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 Virtual sensors were implemented today to successfully estimate product properties on-line in real-time, enabling operators and engineers to see test results before the lab completes the tests. This enables not only faster response to quality, but also reduction of testing. |
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 In a quiet moment today, the first Intellect 3.0 Dedicated Server and Voluntary Computing Node (VCN) licenses shipped to a high-tech manufacturer in California for military battlefield applications. Teamed together, these two licenses constitute the infrastructure for large-capacity private distributed computing systems. |
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 Intellect 3.0 was put on-line today in its first trials in a "productive" application; a commercial internet-based data service. |
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Intellect 3.0 achieved an internal technical and customer milestone today by demonstrating the ability to perform both real-time in-mission and batch post-mission "Condition-Based Maintenance" assessment of battlefield devices for field decisionmaking regarding equipment predictive recovery action or readiness. This milestone includes the ability to perform human-guided predictive virtual sensing, sensor validation, anomaly detection, read-write data access to eight (8) different types of data stores, data cleansing / filtering, data synchronization of 5 types, data transformation and post-predictive processing all in a distributed multi-processing "virtual super-computing" environment. |
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 Midwestern food processor renews their Process Intellect 2.0 maintenance and support, even though not one support call has been made in 2 years. Customer gains the advantage of technological advances made in the Intellect product line as they plan for deployment expansion. |
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Using Process Intellect 2.0, the operators in a paper plant in British Columbia receive optimized recommendations on where to set their "ingredient levels" to stay within quality specifications, yet minimize expensive RM's. The result? 100% Return On Investment every 2 weeks. Cost controllers only dream of returns like that. |
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In conjunction with a yet unnamed partner, a Process Intellect 2.0 system was put in place in yet another paper manufacturing facility in the United States. This system predicts paper properties and integrates with a Honeywell PHD system via OPC. |
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An unspecified aerospace manufactuer received approval and 1 year's further funding from the US Army to continue development of an Intellect-based battlefield solution. The capabilities of this system are not disclosed. |
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 An unspecified oil and gas company in Vietnam is currently considering a pilot implementation of iGLO (Intelligent Gas Lift Optimization) for more than 100 wells. A presentation was made by our CTO to their stake-holders on this date on-site in Vietnam, agreeing in principal to conducting a pilot on 20 wells. |
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A virtual sensor pilot with a major international oil and gas company successfully concluded. The project involved generating on-line 24 production estimates of net oil, net gas and total gas production at a well and platform level every 60 seconds. The platform is located in deep-water in the Gulf of Mexico, some 250 miles offshore of Texas and Louisiana. The sensors integrated with an OSISoft PI Data Historian. |
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In conjunction with a yet unnamed partner, a Process Intellect 2.0 system was put in place in a Canadian paper manufacturing facility to predict both machine-direction (MD) and cross-direction (CD) paper properties and give recommendations in real-time on how to make changes in feedstock formulation to target performance. This system integrates with a Honeywell PHD system via OPC. |
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