How Long to Read Industrial Pollution

How Long Does it Take to Read Industrial Pollution?

It takes the average reader 6 hours and 45 minutes to read Industrial Pollution by Arvind Kumar

Assuming a reading speed of 250 words per minute. Learn more

Description

The storm of modernization and industrialization has not only uprooted man but has also destroyed his habitat and environment too. The increase in discharge of carbon dioxide and other pollutants from various industries is as sharp as decrease in release of oxygen by plants as a result of which the bioequilibrium maintained since time immemorial has been affected. So, industrial pollution has become a great threat for the generations to com. So, it is the prime duty of we scientists to explore the quantum of pollution load as well as to device certain strategies and technologies so that our sustainable development would not be jeopardized otherwise our long cherished dream of establishing eco-socialism on this watery planet could not come true. The present book entitled Industrial Pollution: Problems and Solutions is an unique collection of advanced research papers of eminent environmental scientists which will be very helpful for students, research scholars, professors, scientists and policy makers for assessment of industrial pollution load and to devise the know-how by white it can be solved. Contents Chapter 1: Mining Industry and the Environment: A Critical Review by Arvind Kumar; Chapter 2: Some Ecofriendly Approaches for Integrated Biomanagement of Industrial Wastewater by Manish C Verma, Arvind Kumar and Chandan Bohra; Chapter 3: Haryana Primary Mode of Fly-ash toxicity in the Photoautotrophic Micro-organism Anabaena doliolum by Namita Singh and D P Singh; Chapter 4: Performance Evaluation of Paper Mill Effluent in a Granular Bed Uasbr by K Kavitha and A G Murugesan; Chapter 5: Environment Management of Distillery Industrial Waste Waters by M Baskar, K G Kandaswamy, K Kavindran and M ShiekDawo; Chapter 6: Environment-friendly Design of Thermal Power Plant Chimneys by Debojyoti Mitra and Asisa Mazumdar; Chapter 7: Impact of Textile Waste Water on Raphanus sativus Var Pusa Reshmi: A Pot Experiment with Special Emphasis on Analysis of Heavy Metals by Richa Marwari, T I Khan and H S Sharma; Chapter 8: Laboratory Study on Toxicity of Fly-ash to Earthworms by Dharitri Mahakur, Sunanda Sahoo, Madhumita Mishra, A K Dash and P C Mishra; Chapter 9: Assessment of Water Quality of Vrishbhavathi Stream Loaded with Factory Effluents and Sewage by S R Ambika and P C Shreedharan; Chapter 10: Eco-toxicological Effects Caused by SWE of a Chlor-alkali Industry on the Biological Nitrogen Economy of Crop Fields by P K Pradhan, Alaka Sahu and A K Panigrahi; Chapter 11: Impact of Treated Tannery Effluent of Growth and some Biochemical Characteristics of Acacia Mangium Willd by V Mariappan; Chapter 12: Environmental Impact of Fly-ash And Other Coal Combustion Residues by M Baskar, A Solaimalai and K Subbu Ramu; Chapter 13: Revegetation of Ash Ponds of Thermal Power Plants Industrial Pollution: Problems and Solutions by M Baskar, A Solaimalai and K Subbu Ramu; Chapter 14: A Study on Biochemical Changes in Liver due to Sugarmill Effluent in Freshwater Fish Cirrhinus mrigala by K Shanthi, Dr N Saradhamani and J Smitha; Chapter 15: Retention of Bases in Tannery Effluent Leachate Run through Amendments Incorporated Soil Column by K Thirunavukarasu and A Christopher Lourduraj; Chapter 16: Impact of Skims Effluent on the Water Quality of Anchar Lake, Kashmir by Ad Qayoom Mir, G C Pandey and S G Sarwar; Chapter 17: Assessing the Overall Environmental Impacts of Vindhyachal Super Thermal Power Project at Singrauli by Rakesh Kumar Pandey; Chapter 18: Studies of the Assessment and Impact of Industrial Effluents of Sanganer Town of Jaipur City on the Quality of Soil and Water by Shalini Kulshreshta, Samiksha Chaturvedi, Saurabh Dave, S S Dhindsa & R V Singh; Chapter 19: Effects of Distillery Effluent on the NPK Contents of Vigna Mungo (L) Hepper and Physico-Chemical Properties of Soil by A Pragasam and B Kannabiran; Chapter 20: Impact of Environment on the Profitability of Dairy Farming by K Rajagopal Reddy and R Mallikarjuna Reddy; Chapter 21: Metallic status and correlation between COD and BOD of Pulp Mill Effluents by P M Yeole and Y S Shrivastava; Chapter 22: Studies on the Chemical Pollution of Soil by Cane Sugarmill Effluent by R D Senthil Kumar, R Narayanaswamy and M V Sriramachandrasekaran; Chapter 23: Environmental Impact and Utilization of Fly Ash: A Study of IB-Thermal Power Plant by D K Sahoo, A Behera, Pramila Mishra and N S Meher; Chapter 24: Energy Content of the Agro-based Industrial Solid Waste by B G Pachpande, V S Patel, S R Kulkarni, S B Attarde and S T Ingle; Chapter 25: Seasonal Incidence of Biodeteriorating Saprobic Fungi in Dairy Environment by C J Khilare; Chapter 26: Influence of Sago Wastes - Pressmud Misture on the Growth and Reproduction of an Indian Epigeic Earthworm Peronyx Excavatus (Perrier) by A Mary Violet Christy and R Ramalingam; Chapter 27: Gainful and Eco-Friendly Utilisation if Flyash from Thermal Power Plants by M Baskar, A Sotaimalai and K Subbu Ramu; Chapter 28: Studies on the Use of Municipal Solid Waste for Mushroom Cultivation by Satyawati Sharma, Suman Kashyap and Padma Vasudevan; Chapter 29: Biomethanogenesis of Various Substrates along with Treated Tannery Effluent by M R Rajan and R Sujatha; Chapter 30: Impact of Tannery Effluent on Growth Pattern of Ovary in the Dragonfly Pantala flavescens (Fabricius) (Libellulidae: Anisoptera) by A Parithabhanu and M A Subramanian; Chapter 31: Environmental Impact of Limestone Mining of Aquifers in Sirmour Mining Area of Himachal Pradesh by T B Singh and D Singh; Chapter 32: Investigations on Pollution Control of Aldehydes with low Heat Rejection Diesel Engine with Alcohol as an Alternate Fuel by M V S Murali Krishna, C M Vara Prasad and M A Amjad; Chapter 33: Status of Ambient Air Quality of Gelatine Factory at Bhedaghat, Jabalpur by R K Srivastava, A K Ayachi and Anoop Sen; Chapter 34: Physico-Chemical Characteristics of Wastewater from Bakelite Manufacturing Industry by V Arutchelvan, V Kanakasabai, R Elangovan and S Nagarajan; Chapter 35: Man-Environment-Industrial Pollution by Y Prasanna Kumar and P King; Chapter 36: Efficacy of Tannery Effluent on Microbiota of the Plant Cymposis Tetragonaloba by S R Thorat and R T Chaudhari.

How long is Industrial Pollution?

Industrial Pollution by Arvind Kumar is 396 pages long, and a total of 101,376 words.

This makes it 134% the length of the average book. It also has 124% more words than the average book.

How Long Does it Take to Read Industrial Pollution Aloud?

The average oral reading speed is 183 words per minute. This means it takes 9 hours and 13 minutes to read Industrial Pollution aloud.

What Reading Level is Industrial Pollution?

Industrial Pollution is suitable for students ages 12 and up.

Note that there may be other factors that effect this rating besides length that are not factored in on this page. This may include things like complex language or sensitive topics not suitable for students of certain ages.

When deciding what to show young students always use your best judgement and consult a professional.

Where Can I Buy Industrial Pollution?

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