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BC Approach
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BC Mission - Accurate calculations, robust results, and elegant cost-effective solutions.
*The more accurate and robust the results, the more reliable information for decision-makers and/or authorities; i.e., conservative results entail unnecessary economic investment, while underestimation may cause a major disaster.
BC Technical Approach
¿What if BC can perform detailed analyses using sophisticated tools being as cost-effective as other competitors who use more conservative approaches?
BC Key Point: Is it worth...
Considering the Fluid-Geometry Interaction?
Conducting a detailed Ventilation Analysis?
Conducting a detailed Dispersion Analysis?
Conducting a detailed Fire Analysis?
Conducting a detailed Explosion Analysis?
¿Is it worth providing our clients with robust, accurate and elegant solutions for Best Decision-Making Process?
BC Scope - Process Safety Analysis, Assessment and Measures in the Process Industry:
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Fine Chemicals Industry
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Pharmaceutical & Biotech Companies
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Food Processing Industry
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Oil & Gas Industry
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LPG & LNG Operations
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Petrochemical Industry
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HAZMAT Transport Modes
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Terminals & Storage
BC Purpose - Focused on avoiding:
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Property Damage
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Personnel / Public Injury
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Environmental Impact
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Operation Interruption
BC Objective - Providing advanced/reliable results and competitive, economic solutions.
The BC objective is only possible when optimizing the combination of the following factors; i.e., Computer-Aided Engineering (CAE) optimization:
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Powerful capabilities in the creation, modification, analysis, and optimization of Computer-Aided Design (CAD) drawings or technical illustrations, and modern tools for digitization both vector-based or raster graphics; i.e., development of advanced 2D and 3D model representations in very short periods of time; e.g., 3D modeling, 3D reconstruction model development - photogrammetry, processing & editing 3D meshes.
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Knowledge of the state-of-the-art of the process safety field and loss prevention.
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Robust techniques and tools using computers and information technologies in the design analysis and synthesis capable of solving challenging open-ended and/or integrated real-life problems; e.g., Computational Fluid Dynamics (CFD), Finite Element Analysis (FEA).
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Performance of unimaginable processing power of computers; i.e., completion of robust simulations in very short periods of time.
BC Commitment - Providing most honest approach and detailed guidance to decision-makers.