Abstract: The present disclosure provides a cloud-based method and a system for optimizing tuning of an industrial plant. The method includes receiving plant engineering data associated with an industrial plant from a plant environment. Further, the method includes generating a cloud-based virtual simulation environment synchronous to the industrial plant based on the plant engineering data. The cloud-based virtual simulation environment includes one or more virtual machines for virtually simulating the plant engineering data. Further, the method includes tuning the raw process variables of the industrial plant in the cloud-based virtual simulation environment to obtain optimized tuned process variables of the industrial plant. Additionally, the method includes rendering the optimized tuned process variables for the industrial plant to a client device.

Abstract: A method and system for eliminating a fault condition in a technical installation is provided. In one aspect, the method includes predicting an occurrence of the fault condition in at least a portion of the technical installation. The method also includes determining a root cause of the predicted fault condition. Additionally, the method includes identifying one or more mitigation actions to resolve the fault condition. Furthermore, the method includes determining an outcome associated with at least one of the one or more mitigation actions on the technical installation. The method also includes outputting on a device associated with a user at least one mitigation action to be implemented in the technical installation based on the determined impact.

Abstract: The present disclosure provides a cloud-based method and a system for optimizing tuning of an industrial plant. The method includes receiving plant engineering data associated with an industrial plant from a plant environment. Further, the method includes generating a cloud-based virtual simulation environment synchronous to the industrial plant based on the plant engineering data. The cloud-based virtual simulation environment includes one or more virtual machines for virtually simulating the plant engineering data. Further, the method includes tuning the raw process variables of the industrial plant in the cloud-based virtual simulation environment to obtain optimized tuned process variables of the industrial plant. Additionally, the method includes rendering the optimized tuned process variables for the industrial plant to a client device.

Abstract: A method and system for eliminating a fault condition in a technical installation is provided. In one aspect, the method includes predicting an occurrence of the fault condition in at least a portion of the technical installation. The method also includes determining a root cause of the predicted fault condition. Additionally, the method includes identifying one or more mitigation actions to resolve the fault condition. Furthermore, the method includes determining an outcome associated with at least one of the one or more mitigation actions on the technical installation. The method also includes outputting on a device associated with a user at least one mitigation action to be implemented in the technical installation based on the determined impact.

Abstract: A method for inhibiting attachment of germs to the skin which comprises applying to the skin a composition comprising: (a) a skin cleansing effective amount of a surfactant or mixture of surfactants; (b) a silicone in amounts effective to inhibit attachment of germs to the skin, and rinsing said composition from the skin.

Abstract: A method for visually demonstrating the effectiveness of an anti-bacteria attachment composition which comprises:a. treating skin with potential or known anti-bacteria attachment composition;b. contacting the said skin with a bacteria, resulting in the skin having bacteria attached to it;c. contacting the skin with a bacteria growth supporting medium having optionally therein or later optionally added a compound or mixture thereof which will assist in visually detecting a bacterial colony.

Abstract: A method for visually demonstrating the effectiveness of an anti-bacteria attachment composition which comprises:a. treating skin with potential or known anti-bacteria attachment composition;b. contacting the said skin with a bacteria, resulting in the skin having bacteria attached to it;c. contacting the skin with a bacteria growth supporting medium having optionally therein or later optionally added a compound or mixture thereof which will assist in visually detecting a bacterial colony.