Operational Parameters. You acknowledge and agree that the output of the Services is dependent on the operational parameters chosen by You. We may make recommendations, but shall We have no responsibility with respect to the choice of any particular operational parameter. You further understand and agree that: (i) use of the Services does not relieve You of any legal or other obligation concerning the use and operation of Your business, including, without limitation, the use of any equipment, hardware or software in such business; and (ii) You do not rely upon Us or the Services for any advice or guidance regarding compliance with any laws. You are solely responsible for the accuracy and adequacy of the data furnished for processing by the Services, and for all decisions made and actions or inactions taken as a result of data created or modified by the Services.
Operational Parameters. This schedule defines the operational parameters and standards that direct the Concessionaire to provide required services to bus passengers in the Project Area.
Operational Parameters. Operation and maintenance (“O&M”) refer to all activities needed to run the Project Installations. Operation includes the planning and control of the Project Installations and delivery of services to the Users. It also covers the management of client and public relations, legal, personnel, commercial, and accounting functions. All electrical and electro mechanical equipment should be ready and in functional condition, with proper and timely maintenance & inspection, as per relevant maintenance standards and specific Operations and Maintenance Manuals of such equipment. Standards regarding health and safety of personnel and equipment must also be considered while operating and maintaining electrical and electromechanical equipment and appliances. • Supply chain of maintenance parts and operational equipment should always be intact and functioning; • Efficient mechanism should be devised to generate alerts regarding up-gradation and replacement time of all the electrical, electro-mechanical and mechanical machines and equipment; • Operation beyond the specified capacity of any machine or vehicles should be avoided; • Daily washing and regular inspection and maintenance of all HOV, LOV and service vehicles; • External Water Supply and Sanitation
Operational Parameters. The system will be used in accordance with the following objectives:
Operational Parameters. TREATMENT STRATEGY Two different strategies were developed to provide additional flexibility for the SBWR system and to increase the tertiary filter capacity at the SJ/SC WPCP during winter periods. The summer period is defined from May through November and the winter period from December through April. Summer Operation Under the summer operation mode, the AWTF would utilize the microfiltation/reverse osmosis/ultraviolet (MF/RO/UV) treatment train to produce high-purity recycled water, which would be blended with SJ/SC WPCP tertiary effluent to meet the summer recycled water demands and the target SBWR TDS goal of 500 mg/L. The recycled water supply sources for the SBWR system during summer operations are summarized in Table 1. Table 1: SBWR Supply Sources – Summer Operation Supply Source Projected Year 2010 Flows, mgd Projected Year 2015 Flows, mgd Projected Year 2020 Flows, mgd Avg. Max Day Avg. Max Day1 Avg. Max Day1 ARWTF MF/RO/UV 6.50 8.00 8.00 8.00 8.00 8.00 SJ/SC WPCP Tertiary Effluent 6.70 12.70 9.50 19.40 13.80 26.10 Total Combined Flow 13.20 20.70 17.50 27.40 21.80 34.10 1 ARWTF MF/RO/UV capacity may be less than desired to meet target SBWR TDS. For summer operations, nitrified secondary effluent from SJ/SC WPCP conveyed to the AWTF would be pretreated by MF/UF, then demineralized through the RO process, and disinfected through UV disinfection. The AWTF product water would be stored in a 2.25 MG (useable volume) Product Water Storage Tank and flow paced, using a flow control valve, to the SBWR Transmission Pump Station (TPS) to blend with SJ/SC WPCP tertiary effluent. Winter Operation The low recycled water demand during the winter period (December-April) would enable the AWTF to meet this demand on its own, without blending with the SJ/SC WPCP tertiary effluent and also capable of generally meeting a lower SBWR TDS goal of 400 mg/L. This would increase the tertiary filter capacity at the SJ/SC WPCP during winter periods. The recycled water supply sources for the SBWR system during winter operations are summarized in Table 2. Table 2: SBWR Supply Sources – Winter Operation Supply Source Projected Year 2010 Flows, mgd Projected Year 2015 Flows, mgd Projected Year 2020 Flows, mgd Avg. Max Day Avg. Max Day1 Avg. Max Day1 ARWTF MF/UV 1.00 4.20 2.00 4.00 2.50 4.60 ARWTF MF/RO/UV 2.00 4.10 2.00 5.40 2.40 4.80 SJ/SC WPCP Tertiary Effluent 0.00 0.00 0.00 1.60 0.00 4.30 Total Combined Flow 3.00 8.30 4.00 11.00 4.90 13.70 1 ARWTF capacity may be sufficient...
Operational Parameters. 1.1 Prior to the date and time of flow at each Location, the Parties shall confirm and schedule Service Requester(s) nominations which will be delivered or received at each Location. Such confirmation between the Parties shall be made electronically via electronic interface system (such as the Parties’ Electronic Bulletin Boards or other successor systems), unless otherwise mutually agreed to by the Parties.
Operational Parameters. 2.1 Gross head
Operational Parameters. The following describes the operational parameters that affect the performance of the service provided by this SPA that govern the service delivery environment: Number of End Users: [Range, within 5 FTE, call out student position support.] User Base Description: [User Base Description, software used, local or remote to main campus, mobility needs, criticality] Estimated Yearly FTE Increase: [Range, with check-points bi-annually] Desktop Hardware Inventory: [Brand/Model numbers, acquisition date and location] Laptop/Tablet/Portable Device Inventory: [Brand/Model numbers, acquisition date and owner] Shared File Server(s) and Devices: [Server specification, Backup mechanism and policy] Software used by client: [Name, Website or other contact information if not found in Appendix B] Service Contracts currently in force: [Name, link to contract] VIP Users [Positions titled Director or above, specified critical positions] Service Assumptions Assumptions related to in-scope services and/or components include: Client user base will remain within 5 FTE or 5% (whichever is greater) of current staff levels. Funding for major upgrades and service contracts costs not defined in this agreement will be provided by the Client and treated as a project outside the scope of this Agreement. Communication and documentation of service changes are issued to all stakeholders prior to implementation.
Operational Parameters. It is important to emphasise that the CCTV system is not a “spy” system. It is intended to assist in the detection of crime and the criminals involved, and to provide evidence is support of successful prosecutions. There will be no interest shown in or deliberate monitoring of, people carrying out their legitimate business. The system seeks to contribute towards achieving the following strategic objectives:
Operational Parameters. (1.1) Prior to the date and time of flow at each Location, the Parties shall confirm and schedule Service Requester(s) nominations which will be delivered or received at each Location. Such confirmation between the Parties shall be made electronically via electronic interface system (such as the Parties’ Electronic Bulletin Boards or other successor systems), unless otherwise mutually agreed to by the Parties.
