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Process Design & Chemical Engineering
We deliver core chemical process design, covering process development, detailed calculations, equipment sizing, and optimization, while defining operating conditions, utilities, and safety considerations to ensure safe, efficient, and scalable chemical plant operations.
Process Concept Development and Design
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Process route selection and evaluation methodology
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Reaction pathways and separation logic
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Process configuration and block flow definition
Process Calculations and Design Basis
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Mass and energy balances calculations for process design
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Detailed utility consumption calculations
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Process design basis and capacity definition
Process Flow Development and Design
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Block Flow Diagrams (BFDs) development
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Process Flow Diagrams (PFDs) development
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Stream data, operating conditions, and design parameters
Equipment Selection
and Sizing
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Reactors, evaporators, crystallizers, columns, dryers, and separators
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Process-driven equipment sizing and specification inputs
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Vendor technical evaluation support services
Chemical and Thermodynamic Analysis
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Phase equilibria and solubility behavior analysis
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Heat and mass transfer performance evaluation
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Reaction kinetics and yield optimization
Process Optimization and Efficiency
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Yield, recovery, and energy optimization
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Process simplification and bottleneck reduction
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Operating envelope definition and validation
Technology Evaluation and Adaptation
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Selection of suitable licensed or proprietary technologies
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Adaptation of proven technologies to specific feedstocks
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Process customization for local conditions
Process Safety by Design Philosophy
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Inherent safety considerations and principles
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Preliminary HAZID and structured risk identification
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Safe operating limits and design margins establishment
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