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IIR document
Development of a novel flow control system with arduino microcontroller embedded in double effect absorption chillers using the LiBr/H2O pair.
Modelagem de um absorvedor tubular em espiral de brometo de litio-água.
Modelling a tubular absorber in water / lithium bromide spiral.
Recommended by the IIR / IIR document
Recycling of lithium bromide solutions from absorption refrigeration plants.
Experimental investigation on the performance of a solar powered lithium bromide-water absorption cooling system.
Experiments on saturated vapor pressure of aqueous lithium bromide solution at high temperatures.
Lithium bromide contact angle study on different roughness stainless steel surfaces.
Numerical simulation of bubbles motion in lifting pipe of bubble pump for lithium bromide absorption chillers.
Experiment study on spreading and horizontal motions of Lithium Bromide solution droplets on horizontal tubes.
Vapor pressure above concentrated aqueous solution of lithium bromide at subzero temperatures.
Influence of 1,3-dimethylimidazolium chloride on the solubility of lithium bromide in water for absorption refrigeration and heat pumps.
Design and experimental results of a hybrid water/lithium bromide absorption-compression chiller.
Absorption technologies materials and coatings corrosion performance under high temperature lithium-bromide environment.
Estudo construtivo de uma máquina de refrigeração por absorção que utiliza água/brometo de líthio em um sistema de micro cogeração.
Investigation of absorption refrigeration machine plant using water/bromide lithium mixture in micro cogeneration system.
Design, development and construction of Hall effect-based turbine meter type to measure flow in low-cost lithium bromide salt: Proposed flowmeter and first results.
Performance analysis and optimization of new double effect lithium bromide–water absorption chiller with series and parallel flows.
Refrigeration sector monitoring
4 results
Great potential for solar district cooling in Saudi Arabia
A recent modelling compares the performances of a two-stage and a single-stage absorption chiller in a solar district cooling system in Riyadh, Saudi Arabia.
Solar cooling on a district-scale in the South of France
The installation could cut CO2 production by 40 tons annually!
Next generation of working pairs in absorption heat pumps
The history and latest developments in working pairs for absorption heat pumps were discussed in a recent review article.
Solar heating and cooling: key trends and challenges
In 2020, the solar thermal energy yield amounted to 407 TWh, which correlates to savings of 43.8 million tons of oil and 141.3 million tons of CO2. Although still only a niche market, solar cooling...
