Water circulation device
ecoco co., ltd is make the world clear
As a technology for water circulation device generating convection of lake water & expansion mixing by supplying bottom water to water surface through induction pipe using sunlight, this technology is used for the device improving the water quality by inhibiting algal growth and rais-ing the self-purification capacity of water quality through the improvement of underwater dissolved oxygen since stratification is destroyed by the mixing of low temperature water and middle temperature water and oxygen is provided by HiOx diffuser, whice enables the mixing of oxygen water and non-oxygen water to occur.
| MODEL | |||
|---|---|---|---|
| Product name | MS-ES6000 | MS-ESP6000 | MS-EE6000 |
| Operating time | 24 hours in a row | 24 hours in a row | 24 hours in a row |
| Power | Solar 250W X 6EA | Solar 200W X 4EA | Electric power |
| Wind power 300W | |||
| Condenser | 200AH X 6EA | 200AH X 3EA | N/A |
| Material | STS304 | STS304 | STS304 |
| Motor | 200W BLDC | 200W BLDC | 200W BLDC |
| AIR | 30W Diffused | 30W Diffused | 30W Diffused |
| Direct rate of discharge | 15㎥/min | 12㎥/min | 12㎥/min |
| Circulation area | 192000㎡ | 170000㎡ | 170000㎡ |
| Circulation diameter | 500m | 460m | 460m |
| Item | Standard and Form |
|---|---|
| Form | Floating type water circulation system using sunlight (barge type) |
| Standard | ø4200㎜ |
| Direct flow rate | 12㎥/min ↑ |
| Circulation diameter | 460M |
| Circulation area | 170,000㎡ |
| Item | Standard | Quality of material | Standard |
|---|---|---|---|
| Solar Moudle | 250W | 6/unit | |
| Battery | 200AH | 6/unit | |
| Motor | BLDC 200W | 1/unit | |
| Impeller | ø700㎜ | STS304 | 1/unit |
| Barge Mount | ø850㎜ | STS304 | 3/unit |
| Dish | 3t * ø1900㎜ | STS304 | 1/unit |
| Flex bellows pipe | ø800㎜ | tarpaulin | 1/unit |
| Blower | 30L/min | 1/unit | |
| Controller | MPPT Type | 1/unit | |
| wind power | 300W | 1/unit |
- Stand-alone type generation system using solar power generation in reservoir makes it easy to supply power in reservoir.
- Being semi-permanent product, it enables long-term control of quality of water.
- Solar panel / 250W * 6EA / 200W * 4EA.
- Charging in hybrid method, solar energy and wind power.
- Stratification is destroyed by mixing cold water with medium-temperature water by pumping and spreading oxygen water out to water surface with installation of micro oxygen bubble supplying device and sucking cold water through bottom of vertical suction pipe.
- It shows excellent effect as new technology combined with water-bloom protective method, that is aeration and forced convection.
- It is possible to prevent shortage of oxygen due to freezing because freezing phenomenon does not occur even in winter season thanks to installation of anti-icing system.
- Stable barge mounted system, being cylindrical type, is designed so as to make effect of typhoon and wind & waves be minimized by means of movement of horizontal rotation and movement of 15˚ angle to the left and right with installation of revolving joint at bottom, therefore it, being rotating cylindrical type, minimized factor that prevents flow of water, and resistance to wind even though wind blows to any direction.
Increase the concentration of the dissolved oxygen of bottom water inhibit the algal growth by the increase of critical water depth
Perishment of algae & improvement of the ecological environment pursuant to the environment destruction of algal survival by water circulation.
Inhibit algal generation pursuant to the temperature control of water surface caused by an up-and-down circulation of water.
Emit the decomposed gas of organic material in the air by the increase of underwater dissolved oxygen to reduce odor. If water is stagnant even if the dissolved oxygen increases, odor is generated, but the even quality of water controls odor by the movement of water circulation.
Accelerate the biological nitrification action & deniftrification action by circulation action.
| Application site | Installed year | Name of mdel |
|---|---|---|
| Pungnun Reservoir at Cheonan Branch of Korea Rural Corporation (Cheongin construction) | 2016.12 | MS-ESP6000 3 Sets |
| Habin Reservoir at Dalsung Branch of Korea Rural Corporation (Nuri construction) | 2016.09 | MS-ESP6000 3 Sets |
| Gyeonggi Urban Innovation Corporation Shindae Lake | 2016.09 | ESP-6000IOT 2 Sets |
| ESP-4600IOT 4 Sets | ||
| Bongjae District at Asan Branch of Korea Rural Corporation | 2015.12 | MS-ESP6000 3 Sets |
| Yunbong2 District at Goheung Branch of Korea Rural Corporation | 2015.12 | MS-ESP6000 3 Sets |
| Wangsong Reservoir at Hwangsung Suwon Branch of Korea Rural Corporation | 2015.11 | MS-ESP6000 3 Sets |
| MS-EE6000 2 Sets | ||
| Cheongsong Yangsu Power Plant of Korea Hydro & Nuclear Power Co., LTD | 2015.11 | MS-ESP6000 4 Sets |
| KCC (Keumgang country club) | 2015.08 | MS-EE6000 1 Set |
| 2016.07 | MS-EE6000 2 Sets | |
| Poongam Reservoir at Jeonnam District Division of Korea Rural Corporation | 2015.07 | MS-EE6000 5 Sets |
| Janghyun Reservoir at Gangwon District Division of Korea Rural Corporation | 2014.08 | ESL6000 1 Set |
| Baekma Reservoir at Choongbuk District Division of Korea Rural Corporation | 2014.07 | MS-ES6000 2 Sets |
| Aseungsaeng Second Reservoir at Water Resources Division of Jeju Special Self-Governing Province | 2014.06 | MS-ESP6000 3 Sets |
| Mt. Bohyun dam of Korea Rural Corporation (Hyorim Industry Co., Ltd.) | 2014.06 | MS-ES6000 5 Sets |
| Seoknam Reservoir at Gochang Branch of Korea Rural Corporation | 2014.05 | MS-ESP6000 3 Sets |
| Artificial Pond of Hyundai Motor Group Namyang Institute(Youngjin Environment Co., Ltd.) | 2013.09 | MS-ESP6000 1 Set |
| Gangsu Reservoir at Choongnam District Division of Korea Rural Corporation | 2013.09 | MS-ESP6000 4 Sets |
| Imcheon Reservoir at Jeonnam District Division of Korea Rural Corporation | 2013.07 | MS-ESP6000 2 Sets |
| Imcheon Reservoir at Jeonnam District Division of Korea Rural Corporation | 2013.06 | MS-ESP6000 1 Set |
| Shincheok Reservoir of Choongbuk Development Corporation (Geumsung Construction) | 2013.06 | MS-ES6000 1 Set |
| Bongdam Lake Park of Hwasung City Hall | 2012.12 | MS-ES6000 1 Set |
| Damyang Dam of Lotte Construction | 2012.12 | MS-EB6000 1 Set |
| Manbong Reservoir at Naju Branch of Korea Rural Corporation | 2012.11 | MS-EB6000 1 Set |
| Yongsan Reservoir at Hongcheon Chooncheon Branch of Korea Rural Corporation | 2012.09 | MS-EB6000 1 Set |
| Daemack Reservoir at Yecheon Branch of Korea Rural Corporation | 2012.08 | MS-EB6000 2 Sets |
| Daemack Reservoir at Yecheon Branch of Korea Rural Corporation | 2012.06 | MS-EB6000 5 Sets |
| Daesung Reservoir of Gyeonggi-do Province | 2012.06 | MS-EB6000 1 Set |
| Seongho Reservoir at Yeoju Icheon Branch of Korea Rural Corporation | 2012.03 | MS-EB9000 1 Set |
| Doonjeon Reservoir at Jindo Branch of Korea Rural Corporation | 2012.01 | MS-EB6000 3 Sets |
| Daeho Reservoir at Naju Branch of Korea Rural | 2012.01 | MS-EB6000 1 Set |
| Dodeok Reservoir at Goheung Branch of Korea Rural Corporation | 2012.01 | MS-EB6000 2 Sets |
| Upseong Reservoir at Cheonnan Branch of Korea Rural Corporation | 2011.11 | MS-EB6000 2 Sets |
| Gangcheong Reservoir of Ashin Co., Ltd. | 2011.10 | MS-EB6000 1 Set |
| Byeokjeong Reservoir at Hongseong Branch of Korea Rural Corporation | 2011.09 | MS-EB6000 2 Sets |
| Baekyong Reservoir of Jinyang Construction Co., Ltd. | 2011.09 | MS-EB6000 1 Set |
| Changlim Reservoir at Gumi Branch of Korea Rural Corporation | 2011.09 | MS-EB6000 2 Sets |
| Ercheon Reservoir at Hwasung Suwon Branch of Korea Rural Corporation | 2011.08 | MS-EB6000 2 Sets |
| Yongpoong Branch at Yeoju Icheon Branch of Korea Rural Corporation | 2011.07 | MS-EB6000 2 Sets |
| Heungup Reservoir at Wonju Branch of Korea Rural Corporation | 2011.06 | MS-EB6000 2 Sets |
| Environment Business Place of Cheonan City | 2010.12 | MS-EM6000 |