The ENTEXS MAXI Mobile is our large throughput extraction system capable of taking down acreage directly at the farm to mitigate logistical challenges & overhead.
Featuring the largest throughput from our series of full processing systems, our patent-pending configuration is complete with a true hands-free automation and a continuous feed capable of processing over 20,000 lbs per day. With ultra low ethanol solvent temperature, our process bypasses the need for Winterization.
ENTEXS Maxi Mobile
No touch process throughout the extraction process eliminates potential reduced efficiencies, compromised quality, increased labor and safety risks.
Bypass this extensive and time-consuming step by controlling and maintaining solvent temperature during the extraction process below -50 °C.
Load the system once per day instead of once every 10 minutes. Fully continuous from biomass input to final product.
From your phone or computer, real-time and trend monitoring of extraction process can be leveraged to optimize efficiency.
Closed Loop System
Solvent temperature control maintains precise extraction temperature. Combined with our automation, complete control over final product states can be configured and run.
User configured routines and flow control from biomass to full spectrum crude, distillate and/or isolate
ENTEXS maxi mobile
Throughput capacity: 20,000 lbs per day
Runs continuously to achieve: 20,000 lbs in 24 hours
Cooling method: *ln can be used to supplement and amplify cooling
Temperature range: -80° C for extraction to +200° C for distillate production
Footprint: 20’ w x 50’ d (total system footprint)
Temperature rating: -80° to +200° C
Pressure rating: full vacuum to 100 psig
Solvent holding volume: 1800 gallons
HMI interface screen size: 24 in
Controller: FPGA based industrial controller with watchdog for control and process monitoring
Voltage: 480 v - supply voltage
AMP requirement: 955 a - total system amp draw
Power: 770 kw total
Electrical ratings: class 1 div 2 - minimum electrical rating
ENTEXS maxi mobile