Pengimplementasian Metode Takakura Sebagai Bentuk Kerjasama Sister City Surabaya-Kitakyushu

Abstract

Surabaya city experienced problems related to waste management, action city officials have not adequately address the problems of garbage generated because the outcome is not maximized. Therefore, Surabaya formed a Sister City partnership with the City of Kitakyushu in Japan to give birth to an implementation of the method proposed by Koji Takakura is THC (Takakura Home Composting). This study aims to describe the implementation of Takakura method as a result of the cooperation of Sister City Surabaya with Kitakyushu City. This research uses a qualitative descrptive research method by using documentation study to systematically study the implementation of Sister City Surabaya and Kitakyushu on waste management. The result is cooperation of Sister City Surabaya and Kitakyushu City a practice that focuses on waste management with one implementation, namely the application of Takakura method in Rungkut Lor, Surabaya. Takakura method be an alternative way for waste management using compost fermentation process. Implementation of this Takakura method succeeded in making the citizens of Surabaya, especially in the area of Rungkut Lor reduce excessive waste production, but it is also a positive impact on the economy to society. The conclusion is practice of paradiplomacy through Sister City partnership is able to create a new innovation to resolve the problem in an area in the field of environment, especially regarding waste management by using the Takakura method.

Peningkatan Kesadaran Lingkungan Anggota Ikatan Mahasiswa Muhammadiyah Melalui Pengolahan Sampah Organik Dengan Teknologi Takakura

“…Perkembangannya menunjukkan bahwa teknolohi Takakura ini sangat efektif untuk membuat sampah organik menjadi kompos. Teknologi Takakura ini masuk ke Indonesia pada tahun 2005 melalui Surabaya melalui kerjasama yang bernama "Green City" antara pemerintah Surabaya dan pemerintah Kitakyushu (Oktariani et al, 2022). Penggunaan metode ini berkembang dengan pesat karena sangat murah, tidak membutuhkan lahan yang luas dapat juga sekaligus diterapkan ditempat pembuangan sampah organic keluarga seperti didapur atau sekaligus sebagai tempat pembuangan sampah organik (Prayekti et al, 2023).…”

International friendship cities, spatial spillover effect and urban export growth: Evidence from China

“…Central and Eastern European countries have also established a plethora of international friendship cities since the end of the Cold War, thereby fortifying comprehensive interaction with their Western counterparts and contributing significantly to the process of European integration (Cantir, 2022;Couperus & Vrhoci, 2020;Kézai & P athy, 2023). In addition to European countries, international friendship cities in other countries such as the United States, Japan, Canada and various countries across different continents have undergone comprehensive research and discussion (Harrison & Huang, 2023;Helms, 2016;Oktariani et al, 2022). International friendship cities have enabled local governments in these countries to gain the ability to participate in international affairs, greatly improving the internationalisation level of cities within these countries and the overall international competitiveness of the country (Walker et al, 2022).In order to promote the level of opening up, China also actively encourages local governments to carry out international exchanges and has established a large number of international friendship cities (Liu & Hu, 2018;Mierzejewski, 2020).…”

Analysis of community participation in waste management that supports the agricultural sector in Takalar

“…The government must avoid waste mismanagement because it hurts the environment and public health. The chemical and biological substances produced harm the ground and surface water, air, and soil pollution (Oktariani et al, 2022;Sereda et al, 2022;Ulanova et al, 2022) Waste management still varies from one region to another. Some have carried out campaigns or counseling and assistance to implement 3R, set up waste banks, compost, decompose organic waste using magot, make regulations on waste, supervise and enforce laws, and provide adequate facilities and infrastructure, efficient transport routes using GPS.…”

“…There are even areas that have converted waste into energy (Alqahtani et al, 2022;Bulekova et al, 2022;Fauzan et al, 2022;Janetasari & Bokányi, 2022;Ramaditya et al, 526 2022;Pratama et al, 2022;Sulistyaningsih, 2022;Sunaryani, 2022;Wahyuni et al, 2022;Xu et al, 2017). However, until now, waste management has not been satisfactory; for example, the 3R activities, namely reuse, reduce, and recycling, have not run optimally (Brotosusilo et al, 2022;Grishaeva et al, 2022;Mwanza et al, 2018;Ramaditya et al, 2021;Oktariani et al, 2022;Sulistyaningsih, 2022;Wahyuni et al, 2022). The obstacles are the low level of citizen participation, weak supervision, low collaboration with various stakeholders, and limited facilities, infrastructure, and budget (Fauzan et al, 2022).…”