-
Name of Department
Air
Pollution Unit
-
Objective
-
To
assess the exposure to various air pollutants at the places of work
for high risk population groups and general
population through ambient and indoor air monitoring.
-
To
assess the health impairments due to exposure to air pollutants for
the high risk population through exposure assessment and biological
monitoring.
-
To
look for measure to minimize the exposure and associated risks. To
create awareness/communicate the associate risks of exposure to air
pollutants to the exposed groups/general population through various
media like radio and TV programmes.
-
Functions of
Department.
-
Air monitoring for
various air pollutants like Volatile organic compounds, Poly
Aromatic Hydrocarbons, aldehydes, esters and ketones. Inorganic
gaseous pollutants ( NOx, SO2, phosgene, carbon disulfide, so
etc) and particulate matter ( RPM / TSPM ) using
advance-sampling and Analysis using modern analytical
instruments like GC/GC-MS/HPLC.
-
Organize /
participate in various teaching / training programmes for
various population groups such as PG
students/academicians/industrials medical officer.
-
Communicate to
masses through radio / TV programmes for creating awareness.
-
Details of
Scientific & Technical staff.
NAME
|
Designation
|
Email
|
|
DR.REKHA
KASHYA |
Scientist 'E'
|
|
|
DR.S.RAGHVAN
|
Scientist 'B'
|
|
|
MR.N.M.DESAI
|
Research Assistant
|
|
MR.P.G.SHAH |
Technical Assistant
|
|
|
MR.G.M.PATEL
|
Research Assistant
|
|
MR.J.A.SHAH
|
Laboratory Technician
|
|
MR.K.R.DABHI
|
Laboratory Technician
|
|
MR.K.M.VYAS
|
Laboratory Assistant
|
|
|
MR.M.M.MANSURI
|
Laboratory Assistant
|
|
MR.K.B.BORSE
|
Laboratory Attendant
|
|
-
Laboratory
Facilities & Instruments.
Respireable Dust
Sampler

This
instrument is used to measure respirable dust particle (< 10µm) and total suspended particulate matter from the
ambient environment . This can also be used for collection of
gaseous pollutants.
Anderson Sampler

Particles < 10 to 0.4 µm get deposited in various parts of human
respiratory system.
This sampler collects air borne particles in 8
different particles size ranges from < 10 to 0.4 µm. Subsequently chemical analysis of these particulate
matter can be used for assessing health risk exposure.
6. On going projects.
-
Ambient air quality
monitoring at different traffic junctions for the comparison of
pollution level after the introduction of CNG fuel in the
Ahmedabad City.
-
Indoor Air pollution
and health hazards among beauty salon operators-a pilot.
-
Exposure assessment
of phosgene among industrial workers. Environmental and
Occupational Health survey in plastic recycling units at kandla
SEZ.
-
Cardio toxicity and
Nephrotoxicity among workers exposed to carbon disulfide in
rayon industry.
7. Future
Programmes
-
VOC and PAH exposure and health effects among
workers at petrochemical processes- Project submitted for
funding to ICMR under Indo-US Joint Research Programme.
-
Assessment of Exposure to Toluene Diisocyanates
(2,4 and 2,6 - TDI) Among Polyurethane Foam Industry workers.-
Project submitted to MOEF for funding.
-
Indoor Air pollution from biomass combustion and
health hazards among women and child population in the slum
areas of Ahmedabad city, India.- Project to be submitted to
Ministry of Women and Child development, Govt. of India.
8. Project Completed
-
Health Risk assessment of Rural and Urban population due to
Ambient/Indoor Air Pollution, sponsored by the
Ministry of Health
and family Walfare.
-
National Environmental Health Profile and Comparative Health Risk
Assessment, sponsored by WHO through Ministry of Environment &
Forests.
-
Chemical Analysis of RPM of Gujarat city. Comparative
Epidemiological Studies on Effects of Air pollutants.
-
Air pollution due to vehicular Traffic in Designated Cities /
Towns of the Gujarat State and evaluation of Health Status of
School children studying nearby traffic junction in cities
identified by the Honble High Court.
-
Alternation of petroleum fuels with different composition with
additives and without additives at source levels
-
Auto exhaust emissions and its health effects on high risk
population groups like Traffic Policemen & Shopkeepers.
-
Assessment of exposure to Lead and Cadmium through
biological monitoring. sponsored by WHO/UNEP.
-
Studies on trace elements in the community
environment.
-
Indoor air quality and its implications on
housewives.
-
Integrated air quality surveillance study over Vadodara
Urban
Development Authority area, sponsored by Govt. of Gujarat.
-
Controlled Installation Exposure studies on Methyl
Iso Cyanate (MIC) in relation to Bhopal Gas leakage Tragedy, Sponsored
by Bhopal leakage Commission, Govt. of India.
-
A study on Dropsy Epidemics in Gujarat. Sponsored by Govt.
of Gujarat.
9. Publications and
Research Reports
1. Polycyclic Aromatic Hydrocarbons
in Kajal and Surma Eye Cosmetic Preparations J.P. Jani, C.V.
Raiyani,
N.M. Desai, and S.K. Kashyap. Human Exptt. Toxicol. (1988),
7, 195-197.
2.
Residues of Organochlorine
Pesticides and Polycyclic Aromatic Hydrocarbons in Drinking Water
of Ahmedabad City, India J.P. Jani, C.V. Raiyani, J.S. Mistry,
J.S. Patel, N.M. Desai, and S.K. Kashyap Bull. Environ. Contam.
Toxicol. (1991) 47:381-385.
3.
Characterization and
Problems of Indoor Pollution due to Cooking Stove Smoke C.V.
Raiyani, S.H. Shah, N.M. Desai, K.Venkaiah, J.S. Patel, D.J. Parikh
and S.K. Kashyap. Atmospheric Environment Vol. 27A. No. 11, pp 1643-1655.
1993.
4.
Assessment of Indoor
Exposure to Polycyclic Hydrocarbons for the urban poor using various
types of cooking fuels. Raiyani C.V., Jani J.P., Desai .N.M.,
Shah P.G., Shah S.H., and Kashyap S.K. Bull. Environ. Contam. Toxicol.
50, 757-763, 1993.
5.
Levels of Polycyclic Aromatic Hydrocarbons in Ambient Environment
of Ahmedabad City C.V. Raiyani, J.P. Jani, N.M. Desai, J.A.
Shah and S.K. Kashyap Indian J. Environmental Protection, Vol. 13,
No. 3, 206-215, March 1993.
6.
Magnitude of Pollution of Dye-contaminated River Water -
Its Physico-chemical and Microbial Analysis C.V. Raiyani, P.B.
Doctor, Yogendra Verma, N.M. Desai, P.K. Kulkarni, S.G. Ruparelia
and S.K. Ghosh. Indian J. Environmental Protection, Vol. 14, No.
4, 252-255, April 1994.
7.
Mutagenic response of smoke particulates of bio-mass energy
fuels. V.N. Gokani, P.B. Doctor, C.V. Raiyani, P.K. Kulkarni, N.M.
Desai and S.K. Kashyap. Indian J. Occup. Environ. Med 1 (1997) 68.
8.
Physico-chemical
and Microbial Analysis of Dye-Contaminated River Water. P.B.
Doctor, C.V. Raiyani, Yogendra Verma, N.M. Desai, P.K. Kulkarni, S.G. Ruparelia and S.K. Ghosh. Indian
J. Environ Hlth. Vol.
40, No.1, 7-14 (1998)
9 A study on Indoor Air
Pollutants: Toxicity Screening of Suspended Particulate Matter S.K.Gosh,
T.S.Patel, P.B.Doctor, S.H.Shah, N.M.Desai and A.Y.Derasari. Bulletin
of Env.Cont. & Toxicology.Vol.67, (no-1) 149-154,
July 2001.
10.
Air Quality Surveillance Technique, A.L.Aggarwal &
N.L.Ramanathan, Indian Journal of Air Pollution Control vol:1 (no2),
76-80, 1978.
11.
Limitation of Sulphation rate technique for establishing
seasonal and spatial variation in Sulpher dioxide pollution, A.L.
Aggarwal, V.G. Patel, T.S. Patel, C.V. Raiyani, D.C. Dave and S.K.
Chatterjee. Indian Journal of Air Pollution Control vol : 2 (no1),
33-40, 1979.
12.
Aromatic data processing for Air Quality Surveillance,
N.L. Ramanathan and A.L. Aggarwal, Indian J. Environmental Protection,
vol:1 (no2) 70-77, 1981.
13.
An Analysis of Characteristics of Urban Air Pollution
over a four year period (1978-81) B.B. Chatterjee, T.S. Patel and
C.V. Raiyani, Indian J. Ecology vol:xxix (no4) 226-231, 1985.
14. Assessment of Exposure to Benzo (a) pyrene in Air for
various Pollution group in Ahmedabad, A.L. Aggarwal, C.V. Raiyani,
P.D. Patel, P.G. Shah and S. K. Chatterjee Atmospheric Environment
vol:16 (no,4) 867-870 1982.
15. Indoor Air Pollution Problem, Traditionally Modern fuels,
T.S.Patel, C.V.Raiyani, N.Mohan Rao, A.L. Aggarwal, G.P.Karatha
and B.B. Chatterjee.
10. Miscellaneous Information : Unpublished
Research Reports
1.
Study on High Risk Population groups at Ahmedabad. Ph.D.
Thesis 1979.
2.
Studies on Trace Elements in Community Environment.
Ph.D.
Thesis 1982.
3.
Evaluation of Air Pollution Levels in Ahmedabad. Ph.D.
Thesis 1986.
4.
Integrated Air Quality Surveillance study over Vadodara
Urban
Development Area – 1989.
5.
A report on air pollution due to vehicular traffic in
designated cities/towns of the Gujarat state and evaluation of
health status of school children studying nearby traffic junctions
in cities identified by the Hon’ble High Court-2000.
6.
Ahmedabad Auto exhaust pollution survey and its effects on
exposed occupational groups-1979.
|