منافسة عامة
✓ مرسّى
بشراء معدات كهربائية والكترونية ونظام دفع وملاحة وتحكم وأجهزة استشعار وحدة استقبال معلومات وتحكم لتطوير المركبة الذكية مع جامعة تبوك ( Mariner 6 )
الهيئة السعودية للمياه
رقم المنافسة
210839408174
المعرّف
#275786
عنوان الضمان الإبتدائى
المؤسسة العامة لتحلية المياة المالحة
الغرض من المنافسة
توريد وتركيب مركبة ذاتية القيادة قادرة على اخذ وتحليل العينات ومربوطة في الأقمار الصناعية
| التاريخ | ميلادي | هجري |
|---|---|---|
| تاريخ النشر | 2021/08/29 10:55 | — |
| آخر موعد للاستفسارات | 2021/09/21 | 1443-02-14 |
| آخر موعد تقديم العروض | 2021/09/28 12:00 | 1443-02-21 |
| موعد فتح العروض | 2021/09/28 13:00 | 1443-02-21 |
| موعد فحص العروض | — | — |
| التاريخ المتوقع للترسية | 2021/12/12 | 1443-05-08 |
| تاريخ بدء الأعمال | 2022/01/10 | 1443-06-07 |
| تاريخ خطاب تأكيد المشاركة | — | — |
| بداية إرسال الأسئلة | 2021/09/26 | 1443-02-19 |
| أقصى مدة للإجابة | 7 يوم | |
| مكان فتح العروض | المؤسسة العامة لتحلية المياه المالحة – الرياض – العليا – طريق الملك فهد الدور الرابع لجنة فتح المظاريف | |
| مدة الوقفة | 5 يوم |
موقع التنفيذ
مجال التصنيف
الأنشطة
- • إمدادات الكهرباء والغاز والمياه والبخار وتكييف الهواء
- • أنشطة التعليم
جدول 1 المواد - نموذج عام
| البند | الكمية | المواصفات | وحدة القياس | الرقم التسلسلي | منتج من القائمة الإلزامية |
|---|---|---|---|---|---|
| مركبة ذاتية القيادة | 1 | General Autonomous Surface Vehicle Features & Specification An easily deployable and customizable autonomous Surface Vehicle (ASV) with sensors, sonars and cameras that have plug-and-play capabilities. The ASV should be a unique, state-of-the-art vehicle with autonomous and remote control capabilities that is designed for use in a wide variety of applications requiring water quality, bathymetric, side-scan, and/or flow data. ASV should be designed to withstand harsh marine environments and easily deployable to improve the quantity and quality of environmental field data while significantly reducing technician labour and boat time. A. Features of the ASV should be as per below: 1. The vehicle shall be capable of working in fresh, brackish, or seawater. Beaufort Wind Scale Identifier 4 or more. 2. The vehicle shall not exceed 5.9’ in length, has a draft (antenna down) of 0.5’, 2.83’ beam, and a standard weight of 115.5 lbs. 3. The vehicle shall be capable of operating using a singular 1500 WHrs 24VDC nom UN38.3 rate rechargeable Lithium-Ion batteries that is field swappable. Mission duration is 8 hours at an average cruising speed of 2 knots. 4. The vehicle shall have, as a standard, a 6th Gen Intel Core i5-6440EQ 4-Core 2.7 GHz processor with MS Windows 10, up to 512GB solid state drive for data storage. 5. The vehicle shall be supplied with user-friendly mission planning software that accepts most standard geo-referenced chart types. 6. The vehicle shall be supplied with vehicle control software to provide a user interface to the vehicle that allows for mission loading, data transfer, diagnostic checks and manual vehicle control. 7. The base vehicle shall include: vehicle assembly, camera (forward looking real-time), thrusters (protected and pocketed with SST guard), data acquisition computer (DAC), 5.8 GHz wireless communications, Garmin 19x model GPS, and base station with receiving antenna/modem with computer. The base vehicle can accommodate an advanced ADCP, Multiparameter water quality sonde, side scan sonar, and L1/L2 RTK GNSS receiver. 8. The vehicle shall record all data onboard. 9. The vehicle shall continue to operate and collect data even after the communication link has been broken. 10. The vehicle shall have a forward facing camera that can be viewed by the user in real-time. 11. The vehicle shall have an autonomous mode that allows the vehicle to operate without user interaction once Acquisition software mode is activated. 12. The vehicle shall be able to collect discharge measurements. 13. The vehicle shall be fitted with a safety lanyard that can be pulled to deactivate power to thrusters. 14. The vehicle shall use one switch to turn on/off entire vehicle and will have an indicator light that will notify the user when the vehicle is ready to operate. 15. The vehicle should be provided with shipping container for the ASV. 16. Export License for ASV 17. Training and courses should provide to users | حبة | 1 | 0 |
| مسبار لفحص جودة المياه | 1 | Water Quality Sonde: A. Multi parameter Sonde: Advanced water quality monitoring with a minimum of 7-Port Multi parameter platform with high-accuracy smart sensors with on-board memory and Built-in antifouling wiper system for protecting data integrity. 1. The Instrument shall be capable of utilizing a dissolved oxygen sensor that employs the Luminescent “Lifetime” Dissolved Oxygen measurement technique. This sensor shall be capable of measuring dissolved oxygen in the range of 0-20 mg/l with an accuracy of +/- 0.1 mg/l; and in the range of 0 - 200% saturation with an accuracy of +/- 1% air saturation with a response time of less than one minute under all or zero flow conditions without the use of a stirring device. In addition, the sensor must be able to measure dissolved oxygen in the range of 20 - 50 mg/l with an accuracy spec at this range of +/- 5% of the reading; and in the range of 200 - 500% saturation with an accuracy spec of +/- 5% of the reading. 2. The Instrument shall be capable of measuring temperature using a thermistor in the range of -5 to 50 degrees C with an accuracy of +/- 0.01 degrees C and a resolution of 0.001 degrees C. The instrument shall also provide, as an option, the capability of having a characterized temperature output with an accuracy of +/- 0.05 degrees C. The output shall be capable of being displayed in Celsius, Fahrenheit, or Kelvin. 3. The Instrument shall be capable of measuring conductivity using a four-nickel electrode cell in the range of 0 -100 mS/cm with an accuracy of +/- 0.5% + 0.001 uS/cm and a resolution of 0.0001 to 0.01 mS/cm. The output shall be capable of being displayed in mS/cm or uS/cm. The conductivity sensor shall be capable of measuring over the entire range (0-100 mS/cm) without changing the cell constant. Capable of measuring Total Dissolved Solids if Conductivity and Temperature used. 4. The instrument shall be capable of measuring pH in the range of 0-14 with an accuracy of +/- 0.2 and a resolution of 0.01 using a combination electrode with a gel filled reference electrode. This same sensor is also used for measuring most low-ionic strength waters. 5. The instrument shall be capable of measuring ORP in the range of -999 to +999 mV with an accuracy of +/- 20 mV and a resolution of 0.1 mV using a combination electrode with a gel filled reference electrode. 6. The instrument shall be capable of outputting a salinity calculation based on the conductivity and temperature measurements in the range of 0-70 PPT with an accuracy of 1.0% or +/- 0.1 PPT (whichever is greater) and a resolution of 0.01 PPT. The algorithms used for the calculation should be those found in the Standard Methods for Examination of Water and Wastewater. 7. The instrument shall have the capability of being supplied with a nephlometric type turbidity probe capable of measuring turbidity in the 0 – 4000 FNU range with an accuracy of +/- 2% of reading or 0.3 FNU’s (whichever is greater) in YSI AMCO-AEPA Polymer standards for range of 0-999 FNU and +/- 5% of reading for 1000-4000 FNU. Resolution of 0.01 FNU’s for 0-999 FNU and 0.1 FNU’s for 1000-4000 FNU. Measurements should have reasonable agreement to the HACH 2100AN benchtop meter. 8. The instrument shall have the capability of being supplied with a chlorophyll probe capable of measuring chlorophyll fluorescence in the 0 - 400 ug/L range with a resolution of +/- 0.01ug/L. Part of Total Algae sensor. 9. The instrument shall have the capability of being supplied with a blue-green algae probes capable of measuring blue-green algae fluorescence in the 0 – 100 ug/L range for PC and 0-280 ug/L range for PE. Versions available for either freshwater or marine environments. Part of Total Algae sensor. 10. The instrument shall have the capability of being supplied with a fDOM probe capable of measuring fDOM in the 0-300 ppb QSE range with a detection limit of 0.07 ppb QSE and a resolution of 0.01 ppb QSE. 11. The instrument shall have the capability of being supplied with a Rhodamine probe capable of measuring Rhodamine in the 0 to 1,000 µg/L or 0 to 100 RFU with Accuracy: +/- 5% or 0.1 µg/L w.i.g and a resolution of 0.01 µg/L or 0.01 RFU. 12. Water quality sensor assembly can be calibrated via wireless Bluetooth communications. 13. Vendor has to supply all appropriate calibration solution to conduct the calibration at site office. B. More features should be as per below: 1. Smart Sensors / Ports: 07 2. Parameters Measurement as minimum: Conductivity, Temperature, Total Dissolved Solids (TDS), Salinity, Specific Conductance, pH, ORP, Turbidity, Total Suspended Solids (TSS), dissolved oxygen, Blue-green Algae & Chlorophyll, fDOM & Rhodamine 3. Sensor body: welded titanium construction and wet-mateable connectors optimized for saltwater use 4. Depth: Not Required 5. Pressure Rating / Limit: 0 to 250 m 6. Anti-Fouling: Central Wiper 7. Flow Cell: Yes 8. Medium: Sea or polluted water 9. Sampling: Yes 10. User Calibratable: Yes 11. Communications: Computer Interface: Bluetooth wireless technology (between water quality sonde and computer with software), USB. Output Options: USB with signal output adapter (SOA); RS-232 & SDI-12 with data collection platform with signal output adapter. 12. Sample Rate: Up to 4 Hz 13. Memory: >1,000,000 logged readings, 512 MB total memory 14. Power: 4 Alkaline Batteries 15. Operating Temperature: -4 to +45°C 16. Storage Temperature: -15 to +70°C 17. Diameter: 7.62 cm | حبة | 2 | 0 |
| نظام تحديد الموقع GPS | 1 | RTK Base & Rover GPS Receiver A. Features: 1. L-band corrections 2. Athena™ RTK engine 3. Powerful WebUI accessed via Wi-Fi 4. Internal memory for data logging, download, and upload 5. Environment-proven enclosure for the most aggressive user scenarios B. RTK GPS Receiver Specifications: 1. Receiver Type: Multi-frequency, Multi-GNSS RTK 2. Signals Received: GPS, GLONASS, BeiDou, and Atlas 3. Channels: Should be more than 500 4. GPS Sensitivity: -142 dBm 5. SBAS Tracking: 3-channel, parallel tracking 6. Position Accuracy: 1. RMS (67%) 2. Autonomous : 1.2 m, 3. SBAS: 0.3 m, 4. Atlas H10: 0.04 m, 5. Atlas H30: 0.15 m 6. RTK: 8mm + 1 ppm 7. Cold Start: 60 s typical (no almanac or RTC) 8. Warm Start: 30 s typical (almanac and RTC) 9. Hot Start: 10 s typical (almanac, RTC and position) 10. Maximum Speed: 1,850 kph (999 kts) Maximum 11. Altitude: 18,000 m (59,055 ft) 12. Update Rate: 10 Hz standard, 20 Hz optional (with subscription) Timing (1 PPS) 13. Accuracy: Not less than 20 ns 14. Communication ports: 2x full-duplex RS-232, 1x CAN 15. Baud Rates: 4800 - 115200 16. Protocol: RTCM v2.3, RTCM v3.2, CMR4, CMR+4 17. Data I/O Protocol: NMEA 0183, NMEA 2000, Bluetooth 2.0 (Class 2), Wi-Fi 18. Power: 7-32 VDC 19. Reverse Polarity Protection: Yes | حبة | 3 | 0 |
| برمجية معالجة بيانات | 1 | Data Acquisition Software: Data Acquisition software should be straightforward and simple to use. The software package provides the tools needed to design, acquire and process your survey data, and create the final products needed. Tools for creating contours, computing volumes, creating side scan mosaic and create electronic charts (ENC) are part of the package. Over two hundred sensor inputs Provide the connection for all types of GPS, Inertial systems, echo sounders, and sides can and sub bottom, magnetometers, velocity sensors and more. A. Acquisition software main features: 1. It is easy to set-up, user configurable, and allows you to connect to virtually any sensor on the market today. 2. Simple to use survey planning for line creation, with support for worldwide geodesy models 3. Real time navigation display, support for remote helmsman and survey view 4. Processing tools allow for simple to use data cleaning, with both manual and automatic filters 5. Software data files are easily exported to XYZ, CAD, DXF and dozens of other formats 6. It should be fully integrated with ADCP & CTD. 7. Powerful software that does it all: Design, navigate, collect data, post process your survey and create a final product. 8. Create contours, cross-sections, calculate volume, volume change and much more. 9. Can combine bathymetry, topography and LiDAR. 10. Easily handles edges and islands. 11. Hundreds of sensor interfaces and generic drivers make virtually every sensor on the market accessible. 12. License file (key) does not expire. 13. Maintenance Plan for updates and support 14. Training and courses should provide to users | حبة | 4 | 0 |
| مجسات فحص جودة المياه | 1 | CTD Sensor: A. Feature: 1. Measures and plots conductivity, temperature, and depth for up to 100 m. 2. In general, CTD should be most user-friendly & HUGE time savings in the field. It should be Light in weight and can be deployed by one person. 3. It should be All-in-one, no computer required. 4. It should be seamlessly combines with ADCP for a full solution (measures speed of sound). 5. It should be capable of interfacing directly with ASV data acquisition software. 6. It should have the features of built-in LCD display, Bluetooth communications, and internal GPS. 7. It should be able to output the parameters such as sound speed, salinity, conductivity, temperature, depth, time and position. 8. Part of the kit should include the accessories such as CTD and jacket, two stylus pens with lanyard plus spare/backup stylus, (4) AA batteries, Bluetooth adaptor, (2) carabiners, 15-m casting line, USB flash drive with Windows based software and documentation, Quick Start Guide, and hard plastic shipping case. B. Other Specification: 1. Memory: 15 MB (750+ casts based on typical usage) 2. Communications: Bluetooth class II, up to 10 m range 3. Power: 2 “AA” alkaline batteries, 40 hours continuous use 4. Data Output Format: 1. ASCII (CSV) 2. Hypack 3. MATLAB® 4. CARIS 5. Environmental: 1. Depth range: 0-100 m 2. Use temperature: -5° to 45° C 3. Storage temperature: -10° to 50° C 6. Sampling Modes: 1. Casting (up/down) 2. Point sample (moving the unit back and forth) 7. Software: 1. Windows XP/Vista/8/10 2. Geo-referenced 3. Multi-language 4. Data plots, filtering, import/export 8. Accessories: 1. Rugged plastic storage/shipping case 2. Polyurethane jacket 3. 15m deployment line 4. Bluetooth dongle 5. 4 “AA” alkaline batteries 6. Two locking carabiners 7. Three magnetic stylus pens 8. Cleaning brush 9. Thermistor Response: Less than 200 ms (5 Hz) 10. Sampling Rate: 5 Hz 11. Weight: 1. In air: 1.0 lb (0.45 kg) 2. In water: 0.06 lbs (0.03 kg) | حبة | 5 | 0 |
| نظام سونار عالي الدقة لعمق 80 م | 1 | Echo sounder cum current profiler instrument A. Features: It should be a part of the Autonomous vehicle kit and fully compatible with Data Acquisition Software 1. The instrument should be used for BOTH bathymetric AND velocity mapping, with one package. 2. The single instrument should be capable of measuring water column velocity profile, acoustic bottom tracking data, depth (bathymetry), and boat navigation. 3. Instrument should be provided with User and cost-friendly software vs. traditional hydrographic survey packages. 4. Instrument should have more than 8 beams. 5. Instrument should have the feature of streamline sound speed correction with CTD (complete solution from one company). 6. Instrument should have navigation back-up (i.e. bottom tracking) in the event of GPS loss. 7. Absolute RTK available (or DGPS, 3rd party GPS). B. More Specifications: 1. Range (Vertical Beam): 0.2m to 80m 2. Range (Slanted Beams): 0.2m to 40m 3. Accuracy: 0.02m (sound speed corrected) 4. Resolution: 0.001m 5. Vertical Beam Angle: 8° 6. Velocity Beam Angle: 3° 7. Swath Width: 50° 8. Profiling Range (Distance): 0.06m to 40m 9. Profiling Range (Velocity): ± 10 m/s 10. Accuracy: Up to ± 1.0% ± 0.2 cm/s 11. Resolution: 0.001 m/s 12. Number of Cells: Up to 128 13. Cell Size: 0.02m to 4m 14. Bottom Tracking Range: ± 10 m/s 15. Altitude: 0.2 – 40m 16. Transducer Configuration: 8-beam Janus (4 x 1MHz; 4 x 3MHz) and1VerticalBeam (0.5 MHz) 18. Temperature Sensor Resolution: ± 0.01°C 19. Temperature Sensor Accuracy: ± 0.1°C 20. Compass Type: Solid State type, with Built-in Inclinometer 21. Compass Range: Full 360° 22. Compass Heading Accuracy: ± 2° 23. Compass Tilt Accuracy: ± 1° 24. Power: 12-18 vdc | حبة | 6 | 0 |
| نظام سونار بخاصية المسح لعمق 300م | 1 | Side Scan Sonar: A. Features: 1. Efficiently creates an images of large areas of sea floor 2. Would prefer if side scan sonar has more than two frequencies 3. It should have the high resolution 1000 data points per side 4. Depth rating of the towfish should not be less than 300m 5. Total coverage should be up to 400 m. 6. Side Scan Sonar should be LAN compatible 7. Side Scan Sonar system should have Built-in track plotter & Built-in internal GPS receiver 8. Capable of recording to .XTF in real-time B. Other Specifications: 1. Frequency: 260 kHz / 330 kHz / 800 kHz nominal 2. Transducer: One transducer per side, tilted down 20º 3. Transducer Beam Width: 1. 260 kHz: 2.2º x 75º 2. 330 kHz: 1.8º x 60º 3. 800 kHz: 0.7º x 30º 4. Range Resolution: Range scale / 1000 5. Dimension: 114 mm (4.5”) diameter x 833 mm (32.8”) length 6. Weight: In Air & Water 5.4 kg (12 lbs) not including ballast and 1.8 kg ( 4 lbs) 7. Material: Polyurethane & 6061-T6 Aluminum Base Station & Controller A. Features: 1. Base Station with receiving antenna/modem with computer/Laptop should be the part of the kit 2. Handheld Remote Controller should be Ruggedized operator control unit with internal DC and external 120/240 VAC external power input. Joystick with soft keys to effortlessly switch between autonomous and RC control modes. | حبة | 7 | 0 |
| محطة تحكم | 1 | Base Station & Controller A. Features: 1. Base Station with receiving antenna/modem with computer/Laptop should be the part of the kit 2. Handheld Remote Controller should be Ruggedized operator control unit with internal DC and external 120/240 VAC external power input. Joystick with soft keys to effortlessly switch between autonomous and RC control modes. | حبة | 8 | 0 |
| محاليل معايرة | 1 | . Calibration Solutions for Sonde Sensors 1. Conductivity Calibrator: 10,000 umhos/cm (8 ea, pint) 2. Conductivity Calibrator: 50,000 umhos/cm (8 ea, pint) 3. Zobell Solution: For ORP cal. - 500 mL 4. Assorted pH Buffers: - 2 pints of 4, - 2 pints of 7, - 2 pints of 10 5. Turbidity Std.: - 0 NFU, 0 NTU (All turbidity probes) - 1 Gallon 6. Turbidity Std.: - 10 NTU, 12.7 NTU (6136), 12.4 FNU (EXO) - 1 Gallon 7. Turbidity Std.: - 124 FNU (EXO), 126 NTU (6-Series) - 1 Gallon | حبة | 9 | 0 |
9 بند
كراسة الشروط الرئيسية
| اسم المورد | قيمة العرض (ر.س) | قيمة الترسية (ر.س) | النتيجة الفنية | الحالة |
|---|---|---|---|---|
| مؤسسة انظمة التحكم الخليجية المتقدمه التجارية | 1,557,586.45 | — | غير مطابق | مشارك |
| شركة عبدالله ابونيان التجارية ذات مسئولية محدودة | 1,150,000.00 | — | مطابق | مشارك |
| شركة عبدالله ابونيان التجارية ذات مسئولية محدودة | 1,150,000.00 | 1,150,000.00 | — | مرسّى |
الآليات
القائمة الإلزامية
آلية التفضيل السعري للمنتج الوطني
وثائق المحتوى المحلي
معايير التقييم
معايير التقييم الفني
| المستوى الاول | المستوى الثاني | المستوى الثالث | الوزن النهائي |
|---|---|---|---|
| التقييم الفني |
معايير التقييم المالي
| المستوى الاول | المستوى الثاني | المستوى الثالث | الوزن النهائي |
|---|---|---|---|
| التقييم المالي | السعر | التكلفة الكلية | 100% |
أخبار المنافسة
title
تاريخ الإنشاء
value
21/01/43 09:34:51 ص
title
تاريخ فتح العروض
value
21/02/43 01:00:00 م
title
تمديد تواريخ المنافسة
value
تاريخ فتح العروض21/02/43 01:00:00 مآخر موعد لتقديم العروض21/02/43 12:00:00 مآخر موعد لإستلام الإستفسارات14/02/43 12:00:00 ص
title
تاريخ الترسيه
value
26/05/1443