Life below the wet bulb: The Maisotsenko cycle. Today’s combined-cycle power plants are attaining efficiencies near 50%. But a new technology promises levels . This paper investigates a mathematical simulation of the heat and mass transfer in the two different. Maisotsenko Cycle (M-Cycle) heat and mass exchangers. Request PDF on ResearchGate | On Dec 1, , Muhammad H Mahmood and others published Overview of the Maisotsenko cycle – A way.

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The study is to be a useful tool to anyone interested in energy saving in buildings and in industrial plants, as the operating cost, which is strongly affected by the cooling demand, is significantly reduced by the application of M-cycle.

Thermodynamic performance assessment of a novel air cooling cycle. The replacement of conventional cooling systems by ones based on M-cycle leads to a significant environmental benefit, as:.

Thus, the payback period of an EC, compared to a conventional one, is about 2. The present paper deals with ccyle overview of Maisotsenko cycle M-cycle.

[Full text] Maisotsenko cycle: technology overview and energy-saving potential in | EECT

M-cycle, miasotsenko cooling, high efficiency, renewable energy, energy saving, low CO 2 emission Introduction Although conventional air-conditioning systems are widely accepted to be of high energy consumption, they cover a significant part of needs for air-conditioning. Both working pink lines and product red lines streams use dry channels Cycel 1.

An easily configurable way to increase the efficiency of the cooler is to reduce the product to working mass flow ratio. There are two basic categories of EC: Evaporation in an IEC is caused 1 by the sensible heat of the working stream and 2 by the sensible heat of the product stream. Home Journals Why publish with us? ECs are based on water evaporation and latent heat utilization.


Accept Cycld order to provide our website visitors and registered users with a service tailored to their individual preferences we use cookies to analyse visitor traffic and personalise content.

Maisotsenko open cycle used for gas turbine power generation. The maisotsenk and mass exchanger is analyzed and described in detail, so the specifications of M-cycle will be clear and understandable. The hotwire was placed in the center of each air duct, so as to measure the maximum velocity.

Journals Why Publish With Us? Usually, the evaporating cooler manufacturers give a typical value of hourly water maisotsenkp however, this value does not take into account the cooler efficiency. Several features of this site will not function whilst javascript is disabled.

The full terms of this license are available at https: As the dangerous environmental effects of chlorofluorocarbons and greenhouse gases not only as direct emissions, but also as cycke emissions have been reduced, the interest is focused on environment-friendly cooling technologies.

Anisimov S, Pandelidis D. An ideal EC would produce air as cool as the wet-bulb cycld, while a real cooler cannot reach such a low temperature. This cycle is an indirect evaporative cooling—based cycle, which utilizes a smart geometrical configuration for the air distribution.

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The fan draws in warm and dry ambient air through the wet blocks, cooling it. Two cases of limited mass flow were examined. On-site experimental testing of ccycle novel dew point evaporative cooler. On the other hand, indirect ECs IECs are based on two different streams working [wor] and product [pro]in order to get a relatively drier product stream, but its temperature is not as low as it would be by a DEC.


On the contrary, it ,aisotsenko shown how disastrous a reduction of the working stream flow can be because the poor evaporation makes the cooler inefficient for significant temperature drops. Editor who approved publication: The efficiency of the cooler is directly affected, as the higher the temperature, the more effective the cooler.

Thus, the efficiency of the ECs ccyle defined as the ratio of current to maximum possible temperature drop: Int J Energy Clean Environ.

For this reason, the specific water consumption was defined, which is equal to the amount of water the evaporation of which can produce 1 kWh c. M-cycle, evaporative cooling, high efficiency, renewable energy, energy saving, low CO 2 emission.

A, main suction duct; B, fan; C, secondary resistor; D, splitter; E, air flow maisotsenoo F, main resistors; G, stream ducts; H, exhaust stream duct. At humid climates, the cycle could not be recommended, as both product air temperature and hourly consumption are rather high. Javascript is currently disabled in your browser.

Numerical study of perforated indirect evaporative air cooler.