Abstract:This article aims to discuss the definition of environmental issues and the validity of differentiating between industrial pollution problems and the use of natural resources. A comparative case study including countries of different political systems and socio-economic conditions provided us with data to reflect on this question.
“…4b shows natural logarithm of reduced tensile strength as a function of volume fraction of lignin. The reduced tensile strength is described by eqn (1). 30 The plot is used for quantitative estimation of interaction using the composition dependence of strength model.…”
Section: Thermal and Morphological Properties Of The Compositionsmentioning
confidence: 99%
“…Conservation of petrochemicals and utilization of wastes and renewable materials are essential to avoid industrial pollution. 1 Proposed reliable solutions include usage of materials made from renewable sources and development of value-added products from wastes. 2 Lignin, a natural polymer in biomass, is a coproduct from paper mills and bioreneries and is a promising feedstock for renewable plastics.…”
This study reports a path for recycling polyester along with biorefinery coproduct, lignin, to make sustainable high-performance thermoplastic materials.
“…4b shows natural logarithm of reduced tensile strength as a function of volume fraction of lignin. The reduced tensile strength is described by eqn (1). 30 The plot is used for quantitative estimation of interaction using the composition dependence of strength model.…”
Section: Thermal and Morphological Properties Of The Compositionsmentioning
confidence: 99%
“…Conservation of petrochemicals and utilization of wastes and renewable materials are essential to avoid industrial pollution. 1 Proposed reliable solutions include usage of materials made from renewable sources and development of value-added products from wastes. 2 Lignin, a natural polymer in biomass, is a coproduct from paper mills and bioreneries and is a promising feedstock for renewable plastics.…”
This study reports a path for recycling polyester along with biorefinery coproduct, lignin, to make sustainable high-performance thermoplastic materials.
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