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Use our proven "ZOOM - Feed Probiotic" to achieve balanced growth of bacterial pathogens & oxygen fluctuations.


• Prevents Bacterial Infections

proxy?url=http%3A%2F%2F1.bp.blogspot.com%2F-8Ll6571UP4k%2FU6kLDFA-hPI%2FAAAAAAAAB7g%2F8L_Qtgzh4dM%2Fs1600%2Fpoultry.jpg&container=blogger&gadget=a&rewriteMime=image%2F*• Higher and persistent Antibody Titers

• Maximum assimilation and utilization of nutrients

• Thick shelled Eggs

• Improved FCR in Broilers

•Improved Hatchability and performance in Breeders

• Prevention of toxic amines and ammonia  production

• Reduces feed cost, medicine cost, management cost and renders profits to the farmer

• Optimizes gut health and gut mucosal immunity

Application of Direct Feed Probiotic:

• Poultry and Hatcheries



For More Details contact us on

36, Ujagar Industrial Estate,W.T. Patil Marg, Govandi,Mumbai - 400 088, INDIA.

Contact Us at - +91-9029040305

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levi's is on among clothing retailers which is slowly turning trash into raw material. 8 bottles used in 1 jean . kochi is the largest source in kerala for used plastics bottle that transformed into polyester fibre for fabrics.the clean flakes that are melted into filaments are solidified into recycled polyster fibre that has 80% of strength that virgin polyster has  and can be just used like it is. is this technology an environmental sustainable?? instead of dumping and landfills wear your garbage .

 

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Posted in Environment By Shailesh On February 12, 2012Conventonal biomaas cooking stoveEnergy is one of the key indicators of sustainable development. Major portion of the population of India lives in rural areas and is heavily dependent on biomass for their daily energy needs. India derives a major part of its cooking energy needs from solid fuels such as firewood and cattle dung. Biomass cooking is a major source of Green House Gas (GHG) emissions and also releases Black carbon (BC) that leads to severe air pollution. It is also the root cause of millions of cardiovascular & respiratory related deaths. In addition, fuel wood harvesting is a contributing factor to deforestation and is therefore, the most serious environmental issue in the country.Carbon emission from burning of woody biomass in the cook stoves can be calculated using following formula;Carbon emission from the non-renewable biomass woody biomass = Quantity of non-renewable biomass X Net calorific value of the non-renewable biomass X CO2 emission factor for the biomass fuelYou can use following default values for the calculation;Net calorific value of non-renewable biomass (NCVbiomass) = 0.015 TJ/tonne (IPCC default value for fuel wood)CO2 emission factor for the biomass fuel = 109.6 tCO2/TJ (IPCC default value for biomass from IPCC 1996).For non-renewable biomass weight value, you can take exact weight of the biomass required for cooking stove for family level (5-6) people. This formula will give you exact results with minimum uncertainty level.Sustainable development involves successful management of natural resources. Efficient use along with best conservation practices provides prolonged supply of natural resources to satisfy the changing needs of humans while maintaining and enhancing the quality of the environment. Rural population needs cost effective ways to manage their energy requirements and hence require positive attention towards new technology that can improve their lives. Improved Chullahs (Cooking stoves); Introduction of LPG in rural areas; improved biogas plants with community kitchen; use of renewable energy devices like solar cookers and geysers etc. can provide an efficient solution. Many organizations are continuously developing cooking stoves technology with a higher efficiency but their customer-reach in the rural market is still very low due to various factors. One thing is very clear that; driven by low incomes and the lack of access to alternative, modern fuels people from rural areas are still using traditional fuels.
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World Environment Day, 5th June, 2014

Posted in Environment By Puskar On June 4, 2014http://greencleanguide.com/2014/06/04/world-environment-day-5th-june-2014/World Environment Day (WED) is the United Nations’ flagship programme to call for action to protect the environment. This year’s theme is Small Island Developing States in the broader context of climate change.Gren Clean Guide’s focus on this year’s environment day is water conservation. Water scarcity is a burning issue for perhaps each and every economy of the world. Water conservation however is ot given due importance given its free availability in most nations.According to Indian Meteorological Department (IMD), there are on an average only 40 rainy days in India which means that there is a long dry period. India still being an agriculture based economy is still dependent on rain fed agriculture with irrigation potential not fully explored.India however cannot be called a water scarce country though it is definitely a water stressed economy. Water conservation is the need of the hour in India. The main source of water in India is the Monsoon. But since the Monsoon winds are seasonal and affected by El Nino, surface runoff water needs to be conserved.Ancient India is full of marvellous examples for the conservation of water. Some of these are-• Talabs or lakes which were used as reservoirs of waters. Could be natural or artificial. A talab of less than five bighas is known as a talai; of medium size is a bandhi and mammoth talabs are called sagar.• Johads which were prominent in Rajasthan. Basically an earthen check dam system.• Baoris or bers were used for drinking water supplies, it is a well.• Jhalaras were artificial tanks found mainly in Gujarata and Rajasthan.• Kunds were underground tank systems, most famous is perhaps one in Vrindavan.We will now discuss some of the strategies for conservation of water that do not require expertise-• Water Reservoirs- storage of water by means of water reservoirs is perhaps the time tested and ancient method of water conservation. Many techniques can be employed for conserving rain water. Contour farming makes use of water conservation by limiting the rate of surface runoff which in turn helps the water to percolate into the soil rather than simply wash off.• Groundwater conservation- most reliable source of water and is also uncontaminated source of water, with a bit of treatment, it can even be used for direct human consumption. Approximately, 45 mhan (million hectares meters) percolates as ground water in India out of a total of 4000 BCM (billion cubic meters) rainfall that India receives. Percolation tank method, Catchment area protection (CAP), Inter-basin transfer of water, adoption of drip irrigation etc are some strategies that are frequently employed.• Water Recycling - waste water from industrial or domestic sources can be treated for reuse in irrigation, for recharging ground water and for industrial use.• Conservation of water in domestic scenario- perhaps the most ignored area is the household where water is liberally wasted. Some simple strategies can be employed to prevent water misuse and wastage. Leakage prevention is a must, switching off taps when not in use, low flush toilets (for a normal toilet, simply fill a waterproof bag with sand or brick and keep it inside the reservoir to reduce the amount of water used in each flush cycle), bio toilets, bowls to wash vegetables, dishes instead of using sinks, recycle water for watering plants, mulching, use a glass or tumbler for brushing teeth (this was taught to me by a Chinese fellow when I was abroad. Using tap water while brushing not only wastes water, it is more convenient when you use a tumbler or glass), do the same for shaving.
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What does the future hold?

Over the centuries, advances in science and technology have driven mankind to become what it is today. The wheel, the compass, the printing press, soap, the telephone, the light bulb, penicillin, electricity, the internet, … all of these inventions can be named in the same breath, given the manner in which they have transformed the way we live today. But there is much more to come! Here are (what I would like to think) possible future breakthroughs for the near and distant future that could revolutionize life (and death) as we know it today.

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The importance of an Environment Officer in the industry is now well understood. Many students who complete their MSc in Environmental Sciences look for a career in the industry/ environmental consultancy however they are often lacking in certain aspects. To address this problem and to help the freshly graduated MSc students in this aspect, VSI is organizing a 5 day training program on "Industrial Pollution Control and Environmental Management". A similar program had been organized in June 2013 and had received good response. The course will cover the following broad areas

  1. Important criteria for selection and designing of ETP
  2. Importance of environmental monitoring and environmental laboratory
  3. Methods of treatment including aerobic, anaerobic and residuals handling
  4. Civil, electrical and mechanical components of ETP
  5. ETP Operation and maintenance
  6. Air pollution control devices, air monitoring equipment and their operation
  7. Solid and hazardous waste management
  8. Industrial safety
  9. Procedures of CPCB/SPCB's- consent, ESR, HWR, cess returns
  10. Environmental clearance- procedures and documentation
  11. Green belt development

The training is ideal for students in their final semester, The training will be conducted during 16 to 20 June, 2014 at the Manjari campus of VSI and will be limited to 25 participants only. The trainees will be given a certificate of participation at the end of the course.

The fees for the training will be Rs. 5000/- per participant which will include course material, accommodation at VSI hostel and meals for the duration of the course. Registration will be on first come first served basis. Interested participants can send the Registation Form with Training Fees to VSI via Cash payment or Demand Draft (D.D.) in favor of VASANTDADA SUGR INSTITUTE payable at Pune. Cash payment will be accepted at VSI Cash Counter. Registration form can be downloaded from http://www.vsisugar.com/india/seminar_conference_workshop/index.htm...

In case of any query related to training, please contact

Dr. Deepali Nimbalkar
Scientist and Head
Department of Environmental Sciences
Vasantdada Sugar Institute
Manjari Bk. Tal. Haveli
Pune 412307 INDIA
Tel: +91 20 26902343 Fax: +91 20 26902244
Email: ds.nimbalkar@vsisugar.org.in

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EPEAT Product Listings for India now live

The list of EPEAT registered products for India is now open to public view. Dell and HP have 171 products registered in the PC and Display category, with 150 rated at Silver level and 21 at Gold!

Purchasers in India can now confidently require EPEAT registration as a mark of sustainable purchasing. And each time a bid tender goes out that includes an EPEAT preference or requirement, it raises the environmental bar for all suppliers and drives further product improvements and registration activity.

If you are involved in an organization that procures PCs and Displays through bulk contracts, make sure to include EPEAT - to reduce your organization's environmental footprint, and to demonstrate to suppliers that purchasers care about the environmental impacts of the products they buy and use!

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Today we wake, deliberate, hang our heads in shame and then stick it back into the metaphoric sand for the next call, a year hence. We, the feather buddies with an environmental itch, brace ourselves for a lifetime of exasperation. We are convinced that policy makers do not believe in environment protection, for themselves or for the masses. But, this one time, my hopes soar that despite being relegated under a dual charge, deigned as undermining of the importance of the Ministry of Environment and Forests, acche din ayenge.
I believe that the Ministry of Environment should be disassociated from the Forests (presently MoEF). Both domains are vast areas of work. Forests have issues that relate to livelihoods and are better placed as a subject of rural development. The ‘Union Forests’ outfit can act as an international agency or a regulatory body and establish norms and rewards to be meted out, such as mandating a minimum 33 per cent green cover in every state. The Ministry of Environment could then evolve as a scientific body from its present semi-scientific avatar and build its core around research related to air, water and soil pollution to provide policy directions, holding states responsible for faulty execution. Today, the Central Pollution Control Board (CPCB) is nothing but a rudderless organization. Not only is it unable to crack down on defaulting units, it can barely throw up data, even several years old, on easily measurable parameters such as air quality status of cities around the nation. The Delhi-Beijing air quality comparison unfolded this winter, with Indian scientists tumbling over themselves, in an effort to prove that Delhi’s air quality is ‘bad’ or ‘not-so-bad’ or ‘better than so-and-so country’ and so - till the media decided to end it all by withdrawing printing space. But, is real-time online data, 24x7 on every city of India not a possibility? For all we know, Kanpur could be 20 times worse than Delhi! I can hope that once a powerful Union Environment Ministry is created, with CPCB being in sole charge of measuring and making real-time data available to the nation, a true clean-up act will commence. And once the CPCB enables data transparency at macro and micro-level, the ‘knowledge is power’ portal will be a veritable Mecca for the concerned masses. With a new government that mandates the cleaning of the rivers, surely cleaning of the soil and the groundwater of the nation also holds resonance.
Then again are the duplicating efforts of each scientific Ministry.  Climate change concerns are tackled by the Department of Science and Technology, the Ministry of Earth Sciences and MoEF with cells performing at varied levels in all these fund-rich bastions. Currently, air quality measurements, with ‘my-daddy-strongest’ undertones is doing its inter-ministerial rounds. I hold the Prime Minister's words very close to my heart when he says that he would always be there for all of us – the 125 crore Indians. I am sure he will find it within himself to include the Godavari, the Ganga of the south; the Cauvery;the dying Adyar and many other rivers in his agenda of river cleaning, rechristening ‘Water Resource and Ganga Cleaning’ as ‘Ministry for Surface Water’. The ground water and all its complexities can be dealt with by a Groundwater Ministry with the database and research being thrown up by the present Central Ground Water Board. For a nation that is desperately trying to control inflation, dubious spending on similar subjects seems to be, mildly put, superfluous. 
Speaking of scientific ministries, one may encounter especially talented individuals, wilting within the conundrum of administrative charge. What astounds me is why scientific ministries, which include environment, should see India’s scarce and far between scientists being wasted at the altar of administration, 'processing' files. Surely able officers that spend many formative years in preparing for competitive examinations (a well-defined industry in this country) to serve administratively can be assigned scientific responsibilities – with scientific consultations of course, if and when required.  Scientists should do science – period.
 
And yes, the effects of pollution are insidious, difficult to quantify and debatable. From mere lethargy to serious ailment, man-hours lost are barely comprehended let alone computed. The World Health Organization and many allied international agencies point towards a high number of respiratory and heart related ailments in India that are directly ascribable to pollution – which together reportedly kills the highest number of Indians. The Prime Minister, I am sure would understand that it is no fun ruling over a disintegrating lot of sicklings who would be ever-absent from duty.
In sum, strengthening a new and improved Ministry of Environment; singling out three or four foremost areas for environmental battle ground within an ascribed time period; bringing in transparency in basic air-water-soil quality data; and, enlisting the help of science in problem solving may lead to the salvation of our health-compromised masses.
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Biodiversity Risk & Opportunity Assessment (BROA) Tool is developed for landscape assessment. The tool takes into account different risk to diversity in Terrestrial, Soil and Water  in a landscape. It not only identifies risk but also provides opportunity to work on those risk to minimize them.

The tool is mainly for Corporate and Organizations dealing in Agriculture but can be used for watershed development planning.

The tool is available free of cost along with a Handbook and Two Pod Cost. Link is http://www.batbiodiversity.org/BROA

The Tool has been tested in more than 20 countries. Our organization provides training on BROA and at present implementing those tool with Corporate in India and Globally.

In case any assistance is required do let us know. Email: pmehtanainital@gmail.com

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Founder

The Ministry is now renamed as "Ministry of Environment, Forest and Climate Change". What does the members of "Indian Environment Network" think should be the priorities of this Ministry. What should they start fixing ....NOW!

Add your thoughts here: 

Read more at: http://economictimes.indiatimes.com/articleshow/35651292.cms?utm_source=contentofinterest&utm_medium=text&utm_campaign=cppst

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I am happy to share that it is a nice and learning experience to get acquaintance with an emerging technology of waste utilization for valorization and carbon sequestration at the University of Greenwich, UK. Apart from my research on waste management, I have also been privileged to visit woodland and bird observatory to experience the restoration studies. The School of Science at the University of Greenwich is having an advanced state-of-the-science facilities with excellent laboratory and instrumentation infrastructure. It helps to create enthusiasm to explore diverse areas of research (viz., restoration ecology and environmental conservation, remediation and waste management). Besides, the time-to-time sharing of knowledge through field demonstrations to post graduate students and researchers helps to inculcate the practical based approach and thorough understanding towards the scientific research. The friendly attitude of Professors and researchers is an added benefit for knowledge sharing. I, personally, encourage Indian students and researchers to explore the possibilities to join the University of Greenwich and come forward for collaborative research.

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The importance of an Environment Officer in the industry is now well understood. Many students who complete their MSc in Environmental Sciences look for a career in the industry/ environmental consultancy however they are often lacking in certain aspects. To address this problem and to help the freshly graduated MSc students in this aspect, VSI is organizing a 5 day training program on "Industrial Pollution Control and Environmental Management". A similar program had been organized in June 2013 and had received good response. The course will cover the following broad areas

  1. Important criteria for selection and designing of ETP
  2. Importance of environmental monitoring and environmental laboratory
  3. Methods of treatment including aerobic, anaerobic and residuals handling
  4. Civil, electrical and mechanical components of ETP
  5. ETP Operation and maintenance
  6. Air pollution control devices, air monitoring equipment and their operation
  7. Solid and hazardous waste management
  8. Industrial safety
  9. Procedures of CPCB/SPCB's- consent, ESR, HWR, cess returns
  10. Environmental clearance- procedures and documentation
  11. Green belt development

The training is ideal for students in their final semester, The training will be conducted during 16 to 21 June, 2014 at the Manjari campus of VSI and will be limited to 25 participants only. The trainees will be given a certificate of participation at the end of the course.

The fees for the training will be Rs. 5000/- per participant which will include course material, accommodation at VSI hostel and meals for the duration of the course. Registration will be on first come first served basis. Interested participants can send the Registation Form with Training Fees to VSI via Cash payment or Demand Draft (D.D.) in favor of VASANTDADA SUGR INSTITUTE payable at Pune. Cash payment will be accepted at VSI Cash Counter. Registration form can be downloaded from http://www.vsisugar.com/india/seminar_conference_workshop/index.htm#sttp-envsci

In case of any query related to training, please contact

Dr. Deepali Nimbalkar
Scientist and Head
Department of Environmental Sciences
Vasantdada Sugar Institute
Manjari Bk. Tal. Haveli
Pune 412307 INDIA
Tel: +91 20 26902343 Fax: +91 20 26902244
Email: ds.nimbalkar@vsisugar.org.in

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Hello All,

Looking for candidates with following background to work as full-time In-house expert in Environment consultancy.

Area of expertise: MSW or Ecology and Biodiversity

Experience: Min. 3 years in above fields contribution in EIA/EMP report preparation.

Degree: Post graduate degree in Environment/Botany/Forestry/zoology etc.

Interested and experience candidates should send their updated CV to anand.deshmukh@mespom.eu

latest by 12.00 hrs. on 7th May 2014

Thanks and Cheers!

Anand

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Article Source: http://timesofindia.indiatimes.com/City/Guwahati/Schoolkids-on-Guwahati-fringes-drink-acidic-water/articleshow/34410148.cms

GUWAHATI: In an alarming find, the state public health and engineering department (PHED) and an NGO said schoolchildren in the tribal belt along the outskirts of the city have been consuming water, which is highly acidic in nature and unfit for drinking. The source of the water for these children is a well.


A little over five per cent of the samples were found to contain iron above the permissible limit of 0.3 mg/l. The survey pointed out that long time consumption of water with a high concentration of iron could lead to liver diseases. The test was conducted to ascertain the availability of pure drinking water to the students in the Rani-Deepor Beel-Gorchuk belt bordering Meghalaya by NGO Eco Concept in collaboration with PHED.

Apart from the high pH value, the survey also found the levels of hardness, turbidity, residual chlorine, iron and bacteria high in the water. Of the 1,052 water samples tested across 129 villages, 202 or 19.20% were found to have pH above 7 while 33 samples or 3.13% had pH above 8.5 limits, which is considered unsuitable for drinking. "The pH value is a measure of the intensity of alkali or acid in water. A high value of pH hastens scale formation in water-heating apparatus and reduces the germicidal potential of chlorine. A pH level below 6.5 leads to corrosion in pipes thereby releasing toxic metals," the report said. Only 549 samples or 52.18% of the total samples were found to have pH levels within permissible limits of 6.5 to 8.5 pH. Absolutely pure water has a pH value of 7.0.

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The 1st issue of the Official Scientific Journal of National Cave Research and Protection Organization "Ambient Science"  (ISSN- 2348 5191(Print version) & ISSN- 2348 8980 (Online)) is now Released. All the articles are available under Open Access Category. You can download them directly from the given link.

Further, the papers for the next Volume are currently Accepting, the authors may direct Submit their manuscript following this link or may directly mail to the editor editor@caves.res.in.

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