| MVR 扳我抖抆技 我扼扭忘把我找快抖攸 |

Application:
扭把我技快扶快扶我快:
Mechanical vapor recompression (MVR) evaporator used is used for milk, glucose, organic acid, VC, xylose, pharmaceutical, chemical, biological engineering, environmental industry, waste recycling industry, paper making industry, salt making industry and so on.
技快抒忘扶我折快扼抗忘攸 扭忘把忘 扭把快扼扼 (MVR) 我扼扭忘把我找快抖抆, 我扼扭抉抖抆戒批快技抑抄 我扼扭抉抖抆戒批快找扼攸 忱抖攸 技抉抖抉抗忘, 扼忘抒忘把忘, 抉把忍忘扶我折快扼抗我快 抗我扼抖抉找抑, 志抗, 抗扼我抖抉戒忘, 扳忘把技忘扯快志找我折快扼抗抉抄, 抒我技我折快扼抗抉抄, 忌我抉抖抉忍我折快扼抗抉抄 我扶忪快扶快把我我 改抗抉抖抉忍我折快扼抗抉抄 扭把抉技抑扮抖快扶扶抉扼找我, 扭快把快把忘忌抉找抗忘 抉找抒抉忱抉志 扭把抉技抑扮抖快扶扶抉扼找我, 忌批技忘忪扶抉抄 扭把抉技抑扮抖快扶扶抉扼找我, 扼抉抖抆, 扭把抉技抑扮抖快扶扶抉扼找我 我 找.忱.
Structure Drawing:
扼找把批抗找批把忘 把我扼批扶抉抗:

扼找把批抗找批把忘: MVR 我扼扭忘把我找快抖攸 志抗抖攻折忘快找 志 扼快忌攸 扭把快忱志忘把我找快抖抆扶批攻 抉忌抉忍把快志忘找快抖抆, 抉忌抉忍把快志忘找快抖抆, 扶忘扼抉扼, 扼快扭忘把忘找抉把, 志忘抗批批技扶抑快 扼我扼找快技抑, 抗抉技扭把快扼扼抉把, 扼我扼找快技忘 忘志找抉技忘找我折快扼抗抉忍抉 扼我扼找快技批 抗抉扶找把抉抖攸, 扼我扼找快技批 抉折我扼找抗我 我 找.忱.
Principle: To feed the material from raw material storage tank through feed pump, the preheating system and the heating system into the heater and the separator. To stop feeding when the liquid level reaches the setting height.
扭把我扶扯我扭: 抗抉把技我找抆 技忘找快把我忘抖忘 我戒 扼抑把抆攸, 忌忘抗 折快把快戒 抗忘扶忘抖 扶忘扼抉扼, "扼我扼找快技抑 我 扼我扼找快技抑 抉找抉扭抖快扶我攸 志 抉忌抉忍把快志忘找快抖攸技我 我 扼快扭忘把忘找抉把.扭把快抗把忘找我找抆 抗抉把技抖快扶我快, 抗抉忍忱忘 忪我忱抗抉扼找抆 忱抉扼找我忍忘快找 志抑扼抉找抑 把快忍批抖我把抉志抗我.
Then to start material circulating pump, the liquid will be circulating in the heater and the separator, to open the steam valve to heat the raw material, when the temperature is reaching the setting temperature, then turn on the vacuum system and compressor, the impeller speed is gradually increasing, then the system is evaporating, at the same time, the raw material is continuously entering from the bottom of the heater, it is like film flow from bottom to up, it is also heated by steam until boiling, the steam is spraying out from the arc guide groove to separator, the steam will be rotating rise along the wall of the separator and exhaust into compressor, the liquid will drop down to bottom of the separator. The temperature of pure steam will rise after compression, this recycled steam can heat the heater again, so it can save energy. The recycled steam will be cooled and became into hot water which flow into pre heater, to heat the raw material which flow into heater and separator, so the whole system maintained at a constant feed, discharge, evaporation.
戒忘找快技 扶忘折忘找抆 技忘找快把我忘抖 扯我把抗批抖攸扯我抉扶扶抑抄 扶忘扼抉扼, 忪我忱抗抉扼找抆 忌批忱快找 扯我把抗批抖我把抉志忘找抆 抉忌抉忍把快志忘找快抖抆 我 扼快扭忘把忘找抉把, 扭忘把抉志抉抄 志快扶找我抖抆 抉找抗把抑找抆 忱抖攸 抉忌抉忍把快志忘 扼抑把抆攸, 抗抉忍忱忘 找快技扭快把忘找批把忘 志抉戒忱批抒忘 忱抉扼找我忍忘快找 批扼找忘扶抉志抗忘 找快技扭快把忘找批把抑, 戒忘找快技 扭抉 志忘抗批批技扶抉抄 扼我扼找快技抑 我 抗抉技扭把快扼扼抉把忘 扯快扶找把抉忌快忪扶抑快 扼抗抉把抉扼找我, 扭抉扼找快扭快扶扶抉 批志快抖我折我志忘快找扼攸, 找抉 扼我扼找快技忘 我扼扭忘把快扶我攸, 扶忘 找抉技 忪快 志把快技攸, 扼抑把抆攸, 扭抉扼找抉攸扶扶抉 扭抉扼找批扭忘攻投我快 我戒 扶我忪扶快抄 折忘扼找我 抉忌抉忍把快志忘找快抖抆, 改找抉 抗忘抗 扳我抖抆技 扭抉找抉抗抉技 扼扶我戒批 志志快把抒, 抉扶 找忘抗忪快 扶忘忍把快志忘快找扼攸 扭忘把抉技 忱抉 抗我扭快扶我攸, 扭忘把 抉扭把抑扼抗我志忘扶我攸 我戒 ARC 把批抗抉志抉忱扼找志忘 Groove 忱抖攸 扼快扭忘把忘找抉把忘, 扭忘把忘 忌批忱快找 扼技快投忘找抆扼攸 志 把抉扼找 志忱抉抖抆 扼找快扶抑 扼快扭忘把忘找抉把 我 志抑抒抖抉扭扶抑抒 忍忘戒抉志 志 抗抉技扭把快扼扼抉把, 忪我忱抗抉扼找抆 扼扶我戒我找扼攸 忱抉 扶我忪扶快抄 折忘扼找我 把忘戒忱快抖我找快抖抆.找快技扭快把忘找批把忘 扭忘把忘 忌批忱快找 把忘扼找我 扭抉扼抖快 折我扼找抉忍抉 扼忪忘找我攸, 改找抉 扭忘把忘 技抉忪快找 扭抉志找抉把扶抉 找快扭抖忘 抉忌抉忍把快志忘找快抖抆 扼扶抉志忘, 找忘抗 折找抉 抉扶 技抉忪快找 改抗抉扶抉技我找抆 改扶快把忍我攻.我戒 扭忘把 忌批忱快找 抉抒抖忘忪忱忘找抆 我 扼找忘抖 志 忍抉把攸折批攻 志抉忱批, 抗抉找抉把抑快 志扭忘忱忘攻找 志 戒忘把忘扶快快 抉忌抉忍把快志忘找快抖抆, 忱抖攸 扶忘忍把快志忘 扼抑把抆攸, 抗抉找抉把抉快 扭快把快找快抗忘快找 志 抉忌抉忍把快志忘找快抖抆 我 扼快扭忘把忘找抉把, 找忘抗 我 志扼快抄 扼我扼找快技抑 扶忘 批把抉志扶快 扭抉扼找抉攸扶扶抉忍抉 抗抉把技忘, 批志抉抖抆扶快扶我攸, 我扼扭忘把快扶我攸.
Character:
抒忘把忘抗找快把:
MVR evaporator is new technology for modern industry
MVR 我扼扭忘把我找快抖攸 攸志抖攸快找扼攸 扶抉志抉抄 找快抒扶抉抖抉忍我我 忱抖攸 扼抉志把快技快扶扶抉抄 扭把抉技抑扮抖快扶扶抉扼找我
1. MVR Evaporator saving technology is the most advanced of the current international evaporator technology requires only a very small amount of Health and steam (when start up, need a small amount of steam, normal operation, is almost no need for the steam), greatly reduce business operating costs, reduce environmental pollution.
1.MVR 我扼扭忘把我找快抖攸 找抉扭抖我志抉扼忌快把快忍忘攻投我抒 找快抒扶抉抖抉忍我抄 攸志抖攸快找扼攸 扶忘我忌抉抖快快 扭快把快忱抉志抑快 我戒 扶抑扶快扮扶快忍抉 技快忪忱批扶忘把抉忱扶抉忍抉 我扼扭忘把我找快抖攸 找快抒扶抉抖抉忍我我 找把快忌批快找扼攸 抖我扮抆 扶快忌抉抖抆扮抉快 抗抉抖我折快扼找志抉 技快忱我扯我扶扼抗我抒 我 扭忘把忘 (扭把我 戒忘扭批扼抗快 扶批忪扶抉 扶快忌抉抖抆扮抉快 抗抉抖我折快扼找志抉 扭忘把, 扶抉把技忘抖抆扶抉快 扳批扶抗扯我抉扶我把抉志忘扶我快, 扭抉折找我 扶快找 扶快抉忌抒抉忱我技抉扼找我 忱抖攸 扭忘把), 扼批投快扼找志快扶扶抉 扼抉抗把忘找我找抆 抉扭快把忘扯我抉扶扶抑快 我戒忱快把忪抗我 忌我戒扶快扼忘, 扼扶我忪快扶我快 戒忘忍把攸戒扶快扶我攸 抉抗把批忪忘攻投快抄 扼把快忱抑.
2. As a result of compressors to provide heat, and compared to conventional evaporator, the temperature difference is much smaller, to achieve a moderate evaporation, which greatly improve product quality and reduce fouling.
2.志 把快戒批抖抆找忘找快 抗抉技扭把快扼扼抉把抉志 忱抖攸 抉忌抉忍把快志忘, 我 扭抉 扼把忘志扶快扶我攻 扼 抉忌抑折扶抑技我 我扼扭忘把我找快抖抆, 把忘戒扶我扯忘 找快技扭快把忘找批把 忍抉把忘戒忱抉 技快扶抆扮快, 抉忌快扼扭快折我找抆 批技快把快扶扶抑快 我扼扭忘把快扶我攸, 抗抉找抉把抉快 戒扶忘折我找快抖抆扶抉 批抖批折扮我找抆 抗忘折快扼找志抉 扭把抉忱批抗扯我我 我 扼抉抗把忘投快扶我攻 戒忘忍把攸戒扶快扶我攸.
3. No condenser or only a small area condenser, structure and process is very simple, fully automatic, continuous operation, safe and reliable.
3.扶快 抗抉扶忱快扶扼忘找抉把 我抖我 找抉抖抆抗抉 扶快忌抉抖抆扮抉抄 批折忘扼找抉抗 抗抉扶忱快扶扼忘找抉把忘, 扼找把批抗找批把忘 我 扭把抉扯快扼扼 抉折快扶抆 扭把抉扼找抉抄, 扭抉抖扶抉扼找抆攻 忘志找抉技忘找我折快扼抗忘攸, 扶快扭把快把抑志扶抉快 扳批扶抗扯我抉扶我把抉志忘扶我快, 忌快戒抉扭忘扼扶抉抄 我 扶忘忱快忪扶抉抄.
4. Equipment with CIP cleaning within the pipeline can be realized inside cleaning, the entire device easy to operate, no dead ends.
4.抉忌抉把批忱抉志忘扶我快 扼 CIP 批忌抉把抗批 志 忍忘戒抉扭把抉志抉忱 技抉忪快找 忌抑找抆 把快忘抖我戒抉志忘扶忘 志 批忌抉把抗快, 志扼快 批扼找把抉抄扼找志忘 抖快忍抗抉 批扭把忘志抖攸找抆, 扶快 戒忘抗忘扶折我志忘快找扼攸.
5. The evaporator is a material at low temperatures ( evaporation temperature 45⊥-75⊥ )and does not generate foam under the state of evaporation, liquid evenly, do not run material, not easy to coking, minimum denaturation for heatinf material
5.扭把我 改找抉 技忘找快把我忘抖, 扭把我 扶我戒抗我抒 找快技扭快把忘找批把忘抒 (我扼扭忘把快扶我攸 找快技扭快把忘找批把快 45 ⊥ - 75 ⊥) 我 扶快 扼抉戒忱忘志忘找抆 扭快扶抑 志 把忘技抗忘抒 忍抉扼批忱忘把扼找志快扶扶抉抄 我扼扭忘把快扶我攸, 忪我忱抗抉扼找抆 把忘志扶抉技快把扶抉, 扶快 忌快忍我 技忘找快把我忘抖忘, 扶快 扭把抉扼找抉 抗抉抗扼批攻投我抄扼攸, 技我扶我技批技 忱快扶忘找批把忘扯我攸 忌快抖抗抉志 忱抖攸 heatinf 技忘找快把我忘抖忘
Parameter:
扭忘把忘技快找把抑:
Parameter:
|
Model |
MVR-0.5 |
MVR-1 |
MVR-1.5 |
MVR-2 |
MVR-5 |
MVR-10 |
MVR-15 |
|
Evaporation capacity |
500kg/Hr |
1000kg/Hr |
1500kg/Hr |
2000kg/Hr |
5000kg/Hr |
10000kg/Hr |
15000kg/Hr |
|
Inlet�� saturated steam capacity(kg/Hr) |
500 |
1000 |
1500 |
2000 |
5000 |
10000 |
15000 |
|
Inlet saturation temperature (c) |
55.295 |
71.631 |
82.109 |
90 |
90 |
90 |
90 |
|
Outlet temperature (c) |
12.590 |
14.145 |
15.185 |
16.000 |
16.000 |
16.000 |
16.000 |
|
Outlet the saturation temperature (c) |
67.885 |
85.776 |
97.294 |
106.000 |
106.000 |
106.000 |
106.000 |
|
Inlet saturation pressure kPa (A) |
15.975 |
33.441 |
51.567 |
70.117 |
70.117 |
70.117 |
70.117 |
|
Inlet saturation pressure kPa (A) |
28.432 |
59.596 |
91.921 |
125.029 |
125.029 |
125.029 |
125.029 |
|
Compression ratio |
1.780 |
1.782 |
1.783 |
1.783 |
1.783 |
1.783 |
1.783 |
|
Motor power (kw) |
40 |
55 |
75 |
95 |
132 |
550 |
640 |
|
Outlet volume flow (m^3/s) |
0.795 |
0.7971 |
0.7985 |
0.7997 |
0.7997 |
0.7997 |
0.7997 |
|
exhaust velocity(m/s) |
22.736 |
22.795 |
22.837 |
22.87 |
22.87 |
22.87 |
22.87 |
|
Outlet volume flow (m^3/s) |
4X4X10 |
6X4.5X12 |
8X5.5X14 |
8X5.5X14 |
9.5X6X15 |
12.6X6.5X17 |
13.6X7X17 |
