We action as a developing professional engineering team to propose and consult the design planning, project execution and plant commissioning of wastewater treatment plant system in order to advance the client’s benefits in the view point of cost optimization strategies and system performance efficiency.
 

Our anaerobic digestion system: Continuous Stirred Tank Reactor (CSTR) and Modified Covered Lagoon are recognized as high potential wastewater treatment system as well as energy resource recovery mechanisms – biogas production. The performance efficiency of system is always advanced through the latest engineering perspectives to meet the national safety and environmental policy and standard.
 

With the collaboration of Energy Research & Development Institute – Chiang Mai University (ERDI-CMU), we intensively develop environment remediation system to be leading solution provider in corresponds to the increased enormous demand market from the wastewater and renewable energy field under the sustainable development goals by United Nations.
 

Design Treatment System

Continuous Stirred Reactor Tank (CSTR)

Modified Covered Lagoon

1. High potential wastewater treatment system
   (Suitable for the high strength wastewater: palm oil mill effluent and others)
    

2. Energy resource recovery mechanisms – biogas production
   (Methane production = 50 ~ 65%)
    

3. Great removal achievement of organic contaminant
   (Removal of Chemical Oxygen Demand (COD) = 85% and above)
    

4. The system performance is optimized in terms of footprint requirement, machinery operation expenditure, electrical energy consumption, and other perspectives.
    

Bio-scrubber

The bio-scrubber is designed as a hydrogen sulphide (H2S) removal mechanisms through the cultivation of microorganisms. As a result of the high H2S removal efficiency, the improved biogas quality can tolerate with a durable performance of mechanical devices.

NO	Model	Volume Flowrate (m3/ hr)
1	LB-50	50
2	LB-100	100
3	LB-150	150
4	LB-200	200
5	LB-300	300
6	LB-400	400
7	LB-500	500
8	LB-600	600
9	LB-700	700
10	LB-800	800
11	LB-900	900
12	LB-1000	1000
13	LB-1200	1200
14	LB-1800	1800
15	LB-2400	2400
16	LB-3000	3000

Biogas Flaring System

Flare system, an engineered mechanisms which is designed for the elimination of excess generated biogas via high combustion efficiency. Meanwhile, it minimizes the great potential greenhouse impact of methane component which occupies the majority of biogas composition. In compliance with the safety standard, the system has chemical resistance like anti-corrosion for the durability purpose.