ตัวอย่างผลงาน
-
BOTHONG RUBBER
Project Engineering Aqua Nishihara Corporation Limited
Project Name : BOTHONG RUBBER
Flow Rate : 3,000 cubic meters / day
Featured : Turnkey (Design,M&E,Startup,Operation&Training)
Technical : Anaerobic Baffle Reactor(ABR)+SBR -
โรงงานสงขลาแคนนิ่งหาดใหญ่
Project Engineering Aqua Nishihara Corporation Limited
Project Name : โรงงานสงขลาแคนนิ่งหาดใหญ่
Project Description :
The lamella c200 m3 / hr sedimentation tank is used to increase sedimentation in the wastewater system instead of the traditional sedimentation tank system which takes up a lot of space. -
Thane water distribution station
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Thane water distribution station
Project Description :
Precast concrete tank (Technology from Sweden), size 1700cum, used for collecting tap water. To be a place of increasing pressure Water is pumped to the community. -
Bangkok Hospital
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Bangkok Hospital
Project Description :
Step screen 100 m3/hr waste separation machine is used to separate waste from waste water, bathroom, toilet and various activities. In the hospital before entering the sewage system. -
Green Spot
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Green Spot
Year : 2015
Location : Nong Khae Industrial Estate
Flow Rate : 1,350 m3/d
Featured : Oxygen adding by air blower and also stirring with Submersible Mixer. The system saves energy for air supply. Moreover, MBR system is used so the treated water can be recycled.
Technical : An AT Controller series of Fussy Logic controls the duration of time required to fill the air for the microorganisms in the required quantity for microorganism used. (Oxygen Uptake Rate). Consequently, Oxygen dispensed so it was used efficiently and left unused.
Project Description : The Anaerobic Baffle Reactor (ABR) system has a baffle inside the pond to direct the flow of waste water so it will increase the retention time in the pond. In addition, an efficiency for this system will be higher. Intermittent Aeration MBR (IA-MBR) has an anoxic tank and aeration tank in the same pond so an efficiency will high an also energy saving. Furthermore, ultra filtration membrane is also used to separate solids and turbidity from water. -
The Point
Project Engineering Aqua Nishihara Corporation Limited
Project Name : The Point
Year : 2015
Location : On the main road near the Ratchamongkol University of Technology
Flow Rate : 90-110 m3/building
Featured : Submersible aerator, No noise, No need installation area, area saving for good atmosphere.
Technical : Special plastic media to reduce an installation area, tank sizing minimization but the same efficiency, structure and installation cost saving
Project Description : High efficiency with Fixed-Film Aeration system with random flow media, high quality and stability for treated water to make sure that will pass the standard of domestic wastewater. -
Summer Garden
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Summer Garden
Year : 2014
Location : Changwatthana 19 near Central Changwatthana
Flow Rate : 50-60 m3/building
Featured : Aerobic system will used with silent air blower by a vertical tank shape which special design from AQUA around garden and swimming pool, no noise to disturb the natural atmosphere.
Technical : Fixed film aeration sytem
Project Description : NBF-50 and NBF-60 per building
BOD in/out = 250/20 mg/l
SS in/out = 300/30 mg/l -
Marriott Executive Apartments
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Marriott Executive Apartments
Year : 2015
Location : Sukhumvit Park – Bangkok
Flow Rate : 273 m3/d
Featured : Submersible aerator with silencer, No need installation area, area saving for good atmosphere.
Technical : Special design for plastic media, area saving for good atmosphere also minimize the tank size but the same efficiency.
Project Description : High efficiency with Fixed-Film Aeration system with random flow media, high quality and stability for treated water to make sure that will pass the standard of domestic wastewater. -
Ti Rubber
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Ti Rubber
Year : 2011
Location : Klaeng, Rayong province
Flow Rate : STR-20 stick rubber generation 10 t/hr, wastewater 2,600 m3/d
Featured : Get benefits from biogas for cost saving, 900 Nm3/d biogas production.
Technical : Special design for plastic media, area saving for good atmosphere also minimize the tank size but the same efficiency
Project Description : Anaerobic Baffle Reactor(ABR) will used in this project for support the flow variation which cause from the vary amount of rubber. The baffle will used for flow direction setting and also increase retention time. Moreover, fixed-film aeration system also be used which is high efficiency treatment system so you can ensure that the treated water will meet an effluent wastewater standard. -
Santorini
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Santorini
Year : 2011 to Present
Location : Cha-am, Petchburi province
Flow Rate : Wastewater from toilet around 1-35 m3/d, BOD in/out = 250/20 mg/l
Wastewater from restaurant around 3-20 m3/d BOD in/out = 1,200/20 mg/l
Oily wastewater (FOG) in/out = 600/20 mg/l
Featured : Fixed-film aeration system will used which Is an easy operation system but high efficiency and stability. Moreover, enzyme feeding system also be used for grease digestion co-op with fixed-film aeration.
Technical : Silencer air blower be used for this work : easy for maintenance and operation Moreover, feeding enzyme metering pump + control panel also be used.
Project Description : Ready-made wastewater treatment tank for toilet, resident and restaurant which are ST-BF, NBF and AKZ depend on type and quantity of the wastewater. -
After You
Project Engineering Aqua Nishihara Corporation Limited
Project Name : After You
Year : 2015
Location : Sinsakorn Industrial Estate, Samutsakorn province
Flow Rate : Wastewater flow 45 m3/d, BOD in/out = 2,000 / 20 mg/l, FOG in/out = 500 / 10 mg/l
Featured : Ready-made wastewater treatment tank which is customized design for only this project (Model : YAS+MBBR)
Technical : Activated sludge process which uses yeast co-operate with MBBR media. So, the system can treat an oily wastewater with high efficiency and stability also area saving.
Project Description : Silencer air blower be used for this work : easy for maintenance and operation Moreover, feeding enzyme metering pump + control panel also be used. -
Kingfisher
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Kingfisher
Year : 2004
Location : Samut Sakhon
Flow Rate : 4,000 m3/d
Featured : Effective grease digestion system by yeast system. The system work without grease trap or grease digester.
Technical : Specific yeast suitable for grease digestion with no impact for environment.
Project Description : Yeast system can reduce almost 90% of COD in the wastewater. Moreover, the system no need chemical used so the operating cost will be low if compare with dissolved air floation (DAF). For IC process, is the one of easy operate system which can decrease the amount of TKN that contaminated in the wastewater. Furthermore, sludge bulking can be ignored and no need to return sludge. -
Sumi Rubber
Project Engineering Aqua Nishihara Corporation Limited
Project Name : Sumi Rubber
Year : 2010
Location : Muang, Udon Thani Province
Flow Rate : STR-20 stick rubber generation 10 t/hr, wastewater 2,600 m3/d
Featured : Get benefits from biogas for cost saving, 900 Nm3/d biogas production.
Technical : Special design for plastic media, area saving for good atmosphere also minimize the tank size but the same efficiency.
Project Description : Anaerobic Baffle Reactor(ABR) will used in this project for support the flow variation which cause from the vary amount of rubber. The baffle will used for flow direction setting and also increase retention time. Moreover, fixed-film aeration system also be used which is high efficiency treatment system so you can ensure that the treated water will meet an effluent wastewater standard.