The heat transfer between the deep sea waters and the oil and gas mixtures flowing through production lines is a common situation in the petroleum industry.
The flow-through-type production methods overcame the limitation of the batch-type production, that is, the polarized Xe-129 depolarizes when it collides with the cell wall.
Different information items are generated, accessed and exchanged between different organizations and they must continually flow through design, production, construction, and operations and maintenance.
To defeat the mentioned hurdle and monitor BHP in vertical multiphase flow through petroleum production wells, inventive intelligent based solution like as least square support vector machine (LSSVM) method was utilized.
To provide accurate flow pattern distribution through production wells, accurate prediction/representation of bottom hole pressure (BHP) for determining pressure drop from bottom to surface play important and vital role.
Furthermore, the system can trace material flows through associated production supply chain and consumption activities.
We measured metabolic rate as CO2 production using a flow-through respirometry system (Qubit System Research, Kingston, Ontario, Canada) and a modification of the method described in [76].
We measured MR as CO2 production using a flow-through respirometry system (Qubit System Research, Kingston, Ontario, Canada) and a modification of the method described in Van Voorhies et al. [ 82].
Monitoring the flow-through of LA-MRSA throughout the meat production chain could be useful.
CO2 production was measured using a flow-through respirometry system.
