
NATIONAL ENVIRONMENT ENGINEERING RESEARCH INSTITUTE
NEERI was established in 1958 with its headquarters at Nagpur with the following mandatory terms and conditions as follows:
* To carry out R&D in the domain of environmental monitoring, environmental biotechnology; toxic wastes management; environmental systems design, modelling, and optimization; environmental impact & risk assessment; and environmental policy analysis.
* To participate in National Mission programmes, e.g. inspection of environment management systems for the judiciary, Drinking Water Mission, Ganga Action Plan; and in CSIR inter-laboratory thrust area projects, e.g. development of Indian Reference Materials.

MAJOR R&D PROGRAMMES
The main areas of research and development programmes of
NEERI involves :
* Environment Monitoring
* Environment Biotechnology
* Toxic Waste Management
* Environmental systems Design,Modelling and Optimization
* Environmental Impact & Risk Assessment; and
* Environmental Policy Analysis

SIGNIFICANT ACHIEVEMENTS
The implementation of its reseach programmes had taken
place at various institutes in different states such as:
* Installation of defluoridation plants in Andra Pradesh for
Rajiv Gandhi National Drinking Water Mission
* Water quality monitoring of Ganga and performance
evalution of sewage treatment plants.
* Audit of air monitoring stations in South East Asia Region
* Survillance of Aerobipollutants in Nagpur
* Monitoring of trihalomethans, pesticides, heavy metals and
nitrogenous and phosphatic materials in Mumbai Water supply
* Development of Duplex ReverseTranscription PCR(RT-PCR) for
simultaneous detection of Hepatitis A and E Viruses isolated
from Drinking Water Samples
* Application of Bacteriophage based rapid detection of
Escherichia coli 0157:H7 in water and food.
* Chemo-biochemical system for desulphurization of sulphur
recovery unit(SRU) tail gas at Mathura Refinary
* Construction of genetically engineered strains for
microbial desulphurozation of petroleum crude.
* Development of molecular biology approches for
bioremediation of cntaminated sites
* Application of molecular genetics for management of Nitro-
aromatics in waste waters.
* Biodegradation of Chloroaliphatics and Chloromatics in
sequential anaerobic-aerobic systems
* Environmental assessment of hazardous waste treatment and
disposal facility at Daabhi(Maharashtra)
* Application of chromosomal aberration technique for rapid
genotoxic risk assessment of hazardous wastes.
* Development of indigenous vehicular emissin control
technologies
* Development of flyash based Zeolited and delineation of
their applications.
* Development of fixed film-fixed bed reactor technology for
high rate biomethanation of waste-waters.
* Wastewater management in clusters of tanneries in
TamilNadu.
* Basic engineering for Common effluent treatment
plants(CETP)in twentyeight industrila estates in NCT_Delhi.
* Design and installation of Common Effluent Treatment
plants (CETP) at Pali and Balotra.
* Removal of Arsenic from Ground water in West Bengal.
* Design and installation of High Rate Transpiration
Systems(HRT) for treatment and utilization of waste water at
Puri.
* Reclamation and revegetation of mine spoil and flyash
dumps through Integrated biotechnological approach
* Development of tissue culture of sandalwood, Santalum
albumL.
* Carrying Capacity based Development Planning for Greater
Kochi Region.
* Examination of Sustainability and Environmental viability
of select projects, viz.
* Goshree intergrated island development plan, Kochi; Coal
based thermal poer plant of Mangalore power company (with
Cogentrix lead partner) at Nandikur, Karnataka; Sanghi
Jetty/Cement Project, Kutch, Gujarat.
* Monitoring of Ambient Air Quality in ten major Indian
cities, viz. Ahmedabad, Calcutta, Chennai, Delhi, Hyderabad,
Jaipur, Kanpur, Kochi, Mumbai and Nagpur.
* Over 100 reports prepared on environment management
systems in various stated of the country for High Courts in
Andra Pradesh, Gujarat, Himachal Pradesh and Madhya Pradesh.
MAJOR TECHNOLOGIES TRANSFERRED TO INDUSTRY
In the following thrust areas, technology has been either
developed or devised to suit the requirement in the past.
* Catalytic Converter and Particulate trap for automobile
exhaust emission control.
* Fixed film-fixed bed reactor technology for biomethanation
of wastewater.
* High Rate Transpiration System for treatment & utilization
of wastewater.
* Common effluent treatment plants, Pali, Balotra in
Rajasthan
* Screw jet aerater
* Microprocessor-controlled sequential air sampler.
* Respirable dust sampler
TECHNOLOGIES READY FOR TRANSFER
With further research and development, new technologies has
been identified to be undertaken at various activities in
the near future. Some of them are as given below:
* Low-cost, Non-noble metal based catalytic converter for
Auto-exhaust emission control
* Diesel particulate filter
* Flyash based zeolites
* Biotechnological conversion of lignocellulosic substrates
to cellulase, liquid glucose, and value-added chemicals.
* Biotechnological production of biosurfactants
* Production of biodegradable plastics from industrial
wastewaters
* Biobenefication of coal containing high pyritic sulphur
and ash
* Desulphurization of gaseous fuels and emissions
* Biotechnological recovery of hydrocarbons from oily
sludges
* Oil spill remediation and treatment of petroleum refinery
wastewaters
* Bioremediation of mine spoil dumps
* Fixed-film reactor technology for biomethantion of
wastewater.
* Recovery of biogas from landfills
* Molten salt combustion technology for destruction of
hazardous industrial wastes
* Low-cost water treatment systems for small communities
* Common effluent treatment plants
* Resource recovery-based low-cost wastewater treatment
systems
* Noncellulosic membranes for ultrafilteration systems.
* Reclamation of mine spoil dumps
* Portable instruments for monitoring of pH,DO, temperature
and conductivity
* Microprocessor-based low-cost monostatic sodar.
* Electronically controlled automatic sequential air sampler
* Defluoridation of water (hand pump attachable, fill &
draw, and continuous flow types)
* Chlorine tablets and ampoules
SPECIAL FACILITIES
There are various types of facilities are available including machines, equipments and human resources for utilisation in future reseach and development programmes.
Fourier Transform Infrared Spectrophotometer UV-VIS-NIR Spectrophotometer Inductively coupled Plasma Atomic Emission Spectrometer(ICP- AES)
High Performance Liquid chromatograph Ocean Surface current radar(OSCR) Advaced computer work stations with necessary software for activities related to Geographic Information System(GIS), Digital Image Processing(DIP), and Knowledge Based System(KBS).
SERVICES OFFERED
Various kinds of services like consultancy, publications,
written materials are also available with the institute to
improve the research and development activities.
Consultancy services on various types of activities like
Water and Wastewater Engineering, Air pollution Control,
toxic waste management; Environment systems design,
modelling and optimization; Environmental Impact and Risk
Assessment; Environmental audit; Life Cycle Assessment,
Natural Resource Accounting and Environmental Policy
Analysis are available with the institute.
One has to tap these potentials to bring in major changes in
these areas for future benefits of the nation.
TRAINING PROGRAMMES
The Institute conducts training courses in the areas of Air
pollution monitoring and control, water pollution,
preventive maintenance of water distribution system,
analytical quality control, environmental biotechnology,
solid waste management, environmental impace and risk
assessment and environmental audit etc.
PUBLICATIONS
Annual Repot. The Institute brings out Indian Journal of
Environmental Health, Parayavaran Patrika(Hindi).
CONTACT PERSON:
Ahmedabad
Calcutta
Zonal laboratories
Zonal laboratory
Suburban Sub-pumping Station
Beyond Calico Mills
Sewage Farm Road
Ahmedabad 380022
Tel:5320419(Off)
6752181(Res)
Gram:NEERI, Ahmedabad
Fax: 079-5320419
Zonal Laboratory
I-8, Sector 'c'
East Calcutta Area Development Project