Sustainable Production

<ul><li>Preface</li><li>Chapter 1: Industrial Engineering</li><li>An Open Architecture for the Sustainable Lifecycle of Products and Manufacturing Processes from the Holonic Paradigm</li><li>Water and Power Consumption, Ethanol Production and CO₂ Emissions: High-Scale Sugarcane-Based Biorefinery Toward Neutrality in Carbon</li><li>A Lifecycle Sustainability Assessment of CO₂ Emissions, Energy Consumption and Social Aspects of Methylic and Ethylic Biodiesel Using Principal Component Analysis</li><li>Direct Digital Manufacturing in the Context of a Circular Economy</li><li>Innovation in Lean Manufacturing by Kansei-Chisei Engineering</li><li>Transparent Acquisition and Processing of Energy Data in the Field of Industrial Production - Requirements and Applications</li><li>Evaluation and Assessment of Additive Manufacturing Processes Based on the Least Energy Demand in Application for Sustainable Production</li><li>Portugal Mineral Resources Cluster: Collective Strategy for Sectoral Recognition and Sustainable Development</li><li>Environmental Sustainability Evaluation for an Automobile Manufacturing Industry Using Multi-Grade Fuzzy Approach</li><li>Impact of Product-Service Systems on the Energy Efficiency of Machine Tools</li><li>The Role of Innovative Projects for Sustainable Development of Enterprises</li><li>A Holistic Performance Management Approach in Business Networks</li><li>The Improvement of Metal Stamping Procurement Process</li><li>Sustainable Restructuring Process in Polish Steelworks</li><li>Study of Environmental Performance of Taiwan's Manufacturing Industry</li><li>Ultra-Efficiency Factory - Framework and Holistic Approach to Increase and Evaluate Efficiency and Sustainability</li><li>Evaluating Energy Efficiency of Production Machine</li><li>Energy Footprint Mapping Analysis-Based Energy Saving Product Design Study</li><li>Corporate Social Responsibility Behavior: Impact on Firm's Financial Performance in an Information Technology Driven Society</li><li>Sustainable Manufacturing Engineering and Innovative Projects of Teaching, Research and Entrepreneurship</li><li>Chapter 2: Sustainable Technologies in Machinery Production</li><li>Recycling of PA-12 in Additive Manufacturing and the Improvement of its Mechanical Properties</li><li>Mechanical Properties and Surface Integrity of Recycling Aluminum 6061 by Hot Extrusion Process</li><li>Integrating Simulation with Experiment for Recycled Metal Matrix Composite (MMC-Al_R) Developed through Hot Press Forging</li><li>Direct Recycling of Aluminium Chips into Composite Reinforced with <i>In Situ</i> Alumina Enrichment</li><li>Life Cycle Assessment on the Effects of Parameter Setting in Direct Recycling Hot Press Forging of Aluminum</li><li>Formation of Ferrosilicon Alloy at 1550 degreesC via Carbothermic Reduction of SiO₂ by Coal and Graphite: Implication for Rice Husk Ash Utilization</li><li>Ecological Fickerts Used in the Dimension Stones Polishing Reinforced with Silica from the Rice Hull Ash</li><li>Green Manufacturing - Textured Novel Cutting Tool for Sustainable Machining: A Review</li><li>Understanding Cold Spray for Enhanced Manufacturing Sustainability</li><li>Chapter 3: Sustainable Technologies in Chemical Production</li><li>Technical, Economic and Environmental Viability of Offshore CO₂ Reuse from Natural Gas by Dry Reforming</li><li>Solar Fuels from CO₂ Photoreduction over Nano-Structured Catalysts</li><li>Development of Peat Processing Methods for Production of Innovative Products</li><li>Synthesis of Ammonia Directly from Air and Water v<i>ia</i> a Single-Chamber Reactor Using Lanthanum Chromite-Based Composite as an Electrocatalyst</li><li>Extremophiles - Platform Strains for Sustainable Production of Polyhydroxyalkanoates</li><li>Desorption of Phenols from Anion Exchange Resins after the Separation of Wood Pyrolysis Products</li><li>Natural Deep Eutectic Solvent (NADES) as a Greener Alternative for the Extraction of Hydrophilic (Polar) and Lipophilic (Non-Polar) Phytonutrients</li></ul>