Green chemistry for a greener future
In Jambi province, Indonesia, areca farming is one of the city’s main sources of income. The areca palm fruit produces betel nut which is a primary export product for the region and the Indonesian government aims to make it their leading export commodity.
However, with such a large amount of farming for betel nuts comes a large amount of waste. The unusable parts of the areca plant are often burned, causing pollution and health problems for rural communities. To help reduce this waste and pollution, Ika Juliana founded Greenie Indonesia in 2020.
Ika’s journey with sustainability started when she was just 12, when she joined a competition to combat environmental issues in Bali. Since then, she has spent years researching green chemistry and sustainability and has been published in several international journals.
Through her research, Ika started delving into solutions for Indonesia’s agricultural landscape. She founded a social enterprise, Greenie, to educate and empower non-timber farmers, transform the home furnishing industry, and uplift farming communities.
Greenie
collects areca leaf sheath waste from local farmers and SMEs in Jambi and recycles that waste into sustainable natural particle board for the home furnishing industry. This non-timber-based material uses a low-emission adhesive combined with agricultural waste, supporting carbon emission reduction in furniture. Yet, adapting peat palm into quality furnishings wasn’t simple. The process, striving to rival conventional wood quality, demanded rigorous experimentation.
This is a new practice in the home furnishing industry in Indonesia, where large areas of timber plantations exist for timber furniture and trade. However, “using areca leaf sheaths encourages responsible consumption, increases environmental awareness, and reduces reliance on logging activities,” says Ika.