Remote processing

Normally, after being heated, these streams are used in the boiler area (deaerator feedwater, cold return condensate, boiler feedwater, RO feedwater) or in the combustion chamber (air preheat). However, economizers can be used to recover and supply heat elsewhere, such as hot process water or hot utihty water, especially as used in the food processing and pulp/paper industries. Additionally, recovered flue gas waste heat can be used indirectly i.e., remote process streams can be heated locally with hot steam condensate, and then the cooled return steam condensate can be reheated in the flue gas economizer. An... 

It is nowadays common practice in many NMR environments that NMR data is acquired in automation and remote processing of the corresponding data is performed on a do it yourself basis by non-experts. It was therefore the aim of the first book, published in 1997, to introduce newcomers in the fascinating field of NMR into the central step of data processing. 

The number of candidate processes to be evaluated in the component and systems development phase should be narrowed to not more than two or three. During this phase equipment for cold and hot (remote) processing should be designed, installed, and tested. At this time, planning and design studies may be initiated for the construction of a WO metric ton/year dedicated reprocessing facility based on modification to the EBR-II Fuel Cycle Facility. 

Dynamic process views are located at the process view layer above. Parts of the overall process within each organization are made externally visible by the definition and publication of one or more process view definitions. These process view definitions are subscribed by other organizations, where the respective private processes are extended with the contents of the corresponding view instances. In our approach, the remote process view elements are directly embedded into the private task nets to allow... 

Process inter-connection. By connecting private and remote process elements with each other, process instances are coupled across organizational borders. 

If local and remote process elements are connected by control flows, feedback flows, or data flows, we model interaction relationships between the coupled organizations on the cooperation layer. Interaction relationships resemble situations where control flow or data are transferred between processes. For example, local tasks can be restricted to start only after some remote tasks have terminated by inter-process control flows. This allows interweaving different processes in the sense that the processes are executed in parallel while they are loosely coupled at the same time. 

There is less chance of a mixup, since the donor s red cells are not removed in bags for remote processing prior to reinfusion. 

Soluble-cathode lithium primary batteries most times contain very toxic cathodes and flammable solvents. These types of batteries are seldom seen outside of the military in sizes larger than a button/coin cell. They are common in some heavy industrial or remote processes including oil-drilling operations. They are extremely common in many military forces throughout the world. 

Raman spectrometry [167, 177, 192-194, 197a], which is also potentially suitable for remote process control. 

At the time when these lines are written Internet simulation just begins. Some applications in operating and managing remotely process plants have been described (Zeng et al., 2001). There are also sites offering Internet access to remote use of simulation and design software. 

Du Pont agreed to design and build the separation plant even before it was certain a pile could be built which would go critical and whether it would make plutonium. Design was well underway before plutonium was produced in any quantity. The problem in the separation plant, which was never met before, was remote handling of plutonium, remote processing, remote control, and, greatly important, remote repair. One illustrative and intriguing concept from this chemical experience follows. 

This said, remote process control can be variously implemented, taking advantage of the many scopes of control systems that are available. Ambitiously, a pilot plant processing area will have most of its process and... 

Generation, provision, distant accessibility, and remote processing of information content can be considered the ultimate goal in introducing computer networks into an organization. 

The telemetry link between the central hub and the remote processing nodes at CASY is a bidirectional radio frequency (RF) telemetry link. Note the telemetry link could also have been a hardwire or telephone link, however, a trade off analysis on the telemetry medium was performed and the RF link was determined to be the most desirable and cost effective approach. (A more detailed discussion of the trade off analysis of the telemetry link will follow). A bidirectional telemetry link was chosen because it allows data to be both transmitted and received at the CPIMS site as well as at the remote processing nodes. Thereby allowing the CPIMS to receive input status as well as initiate output controls commands. 

For the system installed at APG, there were no existing telephone lines between the CPIMS and the remote processing nodes. Also, the amount of RF traffic on the allocated frequency was minimal thereby not presenting a major concern for contention. Based upon this, a RF telemetry link was selected. 

Some properties of electrochemical processes make them particularly suitable for urine treatment in a small decentralized reactor no chemicals have to be added, the reaction can be easily started and terminated, a wide range of compounds can be oxidized or reduced, and the electric parameters current and voltage can be used for process automation and remote process control. However, electrochemical processes also have some drawbacks the energy consumption is higher than for comparable biological processes, side reactions can produce unwanted by-products, and efficient electrodes are often e ensive. 

The residual pressure flow requirement at the most remote process area or storage location firom the supply location dictates the sizing of the remaining system. Normal reliability requirements usually suggest that a minimum of two sources of supply be available that are in themselves remote from each other. Therefore two remote flow calculations must be performed to determine the minimum pipe distribution size. NFPA 24, Installation of Private Fire Service Mains andTheir Appurtenances, requires that the minimum residual pressure available in a fire main not be less than 6.9bars (100psi). Velocity calculations should be performed that verify flows are not more than the limits of the material that is employed. 

NJ Everall, H Owen, J Slater. Application of an integrated Raman system for remote process analysis using a fiber optic probe, holographic spectrograph, holographic notch filter and CCD detector. In N-T Yu, X-Y Li, eds. Proceedings of the XIVth International Conference on Raman Spectroscopy. Chichester Wiley, 1994, pp 1110-1111. 

However, network performance still presents an obstacle because each stack must be sent from the client application to a server before remote processing transport time is therefore non-negligible. The extent to which speed is in-... 

Mikxon M7900 series Remote process monitoring modules for high temperatures, 300-2500°C, operates in narrow spectral bands in the NIR using an uncooled 320 x 240 element detector array. 

---