UTILIZATION OF DISCARDED DENIM TEXTILE INTO PLANT POTS

Abstract

The rapid expansion of the textile industry, driven by fast fashion trends, has contributed to a significant increase in global textile waste. This innovative product addresses that issue by offering a sustainable alternative to traditional plant pots. By repurposing discarded denim and combining it with resin, a durable and aesthetically pleasing plant pot is created. This approach aligns with the principles of the circular economy, aiming to transform textile waste into a valuable and functional resource. This research employed a quantitative experimental method to examine the effectiveness of the proposed innovation. A purposive sampling technique was used to select respondents who could provide relevant data for the study. Data collection was conducted through a structured survey questionnaire, which proved valuable in capturing respondents’ attitudes, knowledge, experiences, and opinions. To analyze the data, statistical tools such as frequency and percentage, weighted mean, Likert scale, and T-test were utilized to determine significant differences between the assessments of the two respondent groups. The investigation results indicate that the proposed model is rated as “Acceptable” in terms of material and procedure, strength and durability, versatility, practicality, and aesthetic appeal. The overall weighted mean for the environmentalist group was 3.38, with a variance of 0.140, a computed t-value of 0.286, and a degree of freedom (df) of 8. The corresponding t-critical value at a 0.05 significance level was 2.306. Similarly, the horticulturist group recorded a weighted mean of 3.26, a variance of 0.036, a computed t-value of 0.286, and the same degree of freedom and t-critical value. Based on the statistical analysis, there is no significant difference between the assessments of the two respondent groups. Therefore, both evaluations are considered valid and acceptable. For the continued development of the study, the researchers recommend seeking assistance from experienced and qualified professionals to increase the success rate of implementation. Additionally, respondents provided several key suggestions. They emphasized that the feasibility of executing the project may require significant time and effort, and highlighted the importance of carefully considering its potential environmental impact. These insights underline the need for thorough planning, expert guidance, and environmental assessment to ensure the sustainability and effectiveness of the proposed innovation.