ECM. L‐ 2 Lighting ‐ Exterior Exterior site lighting contains older High Pressure Sodium Technology, this lighting has poor color rendering. » Exterior Pole lighting has been converted to LED. The wall packs are compact fluorescent. See detailed line‐by‐line of lighting scope of work in Attachment X.
ECM. Engine Condition Monitoring.
ECM. L‐ 1 Lighting ‐ Interior The predominant lighting technology within the district is T8, with a mix of T5 technology is some of the schools. See detailed line‐by‐line of lighting scope of work in Attachment L.
ECM mimetic materials that regulate growth factor activity The niche encompasses the stem cell microenvironment, including growth factors, cell-cell interactions, and cell-matrix contacts that work together to regulate cell fate. In embryonic development, growth factors are tightly regulated in a spatiotemporal manner to regulate cell fate. For in vitro cell culture, growth factors can be endogenously produced by cells or added exogenously to direct cell fate. One method to impart control over niche interactions in vitro is use of synthetic or naturally derived ECM biomaterials. Fabrication of ECM materials that preserve the unique signaling capabilities of native ECM enhances the potential of biomaterials to be used for regenerative therapies. Fabrication of biomaterials that incorporate heparin, chondroitin, laminin, and other ECM components have been used to localize and concentrate growth factor activity [88,89]. Therefore, engineering materials that mimic the ECM in its ability to actively sequester proteins have gained significant interest to regulate stem cell behavior. Ultimately, manipulation of ECM-cell interactions can be used to regulate growth factor signaling and improve the generation of defined cell populations as well as enable advancement of stem cell-based therapies.
ECM. IMPLEMENTATION
ECM. An ECM, or Energy Conservation Measure, is the common term defined to include changes to premises such as equipment retrofit and other actions that result in energy conservation, efficiency, generation, or improvement in rate structure. ECM’s within this Agreement may be numbered according to the Technology Categories (TC’s) as defined by the U.S. Department of Energy.
ECM. Deployment of ECM services from on-premises to the cloud, whilst capitalising on the investment that the organisation has committed to its OneCouncil solution, ensuring compliance with Queensland Government record keeping legalisation. The business objectives associated with implementing ECM include: • Enhancing the customer and user experience and providing better access to services for the community. • Promoting a more accountable and transparent council with improved access to information to the community. • Ensuring compliance with Government record keeping, retention and disposal requirements and mitigating current identified risks for council, • Meeting the evolving expectations of our users and customers and providing a better user and customer experience. • Improving efficiencies by reducing manual entry and duplication. • Provision of a single source of truth, integrated with all other OneCouncil modules. The scope of the ECM Project will include the following as a minimum: • Reviewing record keeping processes including training and upskilling staff. • Performing all required training and Organisational Change Management (OCM) across CHRC • Performing data audit and validation activities. • Migrating the current on-premises version of TechnologyOne (OneCouncil) ECM to the cloud. • Integrating the cloud version of ECM into all required OneCouncil modules (Connected Content); and • Incorporating the OneCouncil Business Process Automation (BPA) to improve paperless transactions. • Configuration of Azure Active Directory (AAD) to enable Single sign on (SSO) access to OneCouncil. • Integration with Microsoft Office 365 to enable OneDrive and access to Microsoft Office applications within ECM. • Integration with councils internal Development Application (DA) Track legacy application for existing development application records that are still contained within Authority. The project will be delivered in four phases of:
ECM. M‐ 7 Install Variable Speed Drive (VSD) on Chilled Water Circulating Pumps Currently, the chilled water system has two (2) 405‐ton chillers piped in parallel. The chilled water is pumped at a constant volume for the duration of the cooling season. Many of the cooling loads need only a fraction of this volume for the majority of the cooling season. By implementing variable speed pumping it will extend the life of chilled water pumps, reduce electricity consumption, and improve humidity control. This will result in improved plant efficiency. The original chilled water system utilizes three‐way valving at the air handlers, unit ventilators and fan coil units. The pumps operate at a constant 1,040 GPMs each for a total flow of 2080 GPMs. Both pumps are operating at a constant flow. The three‐way valves will modulate and bypass unneeded chilled water back to the chiller. This wastes pumping energy. By varying the chilled water flow in the system with variable speed pumping the system can operate more efficiently. By converting to variable speed pumping, plant efficiency is improved in several ways:
ECM. M‐ 9 Convert Single Zone Variable Air Volume & CO2 Demand Control
ECM. L‐ 2 Lighting – Exterior Exterior site lighting contains older High Pressure Sodium Technology, this lighting has poor color rendering. See detailed line‐by‐line of lighting scope of work in Attachment L. ECM: L‐ 3 Lighting – Motion Sensors Controls FEEL WELL, THINK WELL, BE WELL XXX.XX0XXX.XXX | 215.322.8400 | 000 Xxxxxxxx Xx. Xxxx Xxxxxxxxxx, XX 00000 Provide & install lighting occupancy motion sensors while installing new lighting in High School. These will be installed in classrooms, bathrooms, private offices and open offices. See detailed line‐by‐line of lighting scope of work in Attachment L. ECM: L‐ 4 HS Lighting Controls Tied to BAS Work Included: Install a new lighting system for the high school hallways. » New lighting system will be interfaced to the BAS system. » The new system is sized for up to 20 zones for lighting controls. » The new system will be focused on the most common hallways with the largest quantity of lights. » The system will be scheduled to come on when the building is occupied and will shut off when the building is unoccupied. STRATH HAVEN MIDDLE SCHOOL ECM: C‐ 2 Controls Re‐ Commissioning RCx Identify mechanical and building automation system deficiencies using Retro‐commissioning (RCx) methodologies.
