MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER Sample Clauses

MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specification
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MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specification 1.1. The Client provides the sufficient documentation describing the Client’s data management for the Supplier in English (described in Article 1.1. point 1). The way Supplier participates in the implementation of improvements (Article 1.1. of the Partial Contract 4) is consultancy, presentation of Supplier’s knowledge and training.
MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specification 1.1. The approach via which the Supplier participates to the assignment is to 1. review of the SURAOs R&D Plan (document AV-VaV2019.verze08ENG.docx, ca. 120 pages) and to prepare comments and suggestions for its improvement. Two reviewers are involved. 2. provide the review memorandum to include all review comments and views 3. discuss review comments and recommendations with the Client (optional meeting)
MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specification 1. Dummy logging for borehole stability/risk evaluation. If more than four dummy runs are needed the Client is informed and continuation of the dummy runs is discussed. Dummy probing resembles moving the PFL probe in a borehole and cannot be replaced by other probing. 2. Electrical conductivity and temperature of borehole water in non-pumped conditions. Continuous measurement run from top of the borehole to bottom of the borehole. Temperature and electrical conductivity profile of borehole water is measured. 3. Flow logging without pumping (section length L=2 m, step length dL=0.25 m). The probe is lowered to the bottom of the borehole. During the automatic measurement probe is moved step length between the measurement points and stopped during the flow measurement. The section length is longer than the step length so the flow from a single fracture is measured more than once. Measured parameters: o Flow (mL/h) o Single point resistance (SPR) o Water level in the borehole and pressure o Air pressure o Electrical conductivity (EC) and Temperature of water The measurement gives the location of flowing fractures at the resolution equal to the step length. 4. Flow logging with pumping (section length L=2 m, step length dL=0.25 m). After the measurement of the entire borehole without pumping the PFL probe is lowered to the bottom of the borehole. At the same time the pumping of the borehole is started. The pumping is controlled by a water level sensor in a way that the water level in the borehole remains stable during pumping. Target drawdown is 10 m. 5. Flow logging with pumping (section length L=0.5 m, step length dL=0.1 m). After finding the fractured zones in a borehole the fracture locations can be defined with an accuracy of 0.1 m by measuring the fractured zones again with a shorter section length and step. This measurement will be conducted only at depth intervals where fractures were detected in the previous measurement run. 6. Electrical conductivity and temperature of borehole water in pumped conditions. Drawdown is the same as during flow logging in pumped conditions. Continuous measurement run from top of the borehole to bottom of the borehole. Temperature and electrical conductivity profile of borehole water is measured. 7. Water sample collection from two fractures. Fracture flow rate affects the duration of water sample collection process. If flow rate of a fracture is higher than 1000 mL/h o...
MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specification 1. Dummy logging for the borehole stability/risk evaluation. If more than four dummy runs are needed, the Client shall be informed and the continuation of the dummy runs discussed. Dummy probing resembles the moving of the PFL probe in the borehole and cannot be replaced by other probing methods. 2. Flow logging under low borehole pressure conditions. If the borehole is downward inclined, the borehole may be open; however, in the case of upward inclined boreholes, the borehole needs to be filled with water and must be closed with a sealing mechanism during the measurement process so as to ensure that the borehole remains filled with water. The section length is L=0.5 m and the increment (step) length is dL=0. 1 m. The probe is lowered to the bottom of the borehole (or pushed depending on the inclination). During the automatic measurement process, the probe is moved in distance increments between the measurement points and is stationary during the flow measurement process. Since the section length is longer than the increment length, the flow from a single fracture is measured more than once. Measured parameters: o Flow (mL/h) o Single point resistance (SPR) o Water level in the boreholes and the pressure o Air pressure o Electrical conductivity (EC) and the temperature of the water The measurements indicate the location of flow fractures at a resolution equal to the incremental distance. 3. Flow logging under high borehole pressure conditions. The borehole is closed using a sealing mechanism and the pressure in the borehole verified. The borehole pressure must be set at least 12 hours before the measurement process commences in order to attain stable pressure conditions following the setting of the pressure level. The pressure depends on the borehole conditions (e.g. the content of the water flow is high enough so as to ensure the pressure elevation in the borehole). 4. The collection of water samples from the two selected fractures will be conducted using a doublepacker system installed in the borehole. The exact setup of the doublepacker will be decided following the obtaining of PFL results from the boreholes. All the flow logging measurements include the measurement of the single point resistance of the bedrock, the results of which are then used for the matching of the depths between the measurement runs. Since the flow measurements are taken under two differing pressure conditions, the hydraulic c...
MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specification 1.1. The Client shall provide sufficient documentation describing the existing requirements regarding the long-term safety of disposal (as described in Article 1. 1) to the Supplier in the English language. The approach via which the Supplier participates in the implementation of the Article 1. 1. of this Partial Contract shall consist of consultancy, the presentation of the Supplier’s knowledge, memorandums, and training activities.
MODIFICATION OF THE ASSIGNMENT OF SERVICES BY THE SUPPLIER. 2.1 Scope of the Services and technical specifications 1. The approach via which the Supplier conducts the assignment shall be as follows: 1. To comment on and review the respective documents and reports written in English as specified by the Client for each of the subtasks 2. The provision of a review memorandum for each subtask that includes all the review comments and opinions 3. Discussions with the Client on the various comments and recommendations (via optional meetings) 4. The conducting of additional expert meetings and discussions and other relevant services as required by the Client
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