Produksi plastik sintetis non-degradabel yang terus meningkat dapat menyebabkan pencemaran lingkungan sehingga untuk mengatasinya mulai dikembangkan plastik biodegradabel. Plastik biodegradabel sering dibuat dengan berbahan ...

Abundant oil-palm shells waste which is generated annually as the result of the increasing production of palm oil can be utilized as source of liquid smoke. The acidic property of liquid smoke shows its potency as natural ...

Fine coal is a by-product of coal washing, which is not utilized and nearly 2 billion tons per year of fine coal is waste. The objectives of the research are to treatment fine coal using centrifugation and coagulation-flocculation ...

The misapplication of chemicals, such as formaldehyde, for preservative is still found in processed food ingredients. The use of these materials can be replaced by redistilled liquid smoke from oil palm shells. Identification ...

Carbon nanoparticles (C-dot) are among the materials which have fluorescence ability. C-dot can be synthesized from various materials with high carbon composition. The purposes of this research were to synthesize and ...

Utilization of banana plant biomass as supercapacitor electrodes will give additional value to the waste. In this study, the banana peel contained the highest fixed carbon as compared with the midrib, stem, and leaves. The ...

Physalis angulata known as ciplukan in Indonesia is widely used as herbal medicinal plant. Studies on this plant revealed its potency as antidiabetic, antioxidant, antimicrobial, and antiasthma, but the toxicity is not ...

Kulit masoyi (Cryptocarya massoia) adalah komoditas ekspor hasil hutan bukan kayu Indonesia yang tumbuh endemik di Papua dan Maluku. Minyak atsiri dari kulit masoyi digunakan antara lain sebagai cita rasa es krim dan ...

Efforts using variety of medicinal plants as antihypercholesterolemic have been widely carried out. However, the active compounds are responsible in the inhibition mechanism is not known yet. The aim of this study is to ...

Partikel magnetik termodifikasi biomaterial memiliki potensial yang besar dalam bidang biomedis. Penelitian ini bertujuan membentuk core/shell nanopartikel superparamagnetik oksida besi/apoferitin serta mempelajari ...