ANNOUNCEMENTS
The laboratory supports master’s level experiment pertinent to the laid curriculum. The lab is equipped with instruments required for the environmental analysis (soil, water, and air). The laboratory is capable to perform analysis on drinking water, wastewater, surface and ground water, soil, sediments, including air quality monitoring, and basic microbial analysis. Laboratory also supports various training programs offered by university in the associated fields.
• M.Sc. Environmental Studies and Resource Management
• M.Tech Water Resources Engineering and Management
• M.Sc. Water Science and Governance
• M.Sc. Climate Science and Policy
• M.Tech Renewable Energy Engineering And Management
NRE 138 - Environment Monitoring Laboratory
WSW 145 - Water Quality Monitoring Methods and Analysis
WSW 154 - Water Aquatic Eco-system Management
WSW 136 - Irrigation Water And Drainage Management
NRC 107 - Climate Lab
ENR 157 - Energy Lab – II
Electronic Balance (ER 182 A)
The ER series of high precision, analytical class Balance and have the following features: Ultra stable weighing, Semiautomatic Calibration Ability to take up to maximum capacity.
Specification and Capabilities
• Max. Capacity 32g/182g
• Readability 0.01/0.1 mg
• Stabilization Time 8 Sec.
• Operational Temperature 5 to 40 °C.
Turbidity meter (Model LT-35)
This is a microcontroller based instrument designed with many advanced feature.
Specification and Capabilities
• Range 0-1000 NTU
• Resolution 0.1 NTU in lowest range
• Range selection automatic
• Accuracy ±3%
• Detector Photodiode
• Light Source 6V Tungsten Lamp
Digital Ultra Sonic Cleaner (CD – 4820)
Ultrasonic cleaning technology uses water as media, makes high frequency vibration releases billions of small bubbles. These bubbles breaking with power, which dropping dirt from cleaning articles safely and effectively.
Specification and Capabilities:
• Ultrasonic frequency 42,000 Hz
• Material of Tank Stainless steel
• Tank Capacity 2500 ml
• Digital Timer 90s-180S-280s-380s-480s
COD Digester
COD Digester is suitable for COD method for monitoring Waste Water,Effluent & industrial process water.
Specification and Capabilities
• Display Digital
• Temperature Range 180°C or higher
• Sample Volume upto 125 ml
• Reflux Tube 38mm dia 20nos (5 X 4)
• Timer Selectable with buzzer
• Standard Methods APHA
• Practical Environment Analysis (Miroslav Radojevic; Vladimir N. Bashkin
MSc students experiments, soil research, water and wastewater analysis, microbial research (basic)
• Snigdha Goel , Arun Kansal (2020). Phosphorous recovery from septic tank liquor: Optimal conditions and effect of tapered velocity gradient. Elsevier
• Chaudhuri R.R., Qazi S.W.A., Pandey S. (2017). Influence of urbanization on soil infiltration rate- a case study. Urban India, Vol 37 (II), July - December 2017
• Ali Q.S.W., Pandey S., Chaudhuri R.R., Behera S., Jeyakumar L. (2021). Development of rainfall-infiltration measurement system and recharge strategies for urban flooding areas: a case study of Delhi, India. Modeling Earth Systems and Environment-ISSN-23636203
Shashank Pandey, Environment Lab, Dept. of Energy and Environment, TERI School of Advanced Studies, 10 - Institutional Area, Vasant Kunj, New Delhi
Email: shashank.pandey@terisas.ac.in
Phone number: +91 11 71800222; Extn. 4867
