Computational parametric study on efficiency of low boiling point fluid plants under heat exchange process intensification

One of the main challenges for energy industry is to improve reliability and efficiency heat exchange equipment in heating plants. Phase-change exchangers with low boiling point fluid (LBPF) are widely used both conventional renewable energy. The objectives increasing reduce weight dimensions, increase amount transferred electricity consumption spent on pumping transfer agent. These achieved by implementing various methods intensification equipment. A key aspect concerning application types intensifiers evaluation possibility their design efficiency. paper presents results a computational parametric study changes some LBPF-based plants when intensifying processes modifying functional surfaces laser ablation.