APPENDIX B1         Data Record Sheet for TSP Monitoring

 

Monitoring Location

 

Details of Location

 

Sampler Identification

 

Date & Time of Sampling

 

Elapsed-time

Meter Reading

Start      (min.)

 

Stop      (min.)

 

Total Sampling Time (min.)

 

Weather Conditions

Sunny / Fine / Cloudy / Rainy

Site Conditions

 

Initial Flow

Rate, Qsi

Pi          (mmHg)

 

Ti          (°C)

 

Hi          (in.)

 

Qsi        (Std. m3)

 

Final Flow

Rate, Qsf

Pf          (mmHg)

 

Tf          (°C)

 

Hf          (in.)

 

Qsf        (Std. m3)

 

Average Flow Rate          (Std. m3)

 

Total Volume      (Std. m3)

 

Filter Paper Identification No.

 

Initial Wt. of Filter Paper             (g)

 

Final Wt. of Filter Paper              (g)

 

Measured TSP Level       (mg/m3)

 

Other Dust Emission Source(s) Observed

 

 

Remarks /Other Observations

 

 

 

 

 

Name & Designation                  Signature                              Date

 

 

Field Operator:

 

 

 


Laboratory Staff:

 

 

 

 


Checked by:

 

 



APPENDIX B2         Construction Noise Monitoring Field Record Sheet

 

Monitoring Location

 

Description of Location

 

Date of Monitoring

 

Measurement Start Time              (hh:mm)

 

Measurement Time Length          (min.)

 

Noise Meter Model/Identification

 

Calibrator Model/Identification

 

 

Measurement Results

L90         (dB(A))

 

L10         (dB(A))

 

Leq          (dB(A))

 

Major Construction Noise Source(s) During Monitoring

 

Other Noise Source(s) During Monitoring

 

Remarks / Other Observations

 

 

 

 

Name & Designation

 

Signature

 

Date

Recorded by:

 

 

 

 

 

Checked by:

 

 

 

 

 

 

 

APPENDIX B3    Operational Stage Traffic Noise Monitoring – Field Survey Record Sheet

 

General

Monitoring Location/Reference No.

 

Person-in-charge

 

Date and Day of Monitoring

 

Measurement Time

From                    to

Description of Location (incl. Floor level) (attach plan separately)

 

Microphone Position

 

 

Weather Conditions

Weather Conditions.

 

Temperature    (0C)

 

Wind Speed (ms-1)

 

 

Equipment

Instrument.

Type

Serial No.

Setting

Sound Level Meter

 

 

 

Calibration

 

 

 

 

 

 

 

 

Calibration

Before Measurement:

After Measurement:

 

Raw Data

Time

Traffic data*

Noise Level (30 min)

dB(A)

Average Speed

kph

 a/b½c/d #

Near Side

Far Side

LV

HV

LV

HV

L10

L90

Leq

Lmax

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Note:          LV  - light vehicle (i.e. private car, motorcycle, taxis and van)

                  HV  - heavy vehicle (i.e. other than LV)

                  *     - traffic count for a duration of 15 minutes

                  #    - a/b½c/d = near side LV/near side HV½far side LV/far side HV


 

APPENDIX B3   Operational Stage Traffic Noise Monitoring – Field Survey Record Sheet (cont’d)

 

Others

Mitigation Measures in Pace Near Measurement Location

 

Other Noise source(s) during monitoring

 

Remarks

 

 

 Personnel

 

Name

Designation

Signature

Date

Recorded by

 

 

 

 

Checked by

 

 

 

 

 


 

APPENDIX B4         Water Quality Monitoring Data Record Sheet

 

 

Monitoring Station

 

Date

 

Weather Condition

Sunny / Fine / Cloudy / Rainy

Sea Condition

Calm / Moderate / Rough

Tide Mode

High Tide / Low Tide

Start Time                     (hh:mm)

 

Water Depth which sample is collected (m)

 

pH

 

Temperature                  (oC)

 

Salinity                         (ppt)

 

Turbidity                        (NTU)

 

Sample Identification

 

Suspended Solids                      (mg/l)

 

DO                               (mg/l)

 

DO Saturation    (%)

 

Remarks / Other Observations

 

 

 

 

 

 

Name & Designation

 

Signature

 

Date

Recorded by:

 

 

 

 

 

Checked by:

 

 

 

 

 

Laboratory Staff:

 

 

 

 

 

 

 

 

Notes:  

1         The Suspended Solids results are to be entered once they are available from the laboratory.

2         In-situ measurements shall be deployed at the designated location twice.  The difference between the two consecutive measurements shall be within the range of 25%.  If the difference is larger than 25%, the measurement shall be carried out again until the two consecutive readings agree to within 25%.