Process Design

Eco-efficiency in primary metals production: Context, perspectives and methods

Engineering / Design / Cleaner Production / Production / Sustainable Development / Recycling / Continuous Improvement / Environmental Sustainability / Optimization / Eco-efficiency / Conception / Environmental Sciences / End of life / Process Design / Environmental protection / Environmental Innovation / Reuse / Greenhouse Gas Emissions / Water Use / Greenhouse Gas / Energy Use / Recycling / Continuous Improvement / Environmental Sustainability / Optimization / Eco-efficiency / Conception / Environmental Sciences / End of life / Process Design / Environmental protection / Environmental Innovation / Reuse / Greenhouse Gas Emissions / Water Use / Greenhouse Gas / Energy Use

Eco-efficiency in the Australian minerals processing sector

Environmental Engineering / Cleaner Production / Sustainable Development / Eco-efficiency / Manufacturing Engineering / Process Design / Business Case / Greenhouse Gas Emissions / Water Use / Pollution Prevention / Energy Use / Interdisciplinary Engineering / Process Design / Business Case / Greenhouse Gas Emissions / Water Use / Pollution Prevention / Energy Use / Interdisciplinary Engineering

Reactive absorption: Optimal process design via optimal modelling

Mechanical Engineering / Chemical Engineering / Kinetics / Process Simulation / Process Design / Chemical Engineering Science / Optimal Design / Process Model / Experimental Data / Chemical Engineering Science / Optimal Design / Process Model / Experimental Data

A concurrent engineering approach to chemical process design

Chemical Engineering / Concurrent Engineering / Multidisciplinary / Production economics / Design method / Process Design / Hierarchical Design / Process Design / Hierarchical Design

Process design for microbial plastic factories: metabolic engineering of polyhydroxyalkanoates

Engineering / Technology / Biomedical Engineering / Metabolic Engineering / Gene expression / Protein Engineering / Biological Sciences / Process Design / Plastics / Bacteria / Performance Improvement / Enzyme / Mathematical Model / Material Properties / Protein Engineering / Biological Sciences / Process Design / Plastics / Bacteria / Performance Improvement / Enzyme / Mathematical Model / Material Properties

A concurrent engineering approach to chemical process design

Chemical Engineering / Concurrent Engineering / Multidisciplinary / Production economics / Design method / Process Design / Hierarchical Design / Process Design / Hierarchical Design

Panel: Realistic low power design: Let errors occur and correct them later or mitigate errors via design guardbanding and process control?

Signal Processing / Resilience / Process Control / Low Power Design / Quality of Service / Process Design / Design Methodology / Low Power / Error Correction / Breakdown Voltage / Error Resilience / Voltage Scaling / Ultra Low Power / Process Design / Design Methodology / Low Power / Error Correction / Breakdown Voltage / Error Resilience / Voltage Scaling / Ultra Low Power

Design of sustainable processes: Systematic generation & evaluation of alternatives

Sensitivity Analysis / Process Design / Steady state / Indexation

A Design Environment for Processor-Like Reconfigurable Hardware

Computer Architecture / Hardware / Process Design / Reconfigurable Hardware / Power Consumption / Software Performance / Application Software / Time To Market / Software Performance / Application Software / Time To Market

Metodologia multicriterio para el diseño de procesos quimicos

Process Design / Ciencias / Chemical reactors / Multicriteria Optimization / Scientia

A multidisciplinary approach to sustainable product and process design

Applied Mathematics / Student Engagement / Sustainable Design / Manufacturing systems / Manufacturing Engineering / Process Design / Multidisciplinary Approach / Process Design / Multidisciplinary Approach

A 300-MHz 115-W 32-b bipolar ECL microprocessor

Packaging / VLSI / Design process / Very Large Scale Integration / Process Design / RISC / Frequency / BIT / Chip / High Power / Prototypes / Solid State Devices and Circuits / Electrical And Electronic Engineering / Power Dissipation / RISC / Frequency / BIT / Chip / High Power / Prototypes / Solid State Devices and Circuits / Electrical And Electronic Engineering / Power Dissipation

A 300MHz 115W 32b Bipolar ECL Microprocessor

Packaging / VLSI / Design process / Very Large Scale Integration / Process Design / RISC / Frequency / BIT / Chip / High Power / Prototypes / Solid State Devices and Circuits / Electrical And Electronic Engineering / Power Dissipation / RISC / Frequency / BIT / Chip / High Power / Prototypes / Solid State Devices and Circuits / Electrical And Electronic Engineering / Power Dissipation

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