In the twenty-first century, both industrialised and developing countries must address the current global energy problem and growing environmental concerns about global climate change. Biomass is the only sustainable source of carbon that can produce low-cost transportation fuels and organic compounds, as it is obtained from non-food sources of lignocellulose, sugars, and triglycerides. Biorefineries are becoming increasingly significant in providing chemical industry operations with long-term solutions. The development of "green chemistry" approaches in tandem with traditional chemistry is enabled by the introduction of bio-economic models based on biorefineries for the generation of novel products with high added value, such as biochemicals and bioplastics. Biomass is increasingly being used as a renewable feedstock in place of fossil fuels for the manufacture of chemicals, materials, and bioenergy. Biorefinery plans, on the other hand, must meet particular innovation requirements in order to be sustainable.
Title : Innovative Lithium Recycling Technique of Used Li-ion Batteries using Li Separation Method by Ionic Conductor: LiSMIC
Tsuyoshi Hoshino, National Institutes for Quantum Science and Technology, Japan
Title : Application of Metal Single-Site Zeolite Catalysts in Enviromental Catalysis
Stanislaw Dzwigaj, Sorbonne-Universite-CNRS, Laboratoire de Reactivite de Surface, France
Title : Photocatalytic performance of nitrogen doped reduced graphene oxide WO3 composite
E K T Siva Kumar, Anna University, India
Title : Some studies on the adsorptive removal of phenol from wastewater
Ashanendu Mandal, Doctorate In Chemical Engineering At University Of Calcutta, India
Title : A holistic approach for scaling-up novel catalytic processes
Nikolaos C Kokkinos, International Hellenic University, Greece
Title : Direct or One-step Dimethyl Ether Synthesis Upscaling of Catalyst Synthesis
Felix Hilfinger, Albert-Ludwigs University, Germany