The use of plastic mulch films is widespread in agriculture for specialty cropping systems because several benefits. In this article, we critically review, the first time under a holistic approach, biodegradable mulches (BdPMs) soil as sustainable alternative to conventional petroleum-based plastics, highlighting current state understanding their degradation and effect on microorganisms, weed c...

Plastik merupakan produk polimer sintetis yang terbuat dari bahan-bahan petrokimia termasuk dalam sumber daya alam tidak dapat diperbahurui. Limbah plastik hanya menjadi masalah di kalangan masyarakat umum tetapi juga bagi perindustrian Indonesia. Sampah sampah non-organik butuh waktu sangat lama untuk terdegradasi dengan sempurna. baru 450 hingga 600 tahun. Dan hasil pengolahan data memakai me...

Bioplastics have proven to be a viable substitute for plastics in some sectors, although their use construction is still limited. The sector currently uses 23% of the world’s plastic production, both materials themselves and packaging protection. A considerable part not recycled dispersed into environment or ends up landfills. In response environmental problems caused by oil-based pollution, de...

Abstract Over the decades, global plastic production has been exponentially increasing with a significant increase of waste as well. Consequently, our environment suffered lot because synthetic is less biodegradable or even not completely biodegradable. On other hand, conventional recycling rate and management in top ten contributors are still low to reduce contamination pollution from waste. P...

Expansion of the size weight bioplastics often occurs in daily use. This phenomenon happens because material from can absorb significant amounts water. process lead to accumulation swelling degree. Therefore, a mathematical model is needed quantify this mechanism predict dynamics changes with respet time while contact water help practitioners during application design for use bioplastics. study...

For much of the Caribbean, plastic pollution and great Atlantic Sargassum belt has led to significant regional loss. To elevate these problematic areas, we present a novel calcium alginate bioplastic process from lens techno-economic life cycle assessments.