Odisha University Of Agriculture And Technology Tender
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Odisha University Of Agriculture And Technology - OUAT Tender
Eprocure
Opening Date7 Nov 2020
Closing Date1 Dec 2020
Tender AmountRefer Documents
Costs
EMD
Refer DocumentsDocument Cost
Refer DocumentsTender Fee
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Description
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Contact
Tender Id
2020_OUAT_63614_1Bid Award Id
ViewTender No
01/BPCL OUAT DT.07.11.2020Tender Authority
Odisha University Of Agriculture And Technology ViewPurchaser Address
-Website
http://http://www.ouat.nic.in/
GEM & Bid Advisory Services
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Documents
BOQ Items
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An oxygen bomb with an oval/ cylindrical bucket which fits into the insulating water jacket.
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A built-in automatic system/ manual for charging the bomb with oxygen.
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A high precision electronic thermometer.
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A bright, soft touch screen displays for data entry and operation control
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Special communication ports for printer, computer and network (LAN) connections, etc.
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Dynamic and time-controlled modes; Automatic bucket filling, & draining, automatic ignition and calculation of calorific value; result is display edit measures Gross Calorific value
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Suitable for solid & liquid fuels. Precession /RSD – 0.1% and measurement time 10 to 15 minutes
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Manuals: One set of manuals with all details of parts should be supplied
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With consumables spares required for minimum 1000 tests. Suppliers must supply the balance (220gm & resolution 0.1mg) and one oxygen cylinder (47lt) with regulator.
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TGDTA
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2.1 Thermo gravimetric (Proximate) Analyzer to determine ash and any other materials.
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2.2 The analysis method should comply BIS/ASTM/ISO/DIN Standard Test Method for Proximate analysis by instrumental procedure for Moisture and ash determination.
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2.3 TGA analysis with DSC curve provision should be there
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2.4 The thermo gravimetric analyzer should meet the following technical specifications.
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2.5 Sample weight -up to 200 -400 mg
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2.6 Balance –Balance should be sensitive to 0.2ug, microgram, and should be integrated with the furnace.
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2.7 Display & Control unit – built in display & control unit or PC Controlled [for PC Controlled type TGA, vendor must supply latest generation i7 PC along with the instrument.
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2.8 Working Temperature –Ambient temperature to 1000 degree centigrade or more.Cooloing from 1000 0C to 500C should reach within 15-20 min.
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2.9 DTA measurement range- should be ±1000 µV or better
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2.10 DTA RMS noise: should be 0.03 µV or better
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2.11 Temperature accuracy - ±0.1˚C (or better) at the set point. The furnace temperature must be calibrated, checked & adjusted in the field for any doubt.
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2.12 Scan rate:0.1 ˚C to 150 ˚C per min with secure and controlled purged arrangement
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2.13 Ramp rate – 10 to 50 degree centigrade per minute (programmable as and when required) or equivalent.
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2.14 Sample size – powdered sample.
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2.15 Ventilation – System should have device to expel combustible gases from instruments
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2.16 Working atmosphere – Both oxidizing and inert. Provision shall be made to introduce a sweep gas or a reactant gas, and to remove product of drying, devolatilization or combustion
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2.17 Crucible – The sample Carousel, balance pedestal, crucible and the crucible covers must be made of ceramic [non-metallic] material or refractory material.
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2.18 Furnace – The furnace should have maximum temperature control up to 1000 degree centigrade
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2.19 Precision - Instrument must perform a standard weight loss for an inert sample with a precision of ± 0.2% RSD (or better) at different temperature and gas flow rate.
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2.20 Power requirement - 230 VAC ± 10%, 50 Hz, Single Phase
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2.21 Manuals: One set of manuals with all details of parts should be supplied
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2.22 Suitable PC and printer with all original genuine software should be supplied along with the system. The system software should have the option to derive the DSC analysis from DTA
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2.23 Windows based user friendly latest analytical software for TGA analysis
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2.24 Available Input power: 220 V one phase/three Phase, 50 Hz
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2.25 Should provide all requirements for testing minimum 100 trial samples during installation
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2.26 Suitable Online UPS with minimum 30-45 m in back up
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Mini Briquetting machine
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3.1 Electric Motor = 1 HP Single Phase
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3.2 Capacity = 30 to 40 Kgs/Hr
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3.3 Output Material Size = 20 to 30 mm round type / cylindrical briquettes
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Biomass Shredding machine
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4.1 Used For Garden Waste And Kitchen Waste
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4.2 Dual Shaft Shredding Machine
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4.3 Capacity - 100 Kg To 5000 Kg
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4.4 Semi-automatic
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4.5 Shredding Capacity - 1-500 Kg/h
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4.6 Electric Motor - 5hp
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4.7 Material Grade - Mild Steel
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Gas Mass Flow Meter
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5.1 Mass flow controller is required to control syngas (H2, CO, CO2, CH4& Higher hydrocarbons)
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5.2 Composition of syngas: 40% H2, 29% CO, 20% CO2, 11% CH4.
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5.3 Flow range: 5 SLPM with standard display
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5.4 Pre-calibrated minimum for 20 different gases and 10 gas mixtures.
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5.5 Accuracy: ± 0.8% reading + 0.2% with repeatability: ± 0.2% full scale
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5.6 Operating range: 0.5% to 100% full scale measurement, control with response time 100 ms
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5.7 Standard conditions: 25°C & 14.696PSIA mrc, operating temp: 10 to +50°C
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5.8 Zero/span shift: 0.02% full scale, humidity range: 0 to 100% with controllable flow rate: 102.4%
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5.9 Maximum pressure: 145PSIG, power supply: 12 to 30VDC
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5.10 DC power supply 100 to 240V AC to 24VDC global adaptor
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5.11 Complete with all accessories, packaging, transport, insurance, installation & training regarding operation (all) should be made by the supplier
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Portable mini Gas Analyser
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6.1 Measure the producer gas obtained from biomass (carbon monoxide(20 to 40%, hydrogen (5 to 10%), carbon dioxide(10 to 20%) , nitrogen ( 20 to 60%) and methane ( 5 to 15%)
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6.2 Display: LCD
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6.3 Communication port: RS232
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6.4 Calibration: Automatic or manual
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Fractional Distillation Unit
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7.1 Capacity:1 Litres
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7.2 Distillation Column Diameter 8 mm or more
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7.3 Distillation Column Length : Minimum 90 cm
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7.4 Condenser : Jacket type with secondary Condenser with automatic Cooling and Heating
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7.5 Boiler : Electrical Heater type
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7.6 Boiler Sizes : 100, 250, 500 and 1000 ml glass
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7.7 Spinning Band: Teflon &Stainless Steel
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7.8 Fraction Collector: Minimum 8 Place
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7.9 Vacuum Operation: automatic
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7.1 Safety Marks : CE Marked
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7.11 As per Indian standard
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7.12 The system should be complete with all accessories
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7.13 Suitable online UPS to be supplied with the system
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Rotary Evaporator with vacuum Pump
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Rotary Evaporator
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8.1 Rotary Evaporator with Hand Lift provision , 1 liter Evaporating flask and 1 liter Receiving flask should be came as standard
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8.2 Height adjustment provision for evaporating flask should be 150 ~160 mm
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8.3 Evaporating Flask angle can be adjusted in between 20° to 80° or better
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8.4 Universal Heating bath temperature ambient to 200°C or more
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8.5 Rotation Speed 20-280 RPM or better
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8.6 LCD Display
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8.7 Provision for locking feature of set parameters such as temperature and rpm
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8.8 Heating bath material should be made of stainless steel which can accommodate 5 litre of evaporating flask and allows for 200mm horizontal extension
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8.9 Bath Temperature Accuracy: ±1°C
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8.10 Heating bath with safety handles and drain spout should be available
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8.11Bath over temperature cut-off automatically if temperature overshoots by 5°C or runs in dry condition
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8.12 Secondary over temperature cut-off at 250 ° C
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8.13 Condensate surface: 1400cm2 or more
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8.14 With clamp stand for the condenser as standard supply
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8.15 Protection class for control panel: IP 42, prevents from splash water spillage and dust protected
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8.16 Protection class for heating bath power socket: IP 67, which prevents against corrosion and short-circuits
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8.17 All parts which are in contact with the media should be consist of GRAPHITE filled PTFE /FKM Vacuum seal
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8.18 Designed vapor tube with sleeve to add more strength and easily removes from drive
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8.19 Voltage/frequency 220-240V/50 Hz
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8.20 CERTIFICATION: Should have ISO and CE certification
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Vaccum Pump
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8.21 Two stage diaphragm pump made of chemical resistance material
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8.22 Suction Capacity in m3 / hour: 0.75 or more
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8.23 Ultimate Vacuum in mbar: 12 or less
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8.24 Vacuum should be controlled via valve operated vacuum controllers
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8.25 Sound pressure level up to 1 m distance-- 40 DBA or less
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8.26 Protection Class- IP-42 or better
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8.27 Supply Voltage (V / Hz ):230 /50
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8.28 CERTIFICATION: Should have ISO and CE certification
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Soxhlet extraction unit with heating unit
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Soxhlet extraction unit (Large):
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9.1 Joint: Joint ST/NS extractor bottom, Joint ST/NS extractor top
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9.2 Extractor Internat Diameter: 50 mm
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9.3 Extractor volume: 200 mL
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9.4 Flask volume: 300 mL
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Soxhlet extraction unit (Medium):
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9.5 Joint: Joint ST/NS extractor bottom, Joint ST/NS extractor top
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9.6 Extractor Internal Diameter: 38 mm
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9.7 Extractor volume: 85 mL
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9.8 Flask volume: 250 mL
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Heating mantle for Soxhlet extraction:
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9.9 1 test and 3 or 6 heating units (positions) for multi-tests that can perform testing of 1, 3 or 6 samples at one time accordingly.
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9.10 Each position should fit with individual electronic controller
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9.11 Machines should accommodate 50 ml to 1000 ml flasks and can be customized further
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9.12 System should be equipped with a convenient stopcock on the soxhlet body which allows solvent to be drained into a storage reservoir after the extraction process is complete
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9.13 For flasks: 6 X 500 ml
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9.14 Width: 1450mm
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9.15 Depth :285 mm
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9.16 Height: 130 mm
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9.17 Power:1200 watt
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Ultrapure water (deionizer)
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10.1 The highest purity level of water according to ASTM D1193
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10.2 Can provide both ultrapure (Type I) and pure (Type II/ Advanced RO) water
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10.3 Electrical Conductivity Max. (µS/cm @ 25°C) 0.056
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10.4 Electrical Resistivity Min. (MΩ-cm @ 25°C) 18.0
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10.5 TOC ≤ 5 ppb
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10.6 Particulate (size 0.22µm) 1 particulate/mL
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10.7 Bacteria 0.01 CFU/mL
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10.8 Pyrogens(endotoxins) 0.01EU/mL
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10.9 Rnase1pg/mL
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10.10 Dnase5pg/mL
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10.11 Flow rate upto 2L/min
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10.12 Sodium max. µg/l 1
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10.13 Chloride max. µg/l 1
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10.14 Silica removal (%)99.9
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10.15 Requires the use of a 0.2µm membrane filter
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10.16 Ionic rejection 97-98%
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10.17 Organic rejection for MW 200 Dalton 99.0%
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10.18 Particulates rejection 99%
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10.19 Production flow rate 8L/h; 16L/h
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10.20 Delivery flow rate: from storage tank tap up to 2.5 L/min
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Recirculating chiller
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11.1 High-brightness, large color 5.5-inch LCD display
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11.2 Molded water tank, uni-body with 316 stainless steel, anti-rust, anti-corrosion
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11.3 Motor driven mold turbine quiet pump 10L/min fully realized hydro-power separation
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11.4 Compact structural layout with removable grille for easy maintenance and drainage
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11.5 Using advanced fuzzy PID temperature control technology, it can accurately and quickly achieve stable temperature control effect
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11.6 Compressor refrigeration, R134a environmentally friendly refrigerant, avoiding environmental pollution and harm to experimenters
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11.7 Multiple protection design: over current protection, high and low temperature protection, over temperature protection, low liquid level sound and light alarm, prevent dry burning protection
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11.8 Temperature control range - 5℃～100℃
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11.9 Temperature stability - ± 0.05℃
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11.10 Display resolution - 0.1℃
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11.11 Temperature control method - Fuzzy PID
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11.12 Temperature sensor - PT100
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11.13 Heating Power - 2000W
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11.14 Cooling Power - 1500W
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11.15 Refrigerant - R134a
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11.16 Pump flux - 10L/min
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11.17 Pump pressure - 0.35 bar
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11.18 Volume - 10L
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11.19 Dimensions LxWxH(cm)-555mm×350mm×750mm
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11.20 Power supply 220 VAC ±10% 50Hz
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11.21 Working condition-10℃～25℃
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11.22 Weight - 40kg
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Refrigerated centrifuge
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12.1 Max Speed (RPM) : 20000
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12.2 Max RCF :37570 Max
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12.3 Max Tube size:250
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12.4 Max. Capacity:1200
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12.5 Temperature: -8 °C
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12.6 Capacity: 4 to 6 x 85 to250 ml (Fixed Angle Rotor) (Max Speed: 9500 RPM & Max RCF: 12000 )
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12.7 Max capacity: 4x 600ml (Swing Out Rotor) (Max Speed: 4800PRM & Max RCF: 4740RCF)
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12.8 Capacity:8 x 50 ml (Angle head Rotor) (Max speed:16000 RPM and Max RCF: 30020
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12.9 Capacity : 12 x 15 ml (Angle head Rotor) ( Max Speed:20000RPM and Max RCF:37570)
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12.10 Capacity:24 x 1.5 ml (Angle head Rotor) (Max speed: 20000 RPM and Max RCF:37570
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12.11 Noise level: 56 dB(A) or less
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12.12 Powered lid locking
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12.13 Ergonomic control and information panel
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12.14 Easy rotor changing
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12.15 98 program storage spaces
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12.16 Protection against unauthorized operation / modification of stored programs
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12.17 Switch of centrifuge run time from “at start” (commencement at start) to “at speed” (start when nominal speed is attained)
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12.18 Imbalance switch-off
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12.19 Automatic rotor recognition
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12.20 Emergency lid lock release Lid locking and holding during rotor run
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12.21 Motor overheating protection
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12.22 Stand-by cooling SAFETY
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12.23 Lid dropping protection
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12.24 Electrical Supply: As per Indian Standard
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12.25 Certification: IVD, CE & ISO
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12.26 Local service support should be available.
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Filtration setup
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13.1 1 x vacuum pump (in pump kit only)
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13.2 1 x 1m length of heavy walled rubber tubing
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13.3 2 x cable ties (to affix the tubing to the pump inlet securely)
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13.4 1 x 250ml Pyrex Buchner flask
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13.5 1 x set of filter cones (to connect the flask to the funnel with an airtight seal)
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13.6 1 x procelain Buchner funnel to fit 7cm filter papers
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13.7 1 x retort stand set (to hold the flask steady during filtration)
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Lab Wiley grinder
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14.1 Heavy Duty Willey Mill is mounted on a complete enclosed Iron Frame
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14.2 The base contains with 1 H.P. Electric Motor, Single Phase to work on 220/230 Volts A/C
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14.3 Four Steel Knives bolted to a rotor to work against SIX KNIVES BOLTED WITH GRIDING CHAMBER. Hinged door facilitates cleaning by affording easy access to grinding chamber which 200 mm dia x 75 mm deep
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14.4 Feeding rate is controlled by a sliding shutter at the lower end of hopper. The Sieves are of Brass-Sheet mounted on aluminum frames so that samples cannot enter receiver without passing through the screen
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14.5 3 Sieves with No;20 , 40 , & 60 mesh brash sieve
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HPLC column for sugar analysis with guard column
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Aminex HPX-87P column with guard column for sugar analysis
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15.1 300x 7.8 mm
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15.2 Prepacked HPLC carbohydrate analysis column
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15.3 Lead form, 9 µm particle size, 8% cross linkage
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15.4 pH ranges 5-9
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15.5 Guard column: with ionic form H+ /CO3 - deashing guard column (30X 4.6 mm guard column, lead form pH ranges 5-9, for Aminex HPX-87P column)
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Aminex HPX-87H column with guard column for sugar, alcohol and acid analysis
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15.6 300x7.8 mm,prepacked HPLC carbohydrate analysis column, hydrogen form
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15.7 9 µm particle size, 8% cross linkage, pH range 1-3
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15.8 Guard column:30x4.6 mm, guard column, hydrohen form, pH range 1-3, for Aminex hydrogen form columns
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Spectrophotometer with microplate reader
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17.1 Single compact instrument with both UV/Vis and fluorescence spectrometer and allowing quantification of sample volumes from 'Microlitres to Millilitres’.
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17.2 Spectral band width: 4 nm
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17.3 Photometric measuring range: 0 A to 3.0 A at 260 nm
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17.4 Random error: ≤ 0.002 if A = 0 ≤ 0.005 (0.5 %) if A = 1
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17.5 Systematic error: ± 1% if A = 1
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17.6 Display: VGA TFT-Display 5.7"
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17.7 Instrument should not have warming up time
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17.8 System should be capable of determining very low concentration of biomolecule using commercially available fluorescent dyes for dsDNA, ssDNA, Oligo, RNA & protein.
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17.9 Should have in-built pre-programs for nucleic acids and protein quantification by fluorescence intensity using dyes such as PicoGreen®, OliGreen®, RiboGreen® and NanoOrange®.
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17.10 Should allow performing assays through freely selectable fluorescence applications
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17.11 Fluorescence intensity should be across a range of 0.5nM - 2,000nM fluorescein
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17.12 Detection range for dsDNA should be 1pg/µL to 1000ng/mL in fluorescence mode and 2.5ng/µL to 1500ng/μL in absorbance mode
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17.13 Measuring principle should be confocal filter fluorimeter with reference beam
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17.14 Should have the combination of LED as light source along photodiodes as beam receiver
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17.15 Random error should not exceed ± 2% at 1 nm fluoresce (emission wavelength 520 nm)
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17.16 Absorbance optics must have the combination of xenon flash lamp with holographic aberration-corrected concave grating and receiver as CMOS photodiode
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17.17 Operating principle must be with two beams: Absorption single-beam spectrophotometer with reference beam
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17.18 Should be compact & stand-alone system to handle sample volume ranging from 1.5μL to 4mL.
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17.19 UV/Vis wavelength range from 200nm to 830nm, with spectral scanning feature.
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17.20 System should be supplied with at least 200 numbers of UV permissible plastic cuvettes of 50μL sample volume.
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17.21 Must allow rapid and reliable quantification of Nucleic acids and proteins, OD600, dye methods (to calculate the FOI for both nucleic acid & protein).
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17.22 Should allow acquire data at user-defined wavelengths from 200 nm to 830 nm and at user preferred path length
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17.23 Concentration via standard series must have curve fit evaluations viz., Regressions (linear, cubical, quadratic), and Interpolations (linear & Spline) with curve sections in detail with view directly on the instrument display
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17.24 Should allow transfer of measured data to PC by connecting the device directly to PC without any additional software in addition to transfer the data via USB stick
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17.25 Must have evaluation methods with factor, standard or standard series
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17.26 Must have Multi – wavelength, Dual-wavelength applications with subtraction and division analysis
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17.27 Direct operation on the device, with no requirement for PC
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17.28 Measuring results (1,000) can be saved directly on the device. 100 method programs in memory.
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Microplate reader
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17.29 With attached 96 well plate titer plate reader system
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17.30 Low-volume samples with the Plate (2 µL)
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17.31 Ultra-fast spectrometer to read 220 to 1000 nm in under 1 second per well
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17.32 Compatible with all microplate formats up to 1536-well
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17.33 A standard cuvette port for individual samples
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17.34 Multi-mode shaking: linear, orbital, and double orbital
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Evaluation Notes How It Works ?
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