PROCESS DESCRIPTIONS Clause Samples
PROCESS DESCRIPTIONS. 3.8.1 Exult Supplier shall maintain in an electronic format (where possible) updated system documentation and procedures providing a clear description of the Service Delivery Model once the Services are delivered (the "Process Descriptions").
3.8.2 Exult Supplier shall provide the Client with access to such Process Descriptions as reasonably requested by the Client.
PROCESS DESCRIPTIONS. Process flowsheets
PROCESS DESCRIPTIONS. [**] End Of Day Process
PROCESS DESCRIPTIONS. Detailed process descriptions will be provided in the PDP. This will include description of processes, describing the flow process of material in the equipment in sequence, and describe where the separated material or resulting product goes.
PROCESS DESCRIPTIONS. (Refer to flow diagrams PFS-01 and UFS-01, Issue P.) Correct for external bleacher… Bubble cap in second tower. Ammonia system etc… The raw materials required for production of nitric acid are atmospheric air and ammonia. These raw materials are combined at elevated temperature and pressure and passed over a platinum catalyst where the ammonia reacts with the oxygen. The resultant process gas is passed through the heat exchanger train where the major portion of this reaction energy is recovered as heat. The process gas is cooled and oxidized further in the cooler condenser and absorber where nitric oxide, nitrogen dioxide, oxygen and water combine to form nitric acid. A portion of the reaction energy recovered in the heat exchanger train is used to reheat the tail gas to provide power for the air compressor by driving a hot gas expander. Atmospheric air is filtered in a two-stage inlet air filter. The filtered air is then compressed by the air compressor. The air compressor is powered by a condensing steam turbine and a hot gas expander. The hot gas expander supplies more than 90% of the compressor power required. Air from the compressor discharges enters the air/tail gas interchanger where it is cooled by heating the tail gas before entering the tail gas heater. The air then flows to the air heater, which is part of the process gas heat exchanger train, and is heated by process gas. It is then filtered in a high efficiency sintered metal filter, before entering the ammonia/air mixer. The bleach air stream is fed from the main air stream before entering the air heater and is routed under manual flow control to the bleacher section of the absorber. Liquid ammonia feed to the plant is filtered in a cartridge type filter for removal of suspended solids before entering the ammonia vaporizer. The process design shall include a steam-fed ammonia vaporizer sized to vaporize 100% of the process ammonia required at full capacity. The ammonia system shall also have the capability to use vaporized ammonia from either site ammonia storage or a proposed on-site ammonia manufacturing facility. The ammonia superheater superheats to prevent any liquid carryover, which could damage the platinum catalyst. The resulting superheated ammonia vapor stream is filtered in a high efficiency sintered metal filter to remove possible contaminants and protect the platinum catalyst. Catalyst temperature is controlled by direct adjustment of the ammonia flow to the ammonia air mixer. Th...