Fluctuating fast chemical reactions in a batch process modelled by stochastic differential equations

Economic use of renewable resources, LCA, cleaner batch processes and minimising emissions and wastewater

“…The first paper is from Italy, DICheP e Università di Genova, and Ingegneria Chimica e Materiali e Facolta' di Ingegneria, Universita' degli Studi de L'Aquila. Andrea Pietro Reverberi, Aldo Chiarioni, Francesco Vegliò and Adriana Del Borghi authored the paper titled, ''Fluctuating Fast Chemical Reactions in a Batch Process Modelled by Stochastic Differential Equations'' [10]. They investigated the effects of fluctuations in the kinetics of a batch chemical reactor on the time trend of concentration and temperature.…”

In the kernel of modelling repairable systems: a goodness of fit test for Weibull-based generalized renewal processes

“…For the sake of illustration, the stochastic nature of precipitation dominates water balance of rainwater harvesting systems (Unami et al, 2015); the stochastic fluctuations of relevant variables have been one of the main challenges for the correct management of operating conditions in chemical reactors (Reverberi et al, 2008); the uncertainties underlying the processes of wind power generation has prevented its widely usage (Wu et al, 2016); the electricity generated from forest-based biomass is also time dependent of variations in its quality and availability (Shabani and Sowlati, 2016). Further, the uncertainty intrinsic to the operation, deterioration, restoration, and replacement of equipments has also been paramount for cleaner production (Sloan, 2011).…”