Membrane distillation provides a promising alternative to supply safe and clean water
because of its superiorities over conventional membrane and distillation-based methods …

In the context of global climate crisis and growing world population there is the urgent need
for viable technical solutions to harvest energy from alternative, renewable and continuous …

This study addresses the challenge and related difficulties of controlling solar collector fields
(SCFs) using high-complex models by proposing an adaptive optimal model-free controller …

Membrane distillation is a separation technology that can be powered with low-temperature
solar energy and perform brine concentration treatments. However, the operations under …

Water and energy are two strategic drivers of sustainable development, intimately interlaced
and vital for a secure future of humanity. Given that water resources are limited, whereas …

Membrane Distillation (MD) is a promising and evolving technology with substantial
potential for efficient freshwater production. However, most of the traditional MD systems …

Solar furnaces rely on renewable energy for thermal tests using concentrated solar direct
irradiance. To address the complex dynamics and constraints of these systems, a novel …

This study presents a novel data-driven optimal control method to minimize the cost of
Convection-Enhanced Evaporation (CEE) systems under time-varying weather conditions …

La producción de microalgas a nivel industrial es un proceso atractivo debido a sus
múltiples aplicaciones, entre las que destaca el tratamiento de aguas residuales. Sin …

La destilación por membranas es una tecnología de separación impulsada térmicamente en
proceso de comercialización. Desde el punto de vista de control, esta tecnología ha recibido …