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DY fishing vessel diesel engine exhaust icemaker brings convenience to fishers,
which can keep your caches fresh and with no damage.
It utilizes surplus heat of diesel engine exhaust to attain to refrigeration.
It hardly needs any operation fees and greatly reduces the cost of production.
You need not add any generators and fuels for icemaker.
DY system can save such expenditure for you and increase your profits.
| The phenomenon that liquid absorbs gas is called absorption, while the phenomenon that solid absorbs gas is named
adsorption. DY heat energy adsorption refrigeration technology takes DY double salt as absorbent and ammonia as refrigerant. It utilizes waste heat of diesel engine exhaust as power. Depending on chemical affinity and power provided by the circulation of heat energy refrigeration, it attains to efficient refrigeration. This technology has solved the difficult problems that inhibits development of adsorption refrigeration and improve the traditional intermittent adsorption refrigeration to continuous refrigeration, and let the adsorption technology can be put into practical production. |
| Why do you choose DY fishing vessel diesel engine exhaust icemaker? |
| Reducing the cost of production: |
when fishers off shore have our system, they will not pay for ice any more. While the fishers replace the compressive icemaker they have possessed with our system, they need not buy more diesels to operate it and expend a sum of money on its maintenance. |
| No charges of operation: |
because it utilizes surplus heat of diesel engine exhaust of fishing vessels as drive power, there is no any increase consumption of oil. |
| No noise: |
for it has no motion parts, it is very quiet during its operation. |
| No pollution: |
our system uses heat energy to obtain refrigeration, it dose not adopt Freon and produce by-products which is poison or harmful. |
| Good refrigeration effect: |
the first grade temperature that our system can reach to is
-25 C deg. |
| Higher security: |
when the system dose not work, there is no liquefied ammonia with high pressure. So it is of higher security compared with compressive icemaker. |
| More economic: |
System makes use of low-grade surplus heat as power, but not electricity, obviously it can economize on energy. |
| Longer service life: |
Cause the system has no motion parts, it hardly needs any maintenance and repair, and its service life can reach to 20 years. |
Recreation of quality goods:
DY fishing vessel exhaust icemaker is the achievement of new theory and sophisticated technology. In order to make this product more precision and superior, we select some enterprises, the first-class enterprises in international refrigeration circle, as the supplier for our necessary accessories. We utilize our DY heat energy adsorption technology to assemble and develop these first-class products, and make our original achievement-DY generator compatible with them. Then the first-class product-DY fishing vessel exhaust icemaker comes out. |
|
DY160-6-Z (I) |
DY185-1.2-Z |
|
DY
Generator |
Refrigeration effect: |
6 KW |
DY
Generator |
Refrigeration effect: |
7.5 KW |
| Ice-making capacity: |
33kg/h |
Ice-making capacity: |
38 kg/h |
| Suited horsepower: |
>=150 HP |
Suited horsepower : |
>=150HP |
| Adsorbent: |
DY adsorbent |
Adsorbent: |
DY adsorbent |
| Refrigerant: |
Ammonia(NH3) |
Refrigerant: |
Ammonia (NH3) |
| Method of chilling: |
Water chilling |
Method of chilling: |
Water chilling |
| Pressure of system: |
~1.2MPa |
Pressure of system: |
~1.2MPa |
| Volume of generator: |
880×410×1628mm |
Volume of generator: |
1050×1400×350 mm |
| Weight of
generator: |
600 kg |
Weight of
generator: |
636 kg |
| Condenser |
Material of parts: |
SUS316 |
Condenser |
Material of parts: |
SUS316 |
| Pressure tested: |
2.5 MPa |
Pressure tested: |
2.5 MPa |
| Pressure utilized: |
max.1.5 MPa |
Pressure utilized: |
max.1.5 MPa |
| Temperature utilized: |
195~225 C deg. |
Temperature utilized: |
195~225ºC |
| Icemaker |
Ice-making capacity is 1 ton/day |
Icemaker |
Ice-making capacity is 2 ton/day |
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