LATEST PROJECT

Project | 01 Simultaneous catalytic oxidation of CO-CH4 emission: An approach of CNG vehicular emission control

Reactive calcination produced Supported K-Pd doped Nickel Cobaltite has emerged as promising catalytic material for controlling CO-CH4 emissions from CNG fuelled vehicles.

Our research is focused on:

Development of highly efficient catalysts that can work within the vehicular exhaust temperature (150-450 oC).
To study the performance of the catalyst using self-designed fixed bed tubular reactor.
To study the catalytic properties of material by several characterization method.
Successful completion of laboratory studies, we can apply the best catalyst for real application.

Research Collaborators:

Dr. Manoj Kumar

Contact Person for Reference

LATEST PROJECT

Project | 01 Simultaneous catalytic oxidation of CO-CH4 emission: An approach of CNG vehicular emission control

Reactive calcination produced Supported K-Pd doped Nickel Cobaltite has emerged as promising catalytic material for controlling CO-CH4 emissions from CNG fuelled vehicles.

Our research is focused on:

Development of highly efficient catalysts that can work within the vehicular exhaust temperature (150-450 oC).

To study the performance of the catalyst using self-designed fixed bed tubular reactor.

To study the catalytic properties of material by several characterization method.

Successful completion of laboratory studies, we can apply the best catalyst for real application.

Research Collaborators:

Dr. Manoj Kumar

Department of Science,

PDPU, Gandhinagar,

Gujrat-382007

Dr. DadiSuriappo

Department of Chemical Engg,

PDPU, Gandhinagar,

Gujrat-382007

Dr. Daya Shankar

Department of Civil Engg,

PDPU, Gandhinagar,

Gujrat-382007

LATEST PROJECT

Project | 01 Simultaneous catalytic oxidation of CO-CH4 emission: An approach of CNG vehicular emission control

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Reactive calcination produced Supported K-Pd doped Nickel Cobaltite has emerged as promising catalytic material for controlling CO-CH4 emissions from CNG fuelled vehicles.

Our research is focused on:

Development of highly efficient catalysts that can work within the vehicular exhaust temperature (150-450 oC).

To study the performance of the catalyst using self-designed fixed bed tubular reactor.

To study the catalytic properties of material by several characterization method.

Successful completion of laboratory studies, we can apply the best catalyst for real application.

Research Collaborators:

Dr. Manoj Kumar

Department of Science,

PDPU, Gandhinagar,

Gujrat-382007

Dr. DadiSuriappo

Department of Chemical Engg,

PDPU, Gandhinagar,

Gujrat-382007

Dr. Daya Shankar

Department of Civil Engg,

PDPU, Gandhinagar,

Gujrat-382007