Showing 1–16 of 200 results
This topic will discuss the types and properties attributed by various additives to gasoline blends.
This topic will discuss advances in blending technology hardware and software such as high-end servers and C++.
This topic will discuss the significance/applicability of all three layers in the scheme of the blending control system.
This topic will discuss the economics, chemistry, use, transportation, consumption, and production of gaseous fuels.
This topic will discuss quality models, analysis methods, sampling systems, online analyzer configuration, etc.
This topic will discuss mathematical programming, crude oil planning, and scheduling, blending optimization, etc.
This topic will discuss gasohol properties; feedstock; and gasoline blends of ethanol, methanol, and biobutanol.
This topic will discuss biodiesel properties, feedstock, blend recipes, production, transportation, storage, etc.
The prime objective of this topic is to outline the most critical blend header design parameters to consider.
This topic discusses linear/nonlinear blend models, combining blend quantities and blend quantity interactions.
This topic discusses the technology and methodology of blend optimization during product blending.
This topic discusses the need for trim blending and methodology to correct violated fuel quality specs.
This topic defines blending and teaches its importance in refineries and how it helps refiners meet specifications.
This topic will discuss fuel blending problems and how different constraints can solve them in equations.
This topic walks through a generic blend modeling process valid for all blend optimizers in the market.
This topic’s objective is to outline problems and challenges that should be considered during the blending process.