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This study aims to shed some light on the roles of Islamic values and principles in encouraging households to enhance their livelihood and, therefore, alleviate their poverty.

A structured and tested socio-economic questionnaire instrument was randomly distributed to 102 randomly selected households from the state of Penang in Malaysia. Data collected were analysed using one-way ANOVA tests.

The results indicated that poverty can be fought with commitment, faith and guided principles based on faith. While the self-reliance degree remains indispensable in the development progress of individuals, communities and societies, dependence on others leads to disappointment and failure.

This study has its own limitations. First, the study did not consider the gender factor in the analysis. Second, only cash transfer (role of the government) was considered in the study, although other roles such as taxation and social services are probably equally important. Third, the discussion did not pay attention to how the proposed three constructs (Micro, Meso and Macro) are related. Lastly, as proposed by an anonymous reviewer, the present study did not take in consideration how Islamic philosophy perceives the share of responsibility to the three proposed constructs. Does Islam give similar weight to each of them?

Sadakah and Waqf should be integrated with the financial systems to halt any misuse of the financial assistance offered to the poor.

Government assistance remains indispensable through providing the necessities of comfort and well-being to the hardcore poor such as housing, health-care facilities and cash transfer.

This study enhances the understanding of how religious adherence and Islamic values influence households’ well-being and paves the way for further research on this crucial issue.

The purpose of this study is to investigate the using of rice husk (RH) which is a green material derived from agricultural waste with the ability to absorb heavy metal. It has been used in wastewater treatment. In this research, a kaolin-based green ceramic water filter (CWF) incorporated with two different additives (RH and zeolite-based RH ash [RHA]) was successfully fabricated.

The weight ratio of kaolin:additive was varied (90:10, 80:20 and 70:30) and fabricated via the slip-casting technique. The green CWFs were dried (60°C for 1 h), followed by sintering (1,200°C).

The green CWF of kaolin:RH with a weight ratio of 70:30 showed the best properties and satisfactory performance with a porous cross-section microstructure, highest porous area (4.58 µm²), good structure, lowest shrinkage (8.00%), highest porosity (45.10%), lowest density (1.79 g cm⁻³), highest water absorption (55.50%) and hardness (241.40 Hv). This green CWF has also achieved good permeability (42.00 L m⁻²h⁻¹) and removal of the textile dye (27.88%). The satisfactory characterization and good textile dye removal performance (75.47%) were also achieved from green CWF with kaolin:zeolite at a weight ratio of 80:20.

This research is focused on green CWF and zeolite at a certain amount with the specific characterization analysis methods.

The use of low-cost waste materials to treat dye wastewater from agricultural by-products/wastes sources in treating the dye will enhance the using of green material.

Avoiding the waste sludge that can pollute the environment can create a health issue. The use of low-cost waste materials to treat dye wastewater from agricultural by-products/wastes sources in treating the dye can avoid the waste sludge that can pollute the environment and create serious health issue.

All the kaolin-based green CWFs incorporated with two different additives (RH and zeolite-based RHA) fabricated using a simple slip-casting technique have shown the potential to be used as a filter in wastewater treatment applications.