Abstract: One or more techniques and/or systems are disclosed for life management topic (LMT) assessment template and plan generation, wherein LMT domain inputs are received via a user interface. Components of an LMT assessment template are defined using the received LMT domain inputs. The LMT assessment template is output based at least on the defined components, wherein the LMT assessment template is a relational template having cross-referencing between one or more of the defined components to define a customizable assessment. One or more LMT plans are generated using the LMT assessment template and based on the customizable assessment.

Abstract: One or more techniques and/or systems are disclosed for life management topic (LMT) assessment template and plan generation, wherein LMT domain inputs are received via a user interface. Components of an LMT assessment template are defined using the received LMT domain inputs. The LMT assessment template is output based at least on the defined components, wherein the LMT assessment template is a relational template having cross-referencing between one or more of the defined components to define a customizable assessment. One or more LMT plans are generated using the LMT assessment template and based on the customizable assessment.

Abstract: A system is provided that sends data changes to a safety compliance management system. The system defines at least one data field as a significant data field. The system further monitors data, and identifies a change to the data. The system further determines whether the change to the data includes a change to at least one significant data field. The system further sends the data to the safety compliance management system when the change to the data includes a change to at least one significant data field.

Abstract: In one embodiment, the present invention provides a system for interfacing at least one requestor to at least one performer, wherein the at least one requestor is able to transfer electronic data, or portions thereof, ubiquitously with at least one performer, regardless of the format that the at least one requestor and the at least one performer manage their respective electronic information. In particular, the present invention provides a system, wherein the at least one requestor and the at least one performer update electronic, and/ or modify electronic information, or portions thereof, dynamically, in response to requests and responses from at the at least one requestor and the at least one performer. At any given time, any requestor may become a performer and vice versa.

Abstract: Systems and methods are described that combine capacitive deionization (CDI) and electro-deionization (EDI) mechanisms for deionizing aqueous or non-aqueous solutions. The inventive systems and methods modify certain known coatings or films by perforating the films with pin holes and using spacers that separate the coatings from the electrodes. Benefits derived from these improvements include: (a) maintaining a high level of purification; (b) increasing by as much as 25% the rate of expulsion of ions during regeneration; (c) increasing by as much as 50% the rate of electrical discharge of the cell; (d) decreasing the regeneration time (producing as much as 33% more purified water per unit of time); (e) reducing by as much as 25% the power required; and (f) improving the recovery of the system to as much as 85%.

Abstract: A high tensile strength, highly conductive flexible composite sheet consisting of fibrillated PTFE polymers, performance enhancing dopants, and carbon particles useful in electrochemical devices such as flow through capacitors, capacitive deionization, electronic water purification, fuel cells, capacitors, super-capacitors and a method of preparation. The method consists of mixing the materials and calendering to the desired thickness and strength all at room temperature and leaving the material in a wet state without further drying.

Abstract: A high tensile strength, highly conductive flexible composite sheet consisting of fibrillated PTFE polymers, performance enhancing dopants, and carbon particles useful in electrochemical devices such as flow through capacitors, capacitive deionization, electronic water purification, fuel cells, capacitors, super-capacitors and a method of preparation. The method consists of mixing the materials and calendering to the desired thickness and strength all at room temperature and leaving the material in a wet state without further drying.