Organic Solid-Liquid Waste Anaerobic Reaction (OSLWAR)

Sr No. OSLWAR (Organic Solid Liquid Waste Anaerobic Reactor)
1 OSLWAR Reactor works on Solid, Liquid organic waste.
2 OSLWAR doesn’t required specific anaerobic culture to start or operate the technology. It can be best suited for Indian environmental condition.
3 OSLWAR does not depends on Sludge Blanket & work effectively without sludge blanket.
4 OSLWAR Reactor is totally above the ground.
5 OSLWAR Reactor having sophisticated feeding system which covered every KL of reactor, so better contact between methanogenic bacteria & organic matter.  
6 OSLWAR Reactor having sophisticated flushing feeding system in the reactor which may not cause clogging of bottom feeding system. So it is maintenance free technology.   
7 OSLWAR Reactor is design in a such way that bottom sediment (inorganic dirt) can be remove by creating vortex by operating certain pipe line & dirt gets collected in the centre & remove easily from drain valve. It will increase VSS (Volatile Suspended Solid) in the rector causes excellent efficiency of the reactor.      
8 OSLWAR Reactor having sophisticated RCC(Reinforce Cement Concrete) GLSS (Gas Liquid Solid Separator) in the reactor which separate very easily sludge, liquid & gas, so loss of methanogenic bacteria is negligible causes retaining of active microbes in the reactor, so technology works effectively round the year without any failure.    
9 OSLWAR reactor gas line having facility for removal/ poking of scum if it forms in the reactor. So reactor gas line may not chock.
10 OSLWAR Reactor having intact system of RCC cylindrical structure to RCC , Gas Liquid Solid Separator & Treated water outlet gutter could not leak the gas, sustain for high gas pressure as well as corrosion from H2S is negligible so reactor will have longer life with no gas loss through GLSS.  
11 OSLWAR Reactor is having simplified sampling ports from where samples can be drawn at certain interval for physical & chemical analysis of liquid. Due to which health of reactor can be monitor very easily & by analysing TSS/VSS, only required quantity of methanogenic bacteria can maintain in the reactor.       

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