DECOMPOSITION OF VOLATILE GASES AND WATER FROM TARFAYAOIL SHALE (MOROCCO) UNDER HYDROGEN.BEHAVIOR IN HETEROGENEOUS KINETICS
Journal: International Journal of Advanced Research (Vol.11, No. 09)Publication Date: 2023-09-19
Authors : Abdeljabbar Attaoui;
Page : 65-76
Keywords : ;
Abstract
Volatile gases and oil shale water are the first constituents to decompose during hydropyrolysis (H2) in the dynamic regime. In this study we investigated the kinetics of this reaction for these compounds. In addition to TG (thermogravimetry), the Red-Croft (microthermobalance) also provides information on DTG (thermogravimetric derivative).By adopting the resolution of the Coast-Redfern approximation, we have given an approach to the activation energies for volatile gases (Ea1) and for water (Ea2). The bituminous layers chosen are the Z2 layer, which formed in the Cretaceous in a cold climate, and the Z3 layer (Cretaceous, Turonin), which formed in the warm climate(A.Attaoui et al: 2022).At a heating rate of 21°C/min, we noted for the Z2 layer:Ea (volatile gases)=27.31 kj/mole and Ea (water)=34 kj/mole and for Z3 we noted:Ea (volatile gases) = 27.34 kj/mol and Ea (water) = 32.9 kj/mol.
Other Latest Articles
- INTEGRATION OF ART ELEMENTS IN STEM FOR TEACHING AND LEARNING ISLAMIC EDUCATION TO DISABLED STUDENTS IN MALAYSIA
- LASERS IN PROSTHODONTICS
- PERFORMANCE AND CHALLENGES OF CURRENT HOUSEHOLD SOLID WASTE MANAGEMENT SYSTEM IN ABOMEY-CALAVI DISTRICT IN BENIN
- CREATION OF AN INTELLIGENT SYSTEM FOR OPTIMIZING ELECTRICAL ENERGY CONSUMPTION FOR LIGHTING IN A BUILDING FOR DOMESTIC OR ADMINISTRATIVE USE
- WAQF-TAKAFUL DEATH COMPENSATION: A CRITICAL ANALYSIS FROM THE PERSPECTIVE OF MAQASID SHARIAH
Last modified: 2023-11-07 21:13:37