| H Y TOR K EIA-0131-S80-A00執(zhí)行器 |
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價格：0 元(人民幣) | 產(chǎn)地：歐美 |
| 最少起訂量：1件 | 發(fā)貨地：廈門 | |
| 上架時間：2020-03-11 16:30:28 | 瀏覽量：98 | |
廈門紀揚科技有限公司
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| 經(jīng)營模式：生產(chǎn)加工 | 公司類型：私營有限責任公司 | |
| 所屬行業(yè)：進口電機 | 主要客戶：機械工業(yè) | |
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| 郵箱:624232572@qq.com | 地址:廈門市鼓巖路1號華論國際大廈1003 |
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representing risk of signal loss due to frequent cable robbery in the areas.slurry and beer. This improves yield and yeast quality and reduces uncertainty in the volume of taxable beer, which positively affect customer satisfaction and profitability. A Rosemount Wireless Pressure Transmitter and Hygienic Magnetic Flowmeter with Wireless Adapter were deployed in the brewery. They provide instantaneous access to the measurements on local displays and wirelessly via the Emerson Gateway. The ModBus protocol allows continuous logging and plotting of the information to see trends and comparisons and enable future automation. Process Control Engineering, Instrumentation - Pressure, Instrumentation - Flow Food, Beverage & Consumer Goods Plant or General Manager Workshop Michael Koppelman Badger Hill Brewing - - - - - - - Instrumentation - - - - 2. Measure & Analyze Approved BP Refinery Uses Wireless, Non-Intrusive Instrument to Accurately Measure Temperature Emerson’s non-intrusive X-well temperature measurement technology was deployed with great success at the BP Cherry Point Refinery on a diesel stripper tower feed line. The installation was on an 8” standard schedule carbon steel line, with a traditional thermowell installation immediately upstream of the X-well. The resulting X-well temperature measurement closely tracked the existing thermowell measurement, yielding high confidence level in deploying more X-wells in similar situations. The advantages of using X-well are no required process penetrations because the instrument clamps on to the outside of a pipe. Unlike other clamp on solutions, X-well delivers very high accuracy due to proprietary imbedded calculation algorithms. X-well uses standard thermocouple and RTD sensors. While temperature measurement is a well understood technology, there are very few options available for non-intrusive measurements.? Typical thermowell installations require scaffolding, welding and mechanical installation. Brownfield costs for a single thermowell can run up to $20k. Using a non-intrusive technology that can be installed online by a single craft cuts cost substantially. X-well technology can be quickly installed, and can be applied without welding, cutting or shutdown. This allows refineries and other process plants to install needed temperature monitoring points now, instead of waiting years for the next planned shutdown. The combination of wireless and non-intrusive technology makes this an exceptionally high-value rapid deployment option. The refinery installed a wireless X-well temperature transmitter on a diesel stripper tower feed line. The installation required minimal pipe surface preparation and basic tools. Engineering resources for thermowell design calculations were not required, resulting in further savings. The temperature reading from the X-well is much more accurate than other clamp on temperature instruments. Wireless Diagnostics, Reliability, Economic Justification All / Cross-Industry Director, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Plant or General Manager, Operator, Engineer Workshop Bob Stiles BP Cherry Point Refinery Marcio Donnangelo Emerson Automation Solutions - - Stephen Reeves Emerson Automation Solutions - Reliability Monitoring - - - - 2. Measure & Analyze Approved Inventory Management of Bulk Solids (Frac Sand) Halliburton has drilling sites throughout west Texas which require frac sand on a regular basis. They have large storage silos to store their frac sand and were losing about $600,000 worth of sand per year due to differences in their volume measurements and what they were paying for. This also impacted their operations as they had less sand on hand then expected. Halliburton wanted to have better control of operations and improve logistics of delivery of frac sand to their drilling sites. They were able to achieve more accurate volumetric measurement of bulk solids (frac sand) and will be saving $360,000 per year in costs for frac sand, in addition to improving control of their operations. Halliburton has many large silos they use to store frac sand which is a very dusty product making it difficult to measure during the filling process. It also tends to bridge and rat hole. They were using guided wave radar, but measurements were not reliable during filling and they were only getting single point measurements which did not provide the desired accuracy for volume measurements. Halliburton is able to measure frac sand by volume as it is loaded into large silos for storage. The accurate volume measurement allows Halliburton to have better control of operations and improve logistics of delivery of frac sand to oil drilling sites through out west TX. They will be able to save $360,000 of spending on frac sand per year. Halliburton installed 5708 3D Solids Scanner Systems on frac sand silos at four of their frac sand distribution sites in west TX. These systems cut through the dust during the filling process and provide an accurate volumetric measurement that takes into account bridging and rat holes. It has allowed them to increase the accuracy by 60%. Instrumentation - Level Operations Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Operator, Supervisor / Manager / Dept. Head Workshop David Penny Emerson Kyle Hall Emerson - - Brandon McDaniel Halliburton - Instrumentation - - - - 2. Measure & Analyze Approved Keep it Cool:? Measuring Temperature on the lid of an 80 Megawatt Arc Furnace Measuring the cooling water temperature is critical to operating a furnace designed to melt shredded scrap steel.? Three 24 inch diameter electric rods are lowered as 80 Megawatts of DC current liquifies everything in the furnace.? Avalanches of soon to be recycled particles splash molten steel and shoot hot gases at extreme temperatures all around the process.? This harsh environment is difficult to control, and frequent rebuilding of the instruments on the furnace lid is required due to heat failure of many components.? Designing a system that can monitor the health of the process and live for any length of time is a challenge. The process of rebuilding the furnace regularly is a major operational cost.? Temperature sensors previously failed due to sensor wires being knocked loose by falling debris or burned from irregular hot gas or liquid eruptions.? Losing cooling water monitoring of the furnace means the furnace must be shutdown. We designed a more reliable temperature measurement system which allowed for the furnace to be more easily monitored, removed and rebuilt.? This system decreased operating costs while increasing critical measurement reliability.? Costs associated with rewiring temperature measurements due to heat failed wiring were greatly reduced, and the duration of time between rebuilds can not be extended. By using wireless Temperature Transmitters, we were able to remote mount the sensor with high temperature cable and put the transmitter in a better location for longer life. Instrumentation - Temperature Economic Justification, Reliability, Operations Metals, Mining, Cement & Glass Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Workshop Sam Matson CMC Steel Jared Edwards Emerson Automation Solutions - - Eric Farmer CMC Steel - Instrumentation - - - - 2. Measure & Analyze Approved Finally!? Now you can KNOW that your GWR measurement is valid! With the release of API 18.2 and BLM 43 CFR 3174, an onshore Oil & Gas producer was looking to optimize the way they sold and accounted for their oil.? The new regulations allow for Automated Tank Gauging instead of manual hand gauging.? However, per the updated regulations you must be able to verify that your equipment is working properly and accurately.? Emerson introduced a new service utilizing a GWR Verification Box, also called a Vericase for short.? The Vericase will verify that the GWR electronics are interpreting the signals appropriately and more importantly, accurately.? By utilizing this service, the production company was able to minimize the number of ticket discrepancies as well as increase the safety of their operations. Traditional verification methods for GWR can only verify one half of the system.? Manual hand gauging will verify the level in the tank, and then one would have to program the electronics to match the result.? This only verifies one specific level in the tank, and one would have to assume that the electronics were interpreting the signal properly throughout the entire measurement range. By moving to an ATG system with Verification Services they will have better accuracy AND repeatability with their data.? The company could realize ~$50K - $150K savings vs going with a LACT system by being able to design the facilities smarter.? Finally, ATG will keep their facilities safer by nearly eliminating the need to climb tanks. Utilizing the Emerson Verification Services, the production company was able to verifiy that the electronics of several older GWR's on 3 different locations were still operating within the manufacturer's specifications.? This allowed the company to show the BLM that their ATG is in compliance with the new regulations. Services Codes & Standards, Safety, Compliance Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Director, Supervisor / Manager / Dept. Head, Plant or General Manager, Engineer Workshop Richard Swimm O&G Consultant Anders Willberg Emerson - - - - - Instrumentation - - - - 2. Measure & Analyze Approved Fast and Easy Calibration Verification of Non-Contacting Radars Level measurements in the chemical industry are critical.? Periodically, it is important to confirm accurate performance and know that the measurements are reliable and any potential problems detected.? Safety and minimizing effects on operations are extremely important.? Given the modular design of the Rosemount 5400, a verification station for non-contacting radars was built to easily and safely remove and test the 5400 transmitter without violating the integrity of the vessel or disconnecting any wiring. A solution was provided to solve the requirement for annual calibration verification and documentation of non-contacting radars. This information is required for both safety and operations departments.? It is also required for customers who audit Grace's process control and calibration procedures. The radar calibration verification documentation is required for safety and production.? This information can be collected quickly and safely with the verification station. It is important that safety and production maintain records of the 5400 performance verification.? In addition, Grace's customers may audit their processes and this documentation supports the audit. The 5400 is designed so that the electronics can be separated from the flanged antenna and the integrity of the vessel is maintained.? Mounting the 5400 electronics on the verification station with a target at a known distance allows for a fast and safe means of verifying the 5400's calibration, and checking to ensure that there are no issues with the 5400 non-contacting radar. Instrumentation - Level Compliance, Reliability, Maintenance Chemicals (Industrial, Specialty) Supervisor / Manager / Dept. Head Workshop Doug Isaac Grace Tim Lekie Emerson - - - - - Instrumentation - - - - 2. Measure & Analyze Approved Unilever Increases Production Efficiency and Improves Dosing Control with Wireless Pressure Gauges Unilever Food Solutions Costa Rica produces salsitas, beans and Lizano sauce. The plant has replaced its mechanical gauges with Wireless Pressure Gauges to locally indicate and wirelessly track both hopper and pump outlet pressures. These processes have tight tolerances, so measuring these pressures is critical as any variation could cause a safety or quality issue.? Using WPG's Unilever can remotely monitor pressures allowing for the detection of possible process issues and increased production output. Operators are now able to focus on proactive improvement activities and their surroundings Mechanical gauges used to indicate hopper and pump outlet pressures provided inaccurate data causing improper pressure on the dosing machine. This negatively impacted production output. Manually data collection is time consuming for operators and decreased time for proactive maintenance, so pumps were running to failure. Lack of real-time data prevented possibility of improvement opportunities. Readings shifted from once an hour once a minute. It provides richer data and freeing operators to focus on other tasks. Data reliability has improved, as it? goes from the gauges to the database. Preventive maintenance can be implemented to avoid pumps run to failure. Higher production is possible by increasing pressure in the hoppers since strict track is possible. |
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