Ultraviolet UVC wastewater treatment
Ultraviolet UVC wastewater treatment
Product Overview
Ultraviolet Water Channel Disinfection System
Dragon Fu is a UV sterilizer supplier. We have accumulated rich experiences in UV system for water treatment plant.
Referencing international authoritative standards, scientifically calculating the required ultraviolet intensity and dosage for sewage treatment, designing appropriate water channel disinfection solutions for customers. This system is suitable for various sewage treatments without the need to add any chemical agents, reducing the possibility of secondary pollution. With a modular design, it provides convenience for future expansion.
Trends in Common Water Disinfection Techniques
Comparison of Disinfection Solutions
Disinfection Solutions |
Advantages |
Disadvantages |
|
Ultraviolet Disinfection |
UVC |
1. No "trihalomethanes" and other substances are produced, compliant with environmental protection requirements. 2. Rapid disinfection, no chemical reactions. 3. Short contact time, lower civil construction costs. 4. Low operating costs and small footprint. |
1. Disinfection efficacy is heavily influenced by water quality. 2. No continuous disinfection capability. |
Chlorine Disinfection |
CL² |
1. Traditional technology is mature, and the cost is relatively low. 2. Simple to use dosing equipment, accurate dosing. 3. Residual chlorine has a continuous disinfection effect. |
1. Easily generates "trihalomethanes," chlorine and certain oxidized compounds formed are harmful to organisms. 2. Chlorine gas is dangerous and not suitable for storage and transportation. |
Chlorine Dioxide Disinfection |
CLO² |
1. Has better disinfection effect, does not produce "trihalomethanes." 2. Produces fewer by-products and is not influenced by pH. |
1. High operating cost. 2. Cannot be stored, only prepared fresh for use; major safety hazards. |
Ozone Disinfection |
O³ |
1. High disinfection efficiency, does not produce difficult-to-handle or bioaccumulating residues. 2. Has strong oxidizing power. |
1. High investment and operating costs. 2. Complex equipment management. |
Actual Photos
Specifications(Water channel specifications can be customized based on site conditions)
Product Model |
Grade A Standard |
Variation Coefficient |
||
Water Processing Volume |
Number of Lamps |
Power Consumption |
||
(T/D) |
(pcs) |
(KW) |
||
DF-HSW-320W-3-8 |
5000 |
24 |
7.68 |
K=1.3 |
DF-HSW-320W-4-8 |
10000 |
32 |
10.24 |
K=1.3 |
DF-HSW-320W-6-8 |
15000 |
48 |
15.36 |
K=1.3 |
DF-HSW-320W-8-8 |
20000 |
64 |
20.48 |
K=1.3 |
DF-HSW-320W-10-8 |
25000 |
80 |
25.6 |
K=1.3 |
DF-HSW-320W-12-8 |
30000 |
96 |
30.72 |
K=1.3 |
DF-HSW-320W-14-8 |
35000 |
112 |
35.84 |
K=1.3 |
DF-HSW-320W-16-8 |
40000 |
128 |
40.96 |
K=1.3 |
DF-HSW-320W-20-8 |
50000 |
160 |
51.2 |
K=1.3 |
DF-HSW-320W-24-8 |
60000 |
192 |
61.44 |
K=1.3 |
DF-HSW-320W-32-8 |
80000 |
256 |
81.92 |
K=1.3 |
DF-HSW-320W-40-8 |
100000 |
320 |
102.4 |
K=1.3 |
DF-HSW-320W-60-8 |
150000 |
480 |
153.6 |
K=1.3 |
DF-HSW-320W-72-8 |
180000 |
676 |
184.32 |
K=1.3 |
DF-HSW-320W-80-8 |
200000 |
640 |
204.8 |
K=1.3 |
Product Model |
Grade B Standard |
Variation Coefficient |
||
Water Processing Volume |
Number of Lamps |
Power Consumption |
||
(T/D) |
(pcs) |
(KW) |
||
DF-HSW-320W-2-8 |
5000 |
16 |
5.12 |
K=1.3 |
DF-HSW-320W-3-8 |
10000 |
24 |
7.68 |
K=1.3 |
DF-HSW-320W-4-8 |
15000 |
32 |
10.24 |
K=1.3 |
DF-HSW-320W-6-8 |
20000 |
48 |
15.36 |
K=1.3 |
DF-HSW-320W-8-8 |
25000 |
64 |
17.92 |
K=1.3 |
DF-HSW-320W-9-8 |
30000 |
72 |
23.04 |
K=1.3 |
DF-HSW-320W-10-8 |
35000 |
80 |
25.6 |
K=1.3 |
DF-HSW-320W-12-8 |
40000 |
96 |
30.72 |
K=1.3 |
DF-HSW-320W-15-8 |
50000 |
120 |
38.4 |
K=1.3 |
DF-HSW-320W-18-8 |
60000 |
144 |
46.08 |
K=1.3 |
DF-HSW-320W-24-8 |
80000 |
192 |
61.44 |
K=1.3 |
DF-HSW-320W-30-8 |
100000 |
240 |
76.8 |
K=1.3 |
DF-HSW-320W-45-8 |
150000 |
|