Portable colorimeter NO3 UV Spectro Photometer Initial screening + detailed analysis in Lab. Portable colorimeter Lab Physical pH Digital pH, parameters Water Test KIT In-situ Digital Conductivity meter In-situ : Multi parameters Water Test KIT Need EC and Temp for Salinity, continuous monitoring for some TDS Digital Conductivity In-situ : parameters Water Test KIT BOD Lab only, BoD Incubator Laboratory: COD UV Spectrophotometer, COD reactor Laboratory: Not have now DO Not in LAB In-situ : Multi parameters Water Test KIT Total Hardness Titration Laboratory: Turbidity Hand Held Turbidity In-situ : Hand Held Turbidity Meter E Coli Colony Counter Laminar Flow Laboratory: Total Coliform Laboratory: Development and standardization of quality standards, and accreditation of water quality laboratories – 620 Lakh (within Component A). These would include the standardization of water quality monitoring procedures, quality check of data, and the process of accreditations of water quality laboratories across the country. Water Quality Database development and management – 100 Lakhs (within Component B), will include development of standardized database, upgrading of e-WQS, digitization of old data, and maintaining the database in a single platform. Purpose-driven Studies on Water Quality – 1700 Lakh (within Component C), will include a large number of purpose driven studies to address various local (state, basin/sub-basin-wide) water quality issues. Examples of such studies are: (a) detection of salt water intrusion in coastal areas, (b)
Provision of sanitation arrangements (toilets, urinals, bathrooms) for workers (including separate ones for women workers, as required); Provision of first aid and emergency response arrangement; Minimization of wastage including reuse and recycle of materials, as possible; Prompt disposal of trade specific waste as per the State guidelines provided in ‘Delegation of Powers (2010)’; Use of acoustic generators for construction work; Ensure proper and safe storing/stacking of construction material; Provide for silt control measures, if there are any streams/water bodies in the vicinity; and, Proper planning and sequencing of construction activities to reduce/minimize disturbance to the neighborhood. Energy-Efficiency Considerations in Planning and Design of the Buildings The following aspects will be considered important during planning, design and construction of the buildings. Table A: Energy Efficiency Considerations in the Project. Building Structures Mechanical Systems Occupant Considerations The building and site should provide effective drainage measures to control rainfall runoff and to prevent entry into the building Controlled mechanical ventilation systems shall be installed Occupants should be provided with an operator’s manual containing specific operating instructions on how to maintain a healthy indoor environment The building foundation should be designed and constructed to prevent the entry of moisture and other soil gases Where combustion appliances are used, only sealed direct combustion or power vented systems should be installed in habitable spaces. Gas cooktops should only be installed in conjunction with exhaust fans. Control systems should include advisory display or indicative modes to alert occupants to "trouble" or "failure" conditions
Building assemblies should be designed and constructed to permit drying of interstitial spaces. Forced air systems should be designed to provide balanced airflow to all conditioned spaces and zones. Building assemblies should be designed and constructed to prevent airflow into insulation systems from both the interior and exterior. Filtration systems should be provided for forced air systems which provide a minimum atmospheric dust spot efficiency Materials, adhesives and finishes with tested low emission rates should be selected. Indoor humidity should be maintained Comfortable indoor Conditions Provision of adequate windows/ventilators/ floor management to permit natural light/air for reading , workshop and other training operations Occupants should be provided with an operator’s manual containing specific operating instructions on how to maintain a comfortable indoor conditions
Hydropower Policy, National Plans CEA - - CEA CWC MOEF CEA CWC MOEF DOP - MOEF CERC CPCB SPCB SLDC SPCB Environment Policy and Regulations CEA CWC Wildlife CEA CWC MOEF CEA CWC MOEF DOP DOWR MOEF CPCB SPCB SPCB,DOE STATE Water Policy & Plans - DOWR - - - DOE - DOWR - - MOWR MOEF CPCB Hydro Policy & Plans MOP - - CEA CWC MOEF CEA CWC SPCB SERC - - CPPB Env Regulation & Plan - - DOE - - DOE - - SPCB - - SPCB SPCB SPCB - - Wildlife - - - - - - - - - LOCAL Watershed Plan - - - - - - - - - - - Panchayat Projects - - - - - - - - - - - Env Regulation, Public Hearing - - - - - SPCB - - - - - SPCB Strong & Primary Role Secondary Role but with Regulatory Function Secondary and Weak Role CPCB – Central Pollution Control Board; SPCB – State Pollution Control Board; CEA – Central Electricity Authority; SLDC – State Load Dispatch Centre; Wildlife Board – Wildlife Board of India