|Cosmetic Production Factory
From last February in 2006 Hyubwoo is working for Mon-cream in Mongolia, who presently operates cosmetic production factory and the contract contains supplying production machinery and technology to produce state-of-art of creams and skin lotions.
Also, the involvement includes trial cosmetic production and technology transfer for quality products.
|Copper Tube Manufacturing Factory
We are extensively working the feasibility study for copper tube manufacturing plant capable of 1,000tons of monthly production capacity of copper tube/pipe, 3/4' to 3' and water and gas applications, expandable to 1,500 tons.
The process starts cathodes of raw material and it includes casting, extruding and drawing. Client already have secured necessary land and financing sources.
|Soil-based Brick/Block Production Plant
The soil-based brick/block machine and batcher plant have been developed enable the uniform mixing and proper reaction between soil-solidifier and soils worldwide. As an additive that enhance the strength of soil bricks/brocks and pavements such as that approximates that of conventional concrete-made bricks/brocks or road pavement, the SOIL-SOLIDIFIER(ENSAP-patented and brand name) is the result of considerable R & D effort.
Soil-based bricks and pavements are known to be eco-friendly, emitting no harmful toxins. Other advantages include the low production cost. More importantly, they enable the preservation of Nature's beauty in stead of obscuring or destroying it. No wonder, the market for soil bricks is on the rise.
During the soil-based brick production the uniform soil is mixed with various additives in just a short time as core technology for ensuring the quality of the products. Backed by technical innovation, we are dedicated to developing the best-functioning soil mixer suitable for such purposes. Its quality and performance have earned the nod of Client.
Inspired by such technical confidence in our quality products, we proudly offer complete production factory for soil-based bricks/blocks including SOIL-SOLIDIFIER(ENSAP) and necessary production technology transfer.
Also, the soil-based pavement batcher plant is quite attractive to road pavement.
|Proposed Standard Plant
|Block type to be produced : wide-150mm, high-150mm, long-300mm
|Working hour : 8 hour per day
|Formed mold : 12 core
|Production capacity : 5,760 blocks/day
|AGI Homo Mixer for Cream, Lotion and Oil in Cosmetic Industry
- CAPACITY : 300 LITERS
- - HOMO MIXER : 380VOLT, 3PH, 5HP, 3600RPM
- - INVERTER CONTROL : 500~3600RPM
- - PADDLE MIXER : 380VOLT 3PH , 3HP, 1800RPM
- - HYDRO PUMP : 380VOLT, 3PH, 2HP, 1,200RPM
- - VACUUM : 380VOLT, 3PH, 3HP
- - STEAM & COOLING WATER AUTO TEMP. CONTROL
This machine is for processing and mixing softly & homogeneously in a vacuum condition, and so is able to produce goods of different kinds and various volumes with their original design and mixing principle.
They are capable of emulsifying and homogenizing, dispersing, dissolving and reaction-accelerating in liquid-liquid, liquid-powder, or liquid-solid quickly and easily. This machine is specially designed for production of cream, lotion and cleansing oil.
Scarp Tire Pyrolysis Factory
Kang-Jin TestIn 1998 Hyubwoo carried out the pyrolysis experiment by using leather tannery wastes collected from Koryo Leather Company and reclaimed oils and char. At the same time, chromium was reclaimed. Both is suitable for use in tanning process itself. It results in energy saving and efficient process for recovery of chrome in leather tannery industries. The Kang-Jin plant is capable and treating 48 tons of tannery wasters a day and 14,400 ton/year.
The major steps of a basic chrome tanning process for a cattle hide include liming, bating picking, tanning and drying. Liming is performed with a 10% lime-sodium sulfide solution to loosen the epidermis and hair. Bating performs two function. Namely. Delimiting with addition of ammonium sulfate and modification of the hide cell structure through proteolytic enzymes to accept tanning agents. The pick treatment with mineral acid decreases the pH which is adjusted to suit the chromium salts employed. The leather wasted that derive from the waste Streams are organic in nature
Since this Waste is carbon based and contains little or no sulfur it will burn "cleanly" The material has a heating value range from 8,000 to 9,000 kcal per kg. The solid leather waste generally contains approximately 6-8% chromium as chromium oxides by weight whereas the liquid wastes contain approximately 1% by weight of chromium as chromium oxides based on the weight of the hide.
To date, no method has been proposed for treating or reclaiming tannery waste which would result in the efficient production of energy suitable for use in the tanning process itself while, at the same time, enabling chromium reclamation. It is also known that the heating value of leather ranges from 8,000 to 9,000 kcal per kg. Any reclamation process which could recover the heating value of tannery. Waste would greatly increase the thermal efficiency of the overall process. Instead, it is estimated that the solid tannery waste generated in a conventional tanning operation would be able to provide at least 50% of the energy required for the basic tanning process itself.
According to the method of the present pyrolysis solid tannery wastes are subjected to a relatively low temperature pyrolysis step to convert the organic portion of the wastes to a fuel product comprising essentially, hydrocarbon gases and liquids, and a residue comprising a trivalent chromium-containing ash and a carbonaceous char. The fuel product is recovered and burned to supply heat for the pyrolysis step and to a boiler or other suitable apparatus to supply hot water and/or steam for the tanning operation. It is to be understood that by pyrolysis is meant the process by which organic materials are heated to high temperatures in the absence of significant amounts of oxygen. i.e., in an inert or reducing atmosphere whereby the organic material is thermally decomposed into simpler components. Pyrolysis differs from incineration or combustion in that in the latter two processes the organic material is significantly oxidized whereas in the from no significant oxidation takes place. Pyrolysis of the organic material derived from tannery wastes generally where is the formation of three classes of product.
(a) A gas comprising hydrogen methane carbon monoxide and carbon dioxide
(b) A liquid mixture comprising water tar oil and other organics;
(c) A solid residue comprising ash and carbon
Simultaneously, the non-pyrolyzable residue is processed to separate the char and chromium-containing residue. The char, basically carbon, can be used as a water purifier as burned to produce heat. The chromium residue is processed to recover the chromium content thereof for recycle to the tanning operation.
Brief Economic Analysis
We investigated Koryo Leather Company(KLC) who is one of major leather companies in Korea. KLC is capable to treat 1970 sheet of cow hide a day now equivalent to 90 tons a day. Outline of KLC is as follows:
-Treatment capacity : 1,970 sheets a day, 90 tons a year
-Tannery process : CrO(OH)SO4, 3,000kg a day is used now
-Yearly wastes disposal : 518,746 tons a year
-Wastes disposal cost : US$ 510,000 a year
-Chrome cost : US$ 890,000 a year
-Waste water disposal : 0.9 ton/sheet a day
-Bunker-C oil consumption : 2,400 ton a year and cost is US$ 451,000
Based on above available information we analyzed the economic feasibility in case of applying our pyrolysis plant and all wastes will be pyrolyzed and oil to be reclaimed. Brief analysis results is as follows :
- Oil production : 2,993 ton a year, price is US$ 568,000
- Char production : 1,834 ton a year
- Self-oil consumption ; 328 ton a year for pyrolysis operation
- Excessed oil : 2,665 ton a year
- Chrome reclamation : 422 ton a year. Price is US$ 337,000.
Finally we reached at the conclusion that all reclaimed oil from pyrolysis can be used for tannery process operation itself. No energy cost is required. At the same time, significant amount of chrome can be reclaimed, which can be used for process itself. It results in cost saving and reduction of disposal cost as well.
Brief results is summarized as follows :
-Reclaimed oil : US$ 568,000
-Chrome : US$ 337,000
-Saving for wastes disposal cost : US$ 510,000
-Total expected annual revenue is US$ 1,415,000
Pyrolysis plant cost is around US$ 3,500,000 but it may vary depending on site conditions and country situation. In conclusion, we are quite sure that this pyrolysis plant is viable and feasible. And also environmentally attractive to most leather tannery industries. If any question, please contact us. We are always ready to closely work with you and continue to develop new technology in fields.
Poultry Pyrolysis Test
The State of Maryland in USA is one of large production of chicken and approximately 1,000tons a day of chicken manure is being disposed now. It is a critical problem to properly treat it.
It has been treated by making a fertilizer so far but such treatment may be no longer further possible because the fertilizer is not commercial value in market. In U.K there are many power plants which use the collected chicken litters as a fuel. To solve the problems, recently the State is open to discuss a feasible proposal from outside firms and also suggest financial support to the selected scheme.
In the mean time GTR in Baltimore, USA visited at our company on June 15~19, 1999 and tested the chicken manure in pyrolysis plant at Kang-Jin, Korea. It was first time in the world and reclaimed oil and char are being now analyzed in laboratory. According to other test reports, oil contents of chicken litters is about 50% of coal. After pyrolyzing the chicken litter in this test, it was proved that the reclaimed oil from condensing unit was well burned.
As the lab. analysis proceeds, further details on this will be reported in our homepages for you reference.