, according to the World Health Organisation (WHO). The situation has not changed in the last five years. A recent study shows that a significant population of Indian subcontinent breathes air with much higher particulate matter that is lesser than 2.5 micrometre (PM2.5) in size than the limit set by the WHO. Outdoor air pollution as a whole, especially the particulate matter, has been declared as class-1 cancer-causing agent (carcinogen) in 2013 by the International Agency for Research on Cancer (IARC), which is part of the WHO. Besides, it causes other respiratory and heart diseases.
The PM2.5 is particularly dangerous and can cause adverse health effects owing to its greater penetrability into the human respiratory system and eventual accumulation in human organs and blood. Rural women, children and elderly population are more prone to diseases caused by air pollution. Rural women, in particular, face a greater risk from indoor pollution — locally made mud stoves fuelled by solid biofuel emit a far greater amount of finer particulate matter.
Air quality of any area depends on local emissions, long-range transport, local and regional weather patterns, and to some extent the topography of the region. Due to increased buoyancy and efficient ventilation in summer, pollution plumes rise effortlessly to the free atmosphere. This leads to a reduced level of surface level PM2.5 concentration in our breathing zone. The problem gets aggravated during winter. Adverse conditions during winter help trapping of pollution leading to elevated level of surface PM concentration.
Compared with peninsular India and coastal regions, the situation is far worse in the Gangetic Basin, especially during winter months. The Himalayas act as a barrier to dissipation of pollution plumes emanating from the cities located in the Basin. As a result, cities in the Basin are more prone to sustained bad air quality.
Evidence is emerging that shows a strong positive relationship between increased pollution levels and occurrence of dense fog episodes. This clearly demands far more stringent emission norms in the cities located in GB if we have to achieve air quality to prescribed National Index. Although water is acknowledged as a precious resource, the air that we breathe is still not given a similar importance. It is time that an Air Resource Board be created, to begin with in a specific affected region of the country, which is equipped with larger and well-trained staff, technologists and legal aids, and has advanced monitoring stations — stationary and mobile — under it.
The state of California was infamous for its worst air quality in the U.S. in early 1950s due to large emissions and valley-like topography that allows trapping of pollution. However, with science-based policies, appropriate technologies and strict regulations, residents of California enjoy better air quality today despite a steady growth in transportation sector and continued industrialisation.
The State made effective use of diesel particulate filter (DPF) that does not allow emission of PM2.5 into environment in vehicular exhaust system. Refineries were augmented to produce low-sulphur fuel, a necessity for DRF installation. Recent epidemiological studies show reduced mortality and hospital admittance due to air pollution. The level of soot (therefore PM2.5) in California has reduced drastically over the last three decades, as a recent study reveals.
India has begun taking steps in the right direction. The National Air Quality index, introduced recently, has created greater awareness of air pollution amongst the people. Recently, plying of diesel vehicles older than 10 years has also been prohibited.
But the situation demands more action in order to restore good air quality and clear visibility. The economic gain due to avoidable loss of human life is too huge to be ignored. Technical intervention through efficient cooking stoves can significantly improve the lives of rural women. Improved power situation, especially in cold days, together with better handling of municipal waste and trash, can also help in achieving better air quality in the cities. Securing clean air, without compromising development, is achievable and sustainable. Environment protection is a challenge that has to be addressed more comprehensively.
Central Pollution Control Board can be divested into various regional air boards that will be responsible for securing the environment in a more proactive manner. If mandatory, more laws need to be enacted and strictly enforced to accomplish these goals.

Progress of #Industrial Corridor

Progress of Industrial Corridor
The Government of India has conceptualized the following Industrial/ Economic Corridors in the country:

1) Delhi-Mumbai Industrial Corridor (DMIC) which covers the States of Uttar Pradesh, Haryana, Rajasthan, Madhya Pradesh, Gujarat and Maharashtra

2) Bengaluru- Mumbai Economic Corridor (BMEC) which covers the States of Karnataka and Maharashtra

3) Chennai-Bengaluru Industrial Corridor (CBIC) which covers the States of Tamil Nadu, Karnataka and Andhra Pradesh

4) Visakhapatnam-Chennai Industrial Corridor (VCIC) which covers the States of Andhra Pradesh and Tamil Nadu

5) Amritsar-Kolkata Industrial Corridor (AKIC) which covers the seven States namely Punjab, Haryana, Uttar Pradesh, Uttarakhand, Bihar, Jharkhand and West Bengal.

BMEC, VCIC and AKIC are in the initial stages of implementation whereas master planning for all the three nodes in CBIC and all nodes except for “Dadri Noida Ghaziabad” Investment region under DMIC have been completed. seven industrial cities have been taken up for development in the first phase of the DMIC project such as Ahmedabad-Dholera Investment Region in Gujarat; Manesar-Bawal Investment region in Haryana; Dadri-Noida-Ghaziabad Investment region in Uttar Pradesh; Khushkhera-Bhiwadi-Neemrana Investment region in Rajasthan; Shendra Bidkin Investment region in Maharashtra; Dighi Port Industrial area in Maharashtra; Pithampur-Dhar-Mhow Investment region in Madhya Pradesh. Various trunk infrastructure projects like development of roads and utilities, drainage, sewage, potable water, industrial water, water treatment & recycling, Sewage Treatment Plant, Common Effluent Treatment Plant, ICT etc. are being developed under DMIC,. The tender documents for construction of trunk infrastructure of Integrated Industrial Township “Vikram Udyogpuri” near Ujjain in Madhya Pradesh have already been issued. The tender documents for trunk infrastructure in Dholera, Shendra-Bidkin Industrial area & Integrated Industrial Township have also been proposed after detailed master planning and preliminary engineering. Infrastructure for creation of the industries in the other designated nodes in the region have already been identified and all of them are at different stages of implementation. 

#NewForeignTradePolicy

New Foreign Trade Policy
The Government of India has announced a new Foreign Trade Policy for the period 2015-2020 on 1st April, 2015. Details of the Foreign Trade Policy 2015-2020 are available at the website of the Directorate General of Foreign Trade at http://dgft@gov.in.

            The important measures taken by the Government in the Foreign Trade Policy 2015-2020 to include ‘Make in India’ and ‘Digital India’ programmes to ease the trade are:

(i)         Specific Export Obligation under Export Promotion Capital Goods (EPCG) scheme, incase capital goods are procured from indigenous manufacturers, has been reduced to 75% of the normal export obligation, in   order to promote domestic capital goods manufacturingindustry.

(ii)          Under   Merchandise Exports from India Scheme (MEIS), export items with high domestic content and value addition have generally been provided higher   level of   rewards.

(iii)         For reward schemes and duty exemption schemes, hard copies of applications  and specified documents which were  required to be submitted earlier have now been dispensed with.

(iv)         Landing documents of export consignment as proof for notified market, can now be digitally uploaded.

(v)            There will be no need to submit copies of permanent records/ documents repeatedly    with    each application, once the same are uploaded in Exporter/Importer Profile.

(vi)         For faster and paperless communication with various Committees of DGFT,  dedicated  e-mail addresses have been provided for various Committees, e.g. Norms Committees, Exim Facilitation Committee etc.

            The Foreign Trade Policy 2015-2020 introduces two new schemes, namely, ‘Merchandise Exports from India Scheme’ (MEIS) for incentivising export of specified goods to specified markets and ‘Services Exports from India Scheme’ (SEIS) for increasing exports of notified services from India. The scrips can be used for payment of customs duty, excise duty and service tax. All duty credit scrips issued under both the schemes and the goods imported against these scrips are fully transferable. Further,   e-Commerce exports of certain specified employment creating sectors, made through courier or foreign post offices, have been supported under MEIS.

India's Stand at WTO on Food Security

India's Stand at WTO on Food Security
Together with other developing countries, India proposed an amendment to the relevant rules of the World Trade Organization (WTO) relating to public stockholding for food security purposes. At the Ninth Ministerial Conference of the WTO held in Bali in December 2013, Ministerial Decisions were taken on this and other issues including a Trade Facilitation Agreement (TFA). Subsequently, concerned at the lack of progress in implementing the Ministerial Decision on public stockholding for food security purposes, India decided not to join the consensus in the WTO on next step for the implementation of the Trade Facilitation Agreement till its concerns were addressed.

Initially there was a general campaign of misinformation and criticism of India’s stand. However, India stood firm and worked with other WTO members to find a way forward. Subsequently, a Decision was adopted by the WTO General Council (GC) in November 2014 which makes it clear that a mechanism, under which WTO Members will not challenge the public stockholding programmes of developing country members for food security purposes, in relation to certain obligations under the WTO Agreement on Agriculture, will remain in place in perpetuity until a permanent solution regarding this issue has been agreed and adopted. This strengthens the safeguard available for continuing the Minimum Support Price policy and will ensure that India’s food security operations are not constrained due to WTO rules. The GC Decision also includes a firm commitment to engage in negotiations for a permanent solution through an intensified programme of work. India is working with the WTO members to ensure a permanent solution at the earliest. 

Approval for #GSAT-18 communication satellite and launch services

Approval for GSAT-18 communication satellite and launch services
The Union Cabinet, chaired by the Prime Minister Shri Narendra Modi, has given its approval for building of the GSAT-18. This is a communication satellite, weighing about 3425 Kg, for providing replacement capacity.

The GSAT-18 spacecraft project will require a total budget of Rs. 1022 crore including launch services. All heritage proven bus system will be used to build the satellite in 30 months period. The satellite structure will be similar to the GSAT-10 satellite.

The GSAT-18 spacecraft will provide replacement capacity supporting the existing television, telecommunication, Digital Satellite News Gathering (DSNG) and VSAT services in the country.

The GSAT-18 spacecraft will also augment and support the existing telecommunication, television, DSNG and VSAT services in the country, hence benefiting all sections of society. Approval for GSAT-17 communication satellite and launch services 

The Union Cabinet, chaired by the Prime Minister Shri Narendra Modi, has given its approval for building of the GSAT-17. This is a communication satellite, weighing about 3425 Kg, for providing replacement capacity and in-orbit back up.

The GSAT-17 spacecraft project will require a total budget of Rs.1013.20 crore including launch services. All heritage proven bus system will be used to build the satellite in a period of 30 months. The satellite structure will be similar to the GSAT-10 satellite.

The GSAT-17 will provide replacement capacity in different frequency bands and protect operational services.

The GSAT-17 spacecraft will also augment and support existing telecommunication, television and VSAT services in the country, apart from providing in-orbit redundancy for societal services. This would, therefore, benefit all sections of society. The footprints of the GSAT-17 spacecraft would cover the entire mainland of the country.

Background: 

The proposal to build the GSAT-17 is part of the Indian Space Research Organisation’s (ISRO) efforts towards protecting the services of existing users and also building in-orbit spare capacity to meet contingency.



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