Measurement Plan Clause Samples
Measurement Plan. The Grantee will implement a system for tracking the number of households eligible to receive curbside recycling service along with the number of households that have been issued a recycling cart. As possible, the Grantee will work to measure the curbside recycling set out rate for each of the recycling routes serving its jurisdiction, and as this data is available the Grantee shall share it with The Partnership. The Grantee will also implement a system for tracking monthly tonnage data for municipal solid waste and curbside recyclables, with the particular goal of measuring waste and recyclables generated by and collected from curbside recycling eligible households. Required reports transmitting the number of households receiving curbside recycling services, monthly tonnage data and other project elements will be provided to The Partnership as outlined in section u, Reporting and Additional Post-
Measurement Plan. The Grantee will implement a system for tracking the number of households, multi-family properties, and non-residential customers eligible to receive curbside recycling
Measurement Plan. The Partnership and the Grantee will work together to devise a measurement plan for this project. It is anticipated that a mixture of the Orlando devised RQI/CSI will play a prominent role. Other measurement methods agreed upon will be acceptable. The RealPage in-dumpster camera system may also play a prominent role in measuring parts of this project. The Grantee will also work with The Partnership to evaluate contamination and participation rates of recovered materials, as resources allow. Reports will be provided to The Partnership as outlined in section t, Reporting and Additional Post-Award Requirements, as set out in Attachment A.
Measurement Plan. Surveys will be conducted either digitally, via phone, as well as at the household hazardous waste facility. The budget allows for this survey to be conducted either through a private contractor or joint efforts between The Recycling Partnership and the City of Chula Vista’s team using existing marketing channels (such as Facebook, Nextdoor, email lists, etc) to gain an understanding of the residents’ understanding of battery disposal. These surveys will be conducted prior to the education campaign as well as after the completion of the campaign.
Measurement Plan. This pilot project will rely on the measurement of the volume of material collected, the weight of the material collected, and the contamination rate of the material collected for fiber and commingled recycling containers at multifamily properties in the Unincorporated portion of Alachua County. To obtain these measurements, ▇▇▇▇▇▇▇ Consulting will work alongside GFL Environmental, the largest waste hauler in Alachua County, to collect and segregate the recyclables from the participating multifamily complexes.
Measurement Plan. In order to measure the results of the activities done under this Deal Note, based on the predefined objectives, [ partner ] will provide baseline data on:
Measurement Plan. The measurement plan is the operational counterpart of the measurement strategy: the former indicates how the data collection activity has to be carried out, while the latter indicates what data we may want to collect. Measurement plan will be detailed in D10 “initial data collection framework”.
Measurement Plan. Measurements of subsidence shall be carried out before the start of production, during production and for up to 30 years after cessation of the production.Forecasts of soil subsidence (and seismicity) are a part of the production plan For onshore mining projects, the licensee has to submit a regular (annual) update of the plan for measuring soil movement (the ‘Meetplan’). This plan contains a.o, the techniques applied, network lay-out and frequency of measuring soil movement. The ‘Meetplan’ needs approval from the State Supervision of Mines. Soil movement also includes induced earthquakes. In the production plan the level of earthquake hazard has to be defined. ▇▇▇ ▇▇▇▇ et al., 2004 and 2006, investigated the possibility of a deterministic hazard analysis for induced seismicity in the Netherlands. Apart from the observation that seismicity only started after a depletion of at least 70 bar, two parameters were identified. The first one is the ratio between the Young’s modulus of the overburden and that of the reservoir rock. The second is a measure of the fault density in the reservoir. The estimated seismic hazard is calculated using these parameters. In 2012, van Thienen et al published an update of the deterministic seismic hazard study. One important observation was that induced events (between 2004 and 2010) occurred in gas fields which had medium or high seismic hazard determined from the 2004 study. After the update, fields were divided in three categories; a negligible seismic hazard (0%), a medium one (19%) or a high hazard (42%) . Of course, when a gas field already has shown some activity, the hazard equals to 100%. A maximum magnitude of Ml=3.9 (▇▇▇ ▇▇▇ et al., 2004) is calculated from statistics (▇▇▇▇▇▇▇▇▇- ▇▇▇▇▇▇▇ relations), physical properties of the available faults and cumulative energy estimates..
Measurement Plan. Here below, for metadata mapping and validation RO, the measurement plan proposed in Section 3.1.1 has been customized in some characteristics and sub characteristics by their measures. To this aim, peculiarities and specific features have been taken in consideration. In particular some metadata/vocabulary mapping tools are automatic. However, they have a user interface for configuration of the mapping, thus the UI criteria can be applied to it. Vocabulary mapping tools follow similar workflows, and only functional criteria differ significantly. For general information on the measurements see Section 2 .