Monitoring Frequency Clause Samples
The Monitoring Frequency clause defines how often certain activities, processes, or compliance measures must be reviewed or assessed during the term of an agreement. Typically, it specifies set intervals—such as monthly, quarterly, or annually—at which monitoring must occur, and may outline the responsible parties and reporting requirements. This clause ensures regular oversight, helping to identify issues early and maintain standards, thereby reducing the risk of non-compliance or operational lapses.
Monitoring Frequency. Blood pressure and heart rate, and assessment for cardiovascular signs or symptoms • Assessment for new or worsening psychiatric and neurological signs or symptoms (e.g. tics, anxiety, symptoms of bipolar disorder) • Explore whether patient is experiencing any difficulties with sleep Every 6 months, and after any change of dose recommended by specialist team. • Weight and appetite • Every 3 months in children 10 years and under • at 3 and 6 months after starting treatment in children over 10 years and young people, and every 6 months thereafter, or more often if concerns arise • every 6 months in adults (Monitor BMI) • Height every 6 months in children and young people plot height and weight of children and young people on a growth chart and ensure review by the healthcare professional responsible for treatment • Assessment of adherence, and for any indication of methylphenidate abuse, misuse, or diversion As required, based on the patient’s needs and individual circumstances • Review to ensure patient has been offered and attended an annual review with a healthcare professional with expertise in ADHD Annually Adverse effects and other management Back to top Any serious adverse reactions should be reported to the MHRA via the Yellow Card scheme. Visit ▇▇▇.▇▇▇▇.▇▇▇.▇▇/▇▇▇▇▇▇▇▇▇▇ For information on incidence of ADRs see relevant summaries of product characteristics Cardiovascular Resting HR greater than 120bpm, arrhythmia/palpitations, clinically significant increase in systolic BP • In context of recent dose increase, revert to previous dose and discuss with specialist for ongoing management • In absence of recent dose changes, reduce dose by half and discuss with specialist or cardiology for further advice. Weight or BMI outside healthy range, anorexia or weight loss Exclude other reasons for weight loss. Give advice as per NICE NG87: • take medication with or after food, not before • additional meals or snacks early in the morning or late in the evening when stimulant effects have worn off • obtaining dietary advice • consuming high-calorie foods of good nutritional value Discuss with specialist if difficulty persists; dose reduction, treatment break, or change of medication may be required. If a child or young person's height over time is significantly affected by medication (that is, they have not met the height expected for their age), consider a planned break in treatment over school holidays to allow 'catch-up' growth. Haematological disorders Includ...
Monitoring Frequency. Liver Function Tests HbA1c (in diabetic patients only) Diabetic patients may require more frequent blood glucose monitoring due to observed reductions in glucose tolerance PSA Every 3 months Once, 3 months after initiation of degarelix As directed by specialist hospital clinician Also required if missed dose by >2 weeks
Monitoring Frequency. S. No. Attribute Parameters No. of Locations Frequency of Monitoring / Data Collection 1 Meteorology Wind speed & direction, temperature, relative humidity, rainfall. Project Site Data collected from IMD 2 Ambient air quality PM10, PM2.5, SO2, NOx, and CO 8 24 hourly samples twice a week. For CO for 4 hourly s amples twice a week. 3 Noise levels Noise levels in dB(A) Leq 5 At least one day in a season for daytime and night time on a working& nonworking day. 4 Surface Water quality Physical, chemical and bacteriological parameters including pH, temperature, turbidity, magnesium hardness, total alkalinity, chloride, sulphates, fluoride, salinity, DO, BOD, COD, Heavy metals, Total coliforms, faecal coliforms, 2 Once in a Monitoring Period. 5 Ground Water quality Physical, chemical and bacteriological parameters including pH, temperature, turbidity, magnesium hardness, total alkalinity, chloride, sulphates, fluoride, salinity, DO, Heavy metals, Total coliforms, Faecal coliforms, 3 Once in a Monitoring Period. 6 Biological Environment Existing flora and fauna. Study Area 7 Soil characteristics Physical, chemical and biological parameters to assess agricultural and afforestation potential including pH, Permeability, Electrical conductivity, Nitrites, Phosphates, TPH, Fluorides, Heavy metals, SAR, Total hydrocarbons and cat-ion exchange capacity. 5 Study Area 8 Land use / Land Cover Land use for different land use Classifications. Study Area Study Area
Monitoring Frequency. The baseline monitoring was measured daily for a continuous period of at least 14 consecutive days at a minimum logging interval of 30 minutes for daytime (between 0700 and 1900 hours of normal weekdays) and 15 minutes (as three consecutive Leq, (5 minutes) readings) for evening time (between 1900 and 2300 hours of normal weekdays), general holidays including Sundays (between 0700 and 2300 hours) and night-time (between 2300 and 0700 of all days). The Leq, L10 and L90 were recorded at the specified interval.
Monitoring Frequency. Blood pressure and heart rate, and assessment for cardiovascular signs or symptoms • Assessment for new or worsening psychiatric and neurological signs or symptoms At least every 6 months Weight and appetite • Every 3 months in children 10 years and under. • At 3 and 6 months after starting treatment in children over 10 years and young people, and every 6 months thereafter, or more often if concerns arise • every 6 months in adults (Monitor BMI) Height every 6 months in children and young people plot height and weight of children and young people on a growth chart and ensure review by the healthcare professional responsible for treatment Assessment of adherence, and for any indication of atomoxetine abuse, misuse, or diversion As required, based on the patient’s needs and individual circumstances Review to ensure patient has been offered and attended an annual review with a healthcare professional with expertise in ADHD Annually
Monitoring Frequency. The project aims to complete eight evaluations at each of the four proposed monitoring sites during dry and wet weather monitoring events. At a minimum, each site will be evaluated during wet and dry weather events, with priority given to monitoring throughout an entire storm event. Although the number of samples collected during each monitoring event will vary among sites, events, and equipment type, a minimum of three discrete samples will be collected during each event.
Monitoring Frequency. Except as already provided below, PCA shall also propose to WDNR and Region 5, U.S. EPA an appropriate monitoring frequency and averaging time for each operating parameter identified by PCA as an appropriate indicator of the efficiency of its Alternative HAP Treatment Technology. PCA shall include a description of why the proposed monitoring frequency and averaging time demonstrate continuous compliance with the 1 lb./ODTP MeOH reduction required by this agreement. On a continuous basis PCA shall monitor:
(1) Combined flow of the condensates from the pulp mill (a) blow tank primary and secondary indirect contact condensers; and (b) the evaporator NCGs condenser;
(2) Vent temperature of evaporator condenser; and
(3) Virgin pulp production On a quarterly basis, and using the methodology approved by Region 5, U.S. EPA for PCA’s initial performance test, within 45 days after the beginning of each quarter of operations, PCA shall conduct a performance test to calculate the MeOH reduction efficiency of its Alternative HAP Treatment Technology as follows:
01. If the test method used to determine MeOH concentration indicates that methanol is not detectable, the value determined as the minimum measurement level of the selected test method for the MeOH shall be used in the compliance demonstration calculations. • HAP reduction = Inflow MeOH (lb/day) - Outflow MeOH (lb/day) Where: • Inflow MeOH = Raw mill effluent flow (MGD) x mg/l (MeOH x 8.341) + (Condensate flow (MGD) x mg/L MeOH x 8.341) • Outflow MeOH = Anaerobic basin flow (MGD) x Avg. basin MeOH discharge (mg/L) x 8.341 • ODTP/d =daily virgin pulp production in tons multiplied by 0.912. 1 This factor converts gallons of condensate in to pounds. 2 PCA pulp contains 9% moisture. Therefore, to convert to ODTP, one multiples ADTP x (1-0.09) [or 0.91] = ODTP
Monitoring Frequency. Noise measurements shall be conducted on a weekly basis. The monitoring time periods, monitoring parameters and frequency are summarised in Table 4.1. Between 0700-1900 hours on normal weekdays Leq(30 min) Once per week Between 1900-2300 hours on normal weekdays Leq(5 min)* Between 2300-0700 hours of next day Between 0700-1900 hours on holidays * The Leq(5 min) will only be measured if construction activities are conducted. Monitoring Location In accordance with the EM&A Manual and the subsequent Baseline Report, six noise monitoring location during construction stage is required, namely:
Monitoring Frequency. Table 4 shows the proposed monitoring frequency for each study site, which includes the three primary sites (i.e., Oakland, Fremont and San ▇▇▇▇) where quantification will occur and four additional sites where on-land assessments will be conducted.6 For the three primary sites, a maximum of 32 monitoring events, which include trash quantification and on-land assessments, are planned. A total of 62 additional discrete visual assessment events are also planned at these primary sites. On-land visual trash assessments at the four additional areas with high trash generation rates in San ▇▇▇▇ and Oakland are planned to occur immediately before, between and immediately after street sweeping events; and before and after moderately high intensity storms.7 The total number of visual assessment events planned at these four additional sites is 152. Oakland has the most opportunities for sampling due to the daily sweeping frequency in the study area. Therefore, the frequency for conducting quantitative monitoring at the Oakland study area is such that 8 events can be monitored before and after partial trash capture devices are installed. This component will evaluate if there is a change in trash loading when partial capture devices are added as a control measure in addition to the regular street sweeping program. In addition, the Fremont study area is proposed to test street sweeping alone and the San ▇▇▇▇ study area will have partial capture devices installed for the duration of the study. 6 The actual number of monitoring events that can be performed during the 18month monitoring period (November 2014-May 2016) depends on the funds remaining after preparation of the grant planning documents (i.e., Project Assessment and Evaluation Plan, Monitoring Plan, QAPP, and SAP). Therefore, the total number of monitoring events may change. 7 For the wet weather visual assessments, moderately high intensity storms should be target to the extent feasible (e.g., ≥ 0.2 inches per hour intensity).
Monitoring Frequency. For the noise monitoring conducted in August 2009, the noise parameters are presented in Leq (30 min) for daytime (between 0700 and 1900 hours of normal weekdays) and Leq (15 min) for other time periods. The supplementary baseline monitoring was measured daily for a continuous period at a minimum logging interval of 30 minutes for daytime (between 0700 and 1900 hours of normal weekdays) and 15 minutes (as three consecutive Leq, (5 minutes) readings) for evening time (between 1900 and 2300 hours of normal weekdays), general holidays including Sundays (between 0700 and 2300 hours) and night-time (between 2300 and 0700 of all days). The Leq, L10 and L90 were recorded at the specified interval.