Key Features

State of the art simple and robust construction
High treatment efficiency
Very low operation and maintenance costs
Own ground sludge and floating sludge withdrawal
In some cases no moving parts inside the digester
Highest gas production than with CSTR design
HS reduction scrubber (5000 to less than 5 ppm) for press mud system & 30,000 to less than 5 ppm for spent wash system
Methane purity achievement from 93% to 98% (PSA or Membrane technology)
Gas compression technology up to 250bar with minimum possible power consumption
Effective adiabatic compression
Safety check control at each possible node
PESO/ISO/ATEX standard compliance
Plant range for Bio Gas generation from 250 Nm per to 3000 Nm³/hr, with 55-60% Methane content and 15-20% CO2 content
Special derived technology & process setup for press mud, spent wash, especially in H₂S removal
Digestor & Gas Technology in Technology JV with AAT

As per PESO standard

Standards	Applicability
IS:7285/BS 5045	part - I indian Standard for industrial gas cylinder
IS:7285	part - II indian Standard for industrial gas cylinder
IS 15490	Indian Standard for CNG cylinder

All tubes as per SS-316/316L Grade

All thread a per IS 3224-170

Fitting confirm to ASME A269

Single or three storange back system

Dual (CNG and diesel) Kit
Full CNG Substitute Kit
Suitable for DI and CRDI Fuel,Injection Diesel Tractor, Pickup Vehical & Mini Trucks
Suitable from 35 to 75kw application

The membrane separates gases by the principle of selective permeation across the membrane wall.
Input Raw Material Moisture : Max 55%
Relatively fast permeable gases such as CO2 and H2O to pass through the membran wall quickly are diverted.
The slow permeable gasses such as CH4 and N2 flows straight through are part of the product gas.
The medium is permeable gases such as O2 and H2S will be partially separated.