Possibilities of creation circular business models in agriculture for system gathering, recycling and processing a plastic waste packing firm mineral fertilizers are analyzed. The resource model connected with replacement materials design reservoirs (big-bags) the purpose their use economy at organization technologies is offered.

• Pyrolysis and sulfonation convert starch-based plastic (SBP) bags into SO 3 H-catalyst. H-catalyst from SBP-bags well-catalyzes the esterification of fatty acids. is robust recyclable for more than 7 cycles. Highly pure terephthalic acid self-precipitates pyrolysis liquid. liquid enriched in levoglucosan, adipic monobutenyl esters. was explored as a technology depolymerizing charring novel va...

Abstract The pollution of the oceans by plastic waste is a growing threat to marine life, ecosystems, livelihoods coastal communities and health human beings in general. Indonesia world’s second largest source pollution. As an island state, litter regularly flushed into sea. In this study we explore some behavioural cultural reasons for high consumption bags on Bali locally adapted solutions. d...

The effects of a microbial inoculant (containing propionic and lactic acid bacteria) and formic acid onchemical composition, ruminal degradability of dry matter (DM) and nutrient digestibility of corn silage wereexamined. Whole-plant corn was ensiled for 60 days in plastic polyethylene bags, and three treatments werecompared, 1: control (no additive), 2: Propionibacterium acidipropionici plus L...

Abstract Plastic pollution is a big source of concern around the world. Research to date has focused on types plastic in environment and processing waste. For policymakers consumers be informed decision makers, they need understand industries which use plastics intensity those industries. Using input–output data for USA, we calculate (the value inputs per dollar output) 415 non-plastic 13 plast...