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Congratulations to Northeast Community College in Norfolk, NE for being first in the Upper Midwest to order this Ethanol Bioprocess Training System

This system, in combination with the Hampden H-6155-TT Table Top Liquid-To-Liquid Extraction Demonstrator that they ordered, indicates their commitment to developing a true Renewable Energies program.  VAL-TEC thanks them for their vision and foresight.

 

HAMPDEN WILL TAKE YOU INTO THE FUTURE

WITH THE ETHANOL BIOPROCESS TRAINING SYSTEM

The Hampden Model H-ETS-1 Ethanol

Production Process System is designed to

facilitate the instruction of students on the

process required to produce ethanol for

experimental purposes. Ethanol is a very

promising fuel alternative to oil since sources

are widely available and ethanol is

clean-burning. The student will be able to

observe and control the process of producing

ethanol from corn, sugar, sorghum, fruits or

several other sources. When using this unit

along with the Model H-6150-TT Liquid-to-

Liquid Extraction Demonstrator option, it is

possible to produce ethanol with high purity.

 

WITH THE BIO DIESEL DEMONSTRATOR

The Hampden Model H-BIO-100 Bio

Diesel Demonstrator is ideal for the small

producer using the same protocol and

with the same quality construction as the

larger units. Bio Diesel units are chosen

for their rugged design, ease of use, no

wash process protocol and price/capacity

ratio. The H-BIO-100 is capable of producing

up to 26.5 gallons per batch with

High Temperature Pressurezed Process

(HTP) which consistently delivers 98% or

bettter conversion ratios. Proper use of

the unit and HTP delivers ASTM and EN

compliant Biodiesel, without the need to

wash.

 

TEL: 888-HEC-CORP (toll free

The Hampden Model H-6155-TT Table Top Liquid-To-Liquid Extraction Demonstrator option has been developed to permit student study of the fundamentals of a small scale liquid-to liquid extraction system.  In addition to demonstrating the hydrodynamics of liquid-to-liquid extraction systems and interface control techniques, this unit can also be used to determine the mass transfer rates, heat transfer coefficients, extraction efficiency, and operating conditions.