HEAT LOSS REDUCTION USING CERAMIC MICRO-PARTICLES IN PAINT OF THE INNER WALLS OF A ROOM WITH RADIATION COOLING PANEL

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SHEIKHZADEH GHANBAR ALI; AZEMATI ALI AKBAR; SARAEI ARMIN

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Journal: JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY Year:2015 | Volume:16 | Issue:SPECIAL ISSUE Page(s): 111-119

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Title

HEAT LOSS REDUCTION USING CERAMIC MICRO-PARTICLES IN PAINT OF THE INNER WALLS OF A ROOM WITH RADIATION COOLING PANEL

Author(s)

SHEIKHZADEH GHANBAR ALI | AZEMATI ALI AKBAR | SARAEI ARMIN | Issue Writer Certificate

Keywords

CERAMIC MICRO-PARTICLESQ2

REDUCING ENERGY CONSUMPTIONQ2

RADIATION COOLINGQ2

ENVIRONMENTQ2

Abstract

Introduction: Limited resources and the need for energy conservation have made the use of energy loss preventive thermal insulations, like the paints containing micro mineral particles, an economic option in different industries and buildings. The aim of the current study is to investigate the effect of modern insulation, such as paints with ceramic micro-particle in internal walls of a room with radiative cooling panels, on energy consumption.Material and Method: In the present study, to investigate the flow field and temperature distribution in a room with a wall of RADIATION COOLING, a three-dimensional cavity has been simulated with different boundary conditions. The effect of coating with a paint containing CERAMIC MICRO-PARTICLES, ordinary acrylic paints and no paint in different states of changing the boundary conditions, such as changes in wall temperature and absorption coefficient on a room with wall cooling radiation has been studied and the results were compared.Result & Discussion: Using the computer code, the interior surface temperature is obtained for different boundary conditions and used as a boundary condition for simulation. In case of using wall radiative cooling panels, room temperature is in the comfort zone in all cases, and the lowest temperature occurs when using paints with CERAMIC MICRO-PARTICLES in the interior surfaces of the room. It was observed that the coating containing CERAMIC MICRO-PARTICLES acted as a thermal insulation and reduced energy consumption by about 22%.

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APA: Copy

SHEIKHZADEH, GHANBAR ALI, AZEMATI, ALI AKBAR, & SARAEI, ARMIN. (2015). HEAT LOSS REDUCTION USING CERAMIC MICRO-PARTICLES IN PAINT OF THE INNER WALLS OF A ROOM WITH RADIATION COOLING PANEL. JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY, 16(SPECIAL ISSUE), 111-119. SID. https://sid.ir/paper/87013/en

Vancouver: Copy

SHEIKHZADEH GHANBAR ALI, AZEMATI ALI AKBAR, SARAEI ARMIN. HEAT LOSS REDUCTION USING CERAMIC MICRO-PARTICLES IN PAINT OF THE INNER WALLS OF A ROOM WITH RADIATION COOLING PANEL. JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY[Internet]. 2015;16(SPECIAL ISSUE):111-119. Available from: https://sid.ir/paper/87013/en

IEEE: Copy

GHANBAR ALI SHEIKHZADEH, ALI AKBAR AZEMATI, and ARMIN SARAEI, “HEAT LOSS REDUCTION USING CERAMIC MICRO-PARTICLES IN PAINT OF THE INNER WALLS OF A ROOM WITH RADIATION COOLING PANEL,” JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY, vol. 16, no. SPECIAL ISSUE, pp. 111–119, 2015, [Online]. Available: https://sid.ir/paper/87013/en

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