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Hydroponic biodegradation instrument

品牌:Thmorgan
型号:T1200C
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Number of views:
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Brand:
Thmorgan
Model:
T1200C
Product description
Parameters

 

First, product use

1, can be used for activated sludge biodegradation detection;

2, can be used for biological based biodegradation detection;

3, meet GB/T19276.2-2003 test standard;

4, meet GB/T33616-2017 test standard;

5, meet the test requirements of GB/T40612-2021;

6, meet the test requirements of GB/T40367-2021;

7, meet the iso14852-1999 testing standards;

8, meet ISO19679-2020 testing standard.

 

Two, product features

1, fully meet GB/T 19276.2 standard testing requirements;

2. Adopt the design method of water culture and open oxygen supply to simulate the environment with strong oxygen demand;

3, fast reaction speed, can greatly shorten the detection period, improve the detection efficiency;

4, high detection precision, 12 road independent infrared detection, real-time on-line determination of carbon dioxide;

5, the detection range is wide, the maximum detection limit can reach 5000 PPM;

6, carbon dioxide concentration and accumulation of double display, can be exported in the form of charts or curves;

7, quiet design, 12 independent controllable air supply, the sound is less than 45DB;

8, water bath temperature control, temperature adjustment accuracy ±0.1℃;

9, magnetic stirring system: provide long time stirring;

10, cloud platform detection, real-time online observation of data and curves.

 

Three, product principle

Under the action of microorganisms, bio-based materials consume oxygen to decompose and produce inorganic materials such as carbon dioxide and water. The carbon dioxide produced is monitored in real time by high-precision infrared sensors.The biodegradation rate is the percentage of the actual carbon dioxide release of the sample and the theoretical carbon dioxide release of the sample.

 

 

 

 

Four,Product parameters

1. Oxygen supply system

1.1 Air supply mode: continuous aeration oxygen supply, built-in air supply pump;

1.2 Air pump control: air pump is divided into 12 channels, each channel has an independent switch;

1.3 Gas flow adjustment range: 30ml/min -- 300ml/min;

1.4 It has 12 glass rotors to adjust the flow rate;

1.5 It has 12 electronic flowmeters to collect flow velocity;

 

2. Reaction system

2.1 channel number: 12;

2.2 Magnetic stirring: 12;

2.3 Temperature control mode: water bath type;

2.4 Set temperature range: room temperature -99℃, step 0.1℃;

2.5 Temperature control accuracy: ≤±0.1℃;

2.6 Reaction bottle volume: 500ml;

2.7 Reaction bottle material: high borosilicate hard glass;

2.8 Pre-decarbonization system: yes;

2.9 Ammonia removal system: yes;

 

 

3. Detection system

3.1 Detection method: infrared carbon dioxide detection;

3.2 Number of infrared probes: 12

3.3 Display mode: simultaneous display of carbon dioxide concentration and total amount;

3.4 Detection range: 0-5000ppm;

3.5 resolution: 1ppm;

3.6 Data collection period: up to 1 second. You can choose seconds, parts, and hours freely.

 

4. Software control system

4.1 Software control system with independent intellectual property rights;

4.2 Data acquisition by software can generate real-time data curve;

4.3 Bearer system: Win7/8/10 and other professional operating systems;

4.4 Data storage mode: Real-time storage can be carried out in the experiment;

4.5 Cloud platform, data and charts can be accessed and downloaded remotely at any time;

4.6 USB ports: Three.  

 

 

5. Whole system

5.1 Power supply: 220V 16A AC;

5.2 Power frequency: 50/60Hz;

5.3 Working humidity: <60%;

5.4 Operating temperature: 5-40℃;

5.5 Overall power: 4KW;

5.6 dimensions (L x W x H) : 1500mm x 900mm x 900mm

5.7 Gross weight: 180KG.

 

Five,Product configuration

1. 1 host machine;

2. 12 reaction bottles;

3, decarbonization bottle 12;

4. 12 ammonia bottles in addition;

5, dehumidification bottle 12;

6. 1 set of software;

7. Connect 1 set of hose;

8. One set of documents will be attached.

Six, experimental examples

This is the experimental result of measuring the biodegradability of a sample by using T1200C hydroponic biodegradability tester in a unit, referring to the method standard of GB/T19276.2-2003. The test period is 49 days. At the end of the test, the average degradation rate of cellulose is 89.41%, the curves of each sample group are flat, and the growth is basically over.The experimental design and experimental results are shown as follows:

 

 

Table 1 Experimental design

 

 

1

2

3

4

5

6

7

8

9

inoculum

300ml

300ml

300ml

300ml

300ml

300ml

300ml

300ml

300ml

cellulose

 

 

 

2.0 g

2.0 g

 

 

 

 

A4 paper

 

 

 

 

 

2.0 g

2.0 g

 

 

Sample 1

 

 

 

 

 

 

 

2.0 g

2.0 g

 

 

 

Figure 1 CO2Release curve

 

We could not find any corresponding parameters, please add them to the properties table
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