Volatile Phenol Water Quality Online Automatic Monitor

Short Description:

Phenols can be classified into volatile and non-volatile phenols based on whether they can be distilled with steam. Volatile phenols generally refer to monophenols with boiling points below 230°C. Phenols primarily originate from wastewater produced in oil refining, gas washing, coking, papermaking, synthetic ammonia production, wood preservation, and chemical industries. Phenols are highly toxic substances, acting as protoplasmic poisons.


Product Detail

Product Tags

Product Overview:

 

Phenols can be classified into volatile and non-volatile phenols based on whether they can be distilled with steam. Volatile phenols generally refer to monophenols with boiling points below 230°C. Phenols primarily originate from wastewater produced in oil refining, gas washing, coking, papermaking, synthetic ammonia production, wood preservation, and chemical industries. Phenols are highly toxic substances, acting as protoplasmic poisons. Low concentrations can denature proteins, while high concentrations cause protein precipitation, directly damaging various cells and strongly corroding skin and mucous membranes. Long-term consumption of phenol-contaminated water may lead to dizziness, skin rashes, itching, anemia, nausea, vomiting, and various neurological symptoms. Phenolic compounds have been identified as tumor promoters in humans and mammals.

 

Product Principle:

In an alkaline medium, phenolic compounds react with 4-aminoantipyrine. In the presence of potassium ferricyanide, an orange-red antipyrine dye is formed. The instrument performs quantitative analysis using spectrophotometry.

 

Technical Parameters:

No.

Specification Name

Technical Specification Parameter
1

Test Method

4-Aminoantipyrine Spectrophotometry
2

Measuring Range

0~10mg/L (Segment measurement, expandable)
3

Lower Detection Limit

0.01
4

Resolution

0.001
5

Accuracy

±10%
6

Repeatability

5%
7

Zero Drift

±5%
8

Span Drift

±5%
9

Measurement Cycle

Less than 25min, digestion time adjustable
10

Sampling Cycle

Time interval (adjustable), on-the-hour, or triggered measurement mode, configurable
11

Calibration Cycle

Automatic calibration (1~99 days adjustable); Manual calibration configurable based on actual water sample
12

Maintenance Cycle

Maintenance interval >1 month; each session approx. 5min
13

Human-Machine Operation

Touchscreen display and command input
14

Self-check & Protection

Self-diagnosis of instrument status; data retention after abnormality or power failure; automatic clearing of residual reactants and resumption of operation after abnormal reset or power restoration
15

Data Storage

5-year data storage capacity
16

One-Key Maintenance

Automatic draining of old reagents and cleaning of pipelines; automatic replacement of new reagents, automatic calibration, and automatic verification; optional use of cleaning solution for automatic cleaning of digestion chamber and metering tubes
17

Rapid Debugging

Enables unattended, continuous operation; automatically generates debug reports, greatly facilitating users and reducing labor costs
18

Input Interface

Digital input (Switch)
19

Output Interface

1x RS232 output, 1x RS485 output, 1x 4~20mA analog output
20

Operating Environment

Indoor use; recommended temperature 5~28°C; humidity 90% (non-condensing)
21

Power Supply

AC220±10% V
22

Frequency

50±0.5 Hz
23

Power Consumption

150W (excluding sampling pump)
24

Dimensions

520mm (H) x 370mm (W) x 265mm (D)

  • Previous:
  • Next:

  • Write your message here and send it to us