Solar Desalination: Performance Enhancement using PCMs and Nanoparticles

Prijzen vanaf
36,55

Uitgelicht

VERGELIJK ALLE AANBIEDERS (3)

Beschrijving

Bol This study presents an advanced hybrid solar desalination system aimed at addressing the growing challenge of clean drinking water scarcity in energy-constrained and remote regions. A modified single-slope solar still integrated with nano-enhanced phase change materials and coupled with a flat-plate solar water heater is designed and experimentally investigated under real climatic conditions. The integration of phase change materials improves thermal storage and nocturnal productivity, while nanoparticle additives enhance heat transfer and evaporation rates. Energy and exergy analyses reveal a significant reduction in irreversibility losses and improved utilization of available solar energy. The proposed system demonstrates substantial gains in freshwater yield and thermal efficiency compared to conventional solar stills, offering a scalable, cost-effective, and environmentally sustainable desalination solution for rural, coastal, and off-grid applications.

Vergelijk aanbieders (3)

Shop
Prijs
Verzendkosten
Totale prijs
36,55
Gratis
36,55
Naar shop
Gratis Shipping Costs
40,74
Gratis
40,74
Naar shop
Gratis Shipping Costs
40,74
Gratis
40,74
Naar shop
Gratis Shipping Costs
Beschrijving (2)
Bol

This study presents an advanced hybrid solar desalination system aimed at addressing the growing challenge of clean drinking water scarcity in energy-constrained and remote regions. A modified single-slope solar still integrated with nano-enhanced phase change materials and coupled with a flat-plate solar water heater is designed and experimentally investigated under real climatic conditions. The integration of phase change materials improves thermal storage and nocturnal productivity, while nanoparticle additives enhance heat transfer and evaporation rates. Energy and exergy analyses reveal a significant reduction in irreversibility losses and improved utilization of available solar energy. The proposed system demonstrates substantial gains in freshwater yield and thermal efficiency compared to conventional solar stills, offering a scalable, cost-effective, and environmentally sustainable desalination solution for rural, coastal, and off-grid applications.

Amazon

Pagina's: 42, Paperback, Eliva Press


Productspecificaties

Merk Eliva Press
EAN
  • 9789999335096
Maat

Prijzen voor het laatst bijgewerkt op:

Uitgelichte Keuze
36,55
Naar shop