Objective
The present proposal constitutes the extension of the research proposal funded by the CEC in the field of hazardous gas mitigation by fluid curtains. The previous work has led to a model of the hydrodynamic, thermal and physico-chemical actions of a single spray on a gas cloud. This model has been validated by producing experimental data. The present proposal extends a specific point of the general proposal.
Enhancement of the fluid curtain efficiency requires a strategy for Selection of appropriate chemical additives. An experimental determination of the hydrodynamics and kinetics data for different gas-liquid binaries is proposed.
A sphere absorber has been constructed and validated with classical gas-liquid binaries presenting known kinetics. The same apparatus is being used to obtain absorption kinetics of different toxic gases. We propose the following steps for our research :
1/ gathering all the existing data on toxic gases absorption 2/ constructing a robust finite element algorithm for design purposes (modeling and simulation). This code will allow to solve non-linear hydrodynamics and mass balance equations and therefore lead to the kinetic parameters more efficiently than the actual one.
The outcome of this research will consist in a code to be inserted in the general design code.
The cooperation involves already
The Institut des Technologies Chimiques de Lyon
the Von Karman Institute
The University of Naples
The University of Aveiro
The prague Institute of Chemical Technology
is to join the group with the above project.
Call for proposal
Data not availableFunding Scheme
CSC - Cost-sharing contractsCoordinator
69190 Saint-Fons
France