Thermal Insulation of Plastic Waste Brick Composite with Rice Husk and Sawdust

Arsandrie, Yayi; Mutiari, Dhani; Syamsiyah, Nur Rahmawati; Suharyani,; Himmah, Saidah Aliyatul

doi:10.13189/cea.2020.080612

Cited by 3 publications

(2 citation statements)

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“…This research is a continuation of earlier research reported in two different papers. The first publication [4] focuses on research conducted into the production of composite bricks designed to meet the requirements of thermal insulation. A second paper [1] is produced as a result of this research, and it addresses testing the capability of the acoustic properties of the composite brick material that was developed.…”

Section: Introductionmentioning

confidence: 99%

The Acoustic Comfort in the House Made of Plastic Waste

Mutiari¹,

Syamsiyah²,

Arsandrie³

et al. 2023

cea

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This research is conducted to test the plastic waste house, a house prototype from a mixture of plastic waste materials and sawdust in terms of acoustics. In the previous studies, we used 20 different percentage compositions for the plastic waste, rice husks, and sawdust added with cement adhesive. The best results were found in 30% plastic waste composition and 70% sawdust with Portland cement adhesive. In this composition, the result obtained is a sound absorption value of 0.468 s [1]. This study continues previous research, which includes analyzing the comfort of a prototype house with the best mix in previous studies. The method used is a sound absorption chorus test using research instruments such as microphones, real-time analyzers, and the INSUL application. This study aimed to determine whether the bricks made with the same mixing ratio have the same value when used in the house model and to determine the absorption value. This study found that the absorption value of the plastic waste bricks used for house prototyping walls has good absorption with a reverberation time of T 30 =0.468 seconds; the temperature inside the room is 30.8°C with a humidity of 54%, while at the same time the temperature outside is 37°C with a humidity of 57%.

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Section: Introductionmentioning

confidence: 99%

The Acoustic Comfort in the House Made of Plastic Waste

Mutiari¹,

Syamsiyah²,

Arsandrie³

et al. 2023

cea

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“…Researcher Yayi Arsandrie [12] with his colleagues found that the composition of plastic waste, mixed with sawdust and rice husk became an alternative brick material for thermal insulation of buildings. Moreover, the whole process consisted of two stages: the first consisted in the manufacture of several samples from plastic waste with sawdust or rice husk, and the second consisted in measuring the thermal properties of samples from the obtained materials.…”

Section: Introductionmentioning

confidence: 99%

Use of Panels Made from Plastic Waste in Thermal Insulation

Antypas¹,

Savostina²

2023

Mater. Plast.

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The materials of the given article are devoted to the problem solution associated with one of the processing plastic waste methods by adding various fillers in order to obtain the final product for the thermal insulation materials manufacture. The researches were conducted using the UPR (unsaturated polyester resin) samples made of EPS (expanded polystyrene) plastic waste and crushed recycled polyethylene from greenhouse film waste with various types of wood waste from carpentry workshops. The tests have revealed that when EPS is added to the unsaturated polyester mixtures, the EPS thermal conductivity coefficient decreases with a slight decrease in density, which gives the wide opportunities to use EPS waste as an additive for UPR and expands the ways of its potential industrial application, and the addition of styrene to the compositions containing 10% of styropor causes a clear decrease in thermal conductivity characteristics and a slight decrease in the density of these mixtures. The values of the thermal conductivity coefficient and the density of the low-density polyethylene material increase with the wood powder percentage raising used as an organic filler.

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A comprehensive state-of-the-art review of sustainable thermal insulation system used in external walls for reduction in energy consumption in buildings

Chandhran

Elavenil

2022

International Journal of Green Energy

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Thermal Insulation of Plastic Waste Brick Composite with Rice Husk and Sawdust

Cited by 3 publications

References 0 publications

The Acoustic Comfort in the House Made of Plastic Waste

The Acoustic Comfort in the House Made of Plastic Waste

Use of Panels Made from Plastic Waste in Thermal Insulation

A comprehensive state-of-the-art review of sustainable thermal insulation system used in external walls for reduction in energy consumption in buildings

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