THE ENVIRONMENTAL TECHNOLOGY VERIFICATION
                                         PROGRAM   /)
                                       EW
    U.S. Environmental Protection Agency
                                                                             SOUTHERN RESEARCH
                                                                              INSTITUTE
                       ETV Joint Verification Statement
TECHNOLOGY TYPE:
APPLICATION:
TECHNOLOGY NAME:
COMPANY:
ADDRESS:
E-MAIL
                                   Diesel Fuel Cleaning and Maintenance System

                                   Diesel-fired, Reciprocating Engines

                                   JCH Enviro Automated Fuel Cleaning and Maintenance
                                   System

                                   JCH Fuel Solutions, Inc.

                                   4527 Losee Road           (T)  702/639-4076
                                   N. Las Vegas, NV 89031    (F)  702/649-4692

                                   rsickels@jchfuel.com
The U.S. Environmental  Protection Agency (EPA) has created the  Environmental Technology Verification
(ETV)  program  to facilitate the deployment of innovative or improved environmental technologies  through
performance verification  and  dissemination of  information.   The goal of the  ETV program is  to further
environmental protection by substantially accelerating the acceptance and use of improved and cost-effective
technologies.  ETV seeks to achieve this goal by providing  high quality, peer reviewed  data on technology
performance to  those  involved in the purchase,  design,  distribution, financing, permitting,  and  use of
environmental technologies.

ETV works in partnership with recognized standards and testing organizations, stakeholder groups that consist
of buyers, vendor organizations, and permitters,  and with  the full participation of individual technology
developers. The program evaluates the performance of technologies by developing test plans that are responsive
to the needs of stakeholders, conducting field or laboratory tests, collecting and  analyzing  data, and preparing
peer reviewed reports.  All evaluations are conducted in accordance with rigorous quality  assurance protocols
to ensure that data of known and adequate quality are generated, and that the results are defensible.

The Greenhouse Gas Technology Center (GHG  Center), one of six verification organizations under the ETV
program, is operated by Southern Research Institute, in cooperation with EPA's National Risk Management
Research Laboratory.   The GHG Center recently conducted a verification of the Enviro Automated  Fuel
Cleaning and Maintenance System, Model 4 (Enviro System), which is offered by JCH Fuel Solutions, Inc., of
N. Las  Vegas, NV.
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This verification statement provides a summary of the results obtained during testing of the Enviro System.
TECHNOLOGY DESCRIPTION

Facilities using diesel-fired  engines often maintain their own diesel fuel storage  tanks at central locations.
Stationary engines draw their fuel supply through direct piping to the central storage tanks  or they may operate
from integral tanks (day tanks) mounted on the engine chassis.  Although diesel fuel is best used fresh, or
within a few months from when it was manufactured, often times  a given inventory of fuel can remain in a
storage tank for long periods.   For example, a hospital  or hotel with a diesel-powered emergency electric
generating plant may keep the same tank of fuel for a long time before using it.  Some facilities buy fuel months
or even years in  advance of projected needs to take advantage of favorable  pricing.  The fuel can become
contaminated during long storage periods, even when it is stored in a clean tank.

Contaminants can alter diesel fuel properties and thereby potentially harm the precision mechanisms of a diesel
engine, increase wear, clog filters, and reduce combustion quality.  Contaminated  fuel may therefore increase
fuel consumption and emissions. JCH's Enviro System technology treats and cleans contaminated fuel. It also
maintains the treated fuel while in  storage. The  first step of treatment consists of the application of the proper
amount of Algae-X AFC-705 fuel catalyst.  According to JCH, the AFC-705  solution contains a preservative
and dispersant to stabilize fuel in  storage by retarding gum formation,  a corrosion inhibitor, a demulsifier to
drop out entrained water, detergents, and  lubricity enhancers.  One gallon treats approximately 5,000 gallons of
fuel. JCH then installs an Enviro System  at or near the storage tank.

JCH manufactures and markets 12 Enviro models  in various sizes and capacities.  Each system consists of
several components. An electric pump moves fuel from the tank through an Algae-X magnetic fuel conditioner,
a multistage filter train,  and then back to the tank.  Most portable Enviro models employ two-stage filtration.
The first stage is a cartridge-type coarse particulate screen and bulk water separator. The  second stage is a 2-
um particulate filter  that also removes emulsified water.  The  system size and  pumping  capacity is selected
based on the size of the tank to be served.  The Enviro System used  during this evaluation was based on the
size of the fuel tank used for testing.

During treatment and cleaning activities, JCH qualitatively monitors the fuel quality using field test equipment,
and applies  a rating  of 1 to 10 for sediment and water, microorganisms,  appearance, clarity/brightness,  and
debris/contamination.  Once a contaminated lot of fuel is satisfactorily treated, its  quality must be maintained by
regular operation of the Enviro System.  JCH recommends that at least one tank volume per week be circulated
through the Enviro System.
VERIFICATION DESCRIPTION

The verification strategy was to conduct a set of tests for emissions, fuel quality, and fuel consumption while
operating  an engine on the contaminated fuel, and then to repeat the tests after treating the same lot of fuel
using the Enviro System and running the engine on the treated fuel.  During the verification tests, the following
fuel and engine performance characteristics were evaluated:
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           Mass emission rates of criteria air pollutants and greenhouse gases from the engine while
           combusting contaminated and treated fuel:
               Carbon Monoxide (CO)                 Sulfur Dioxide (S02)
               Carbon Dioxide (C02)                   Total Hydrocarbons (THCs)
               Methane (CH4)                         Total Paniculate Matter (TPM)
               Nitrogen Oxides (NOX)

           Fuel properties for contaminated and treated fuel:
               Fuel consumption rate, Ib/hr
               Fuel quality properties as follows:
                  API Gravity, "API                           Gums and Resins, mg/L
                  Ash, vol %                                 Lubricity
                  Cetane Number                             Microbial Contamination
                  Flash Point, °C                              Particulate Matter, mg/L
                  Fuel Lower Heating Value (LHV), Btu/lb       Water and Sediment, vol %

           Emissions performance in terms  of the percent change in  mass  emission rates between
           contaminated and treated fuel. Emission rates were normalized to fuel consumption rates
           (Ibpoiiuta/lbfuei), and to engine heat input (lbpouutmt/106Btu).
During each test period, engine load was maintained at near steady state using a load bank.  The emissions tests
conformed to well-documented EPA reference methods, and fuel measurements were conducted according to
ASTM test specifications and other industry-accepted protocols.  The results of these measurements allowed
emissions performance comparisons between the two fuel conditions.

This verification was hosted by the Cummins Intermountain (CI) facility located in North Las Vegas, NV. CI is
a full-service Cummins engine  dealer that maintains a large inventory of diesel-driven generator (genset) rental
equipment.  The unit selected for testing was an Onan Model 200DGFC 200 kW trailer-mounted test genset,
driven by a Cummins Model 6CTAA8.3-G1  6-cylinder, direct-injected, turbocharged engine.  JCH provided
approximately 300 gallons of contaminated fuel for this test.  A series of tests were conducted for each of the
verification parameters listed above while combusting the contaminated fuel.  The fuel was then treated using
the Enviro System, and the tests were repeated while combusting the treated fuel.
VERIFICATION OF PERFORMANCE

A total of at least three valid test runs were conducted for engine emissions while combusting contaminated
fuel, each no less than 1 hour in duration.  Fuel quality sampling and fuel consumption rate determinations were
conducted in conjunction with each test.  After completing the contaminated fuel  testing, JCH personnel
conducted fuel  treatment activities on  the remaining fuel using the Enviro System.  The  testing was then
repeated the following day while combusting the cleaned fuel.  The genset was operated at full load throughout
the  testing periods.   Engine  operations  were  monitored throughout the test periods to document steady
operations.
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Emissions Rates and Emissions Performance
Emission rates were determined for each of the pollutants in units of pounds per hour (Ib/hr) and normalized to
fuel consumption rates and reported in units of pounds pollutant per pound of fuel (lbponutant/lbfuei).  Normalized
emission rates were used to compare changes in emissions that occurred between contaminated and treated
fuel. The results are summarized below.
Changes in Emissions for Contaminated and Treated Fuel
Pollutant
CH4
CO
C02
NOX
S02
THCs
TPM
Average Emission Rate -
Contaminated Fuel,
(Ibpollutart'lbfuel)
0.00003
0.00193
3.38
0.0490
0.000825
0.00123
0.00155
Average Emission Rate -
Treated Fuel,
(Ibpollutart'lbfuel)
0.00003
0.00212
3.42
0.0484
0.000851
0.00123
0.00151
Average Reduction
(Increase)8,
(%)
0.0
(9.6)
(1.4)
1.3
(3.2)
0.1
2.4
a Average difference = (Contaminated rate - Treated rate) / Contaminated rate * 100
Average changes in emissions varied from a 2.4 percent decrease to a 9.6 percent increase, the difference in
emissions between treated and untreated fuel was statistically insignificant for all species, except S02 (based on
a 95 percent confidence interval).  The fuel sulfur content was approximately 3.4 percent higher after treatment
of the fuel.  Research into the composition of the AFC-705 fuel additive revealed a sulfur content of 1.1 percent
in the additive.  A total of 9 ounces of AFC-705 was added to the fuel during treatment, corresponding to about
0.005 pound  of sulfur.  This is the only  source of sulfur that  might have contributed to the small increase
measured in S02 emissions.  The data also indicate a 9.6 percent increase in CO emissions after treatment, but
this increase is statistically significant only at a confidence interval of 86 percent.

Fuel Consumption, Fuel Quality, and Fuel Cleaning Performance

Results of the fuel consumption, fuel quality, and fuel cleaning performance are summarized below:

        •  At constant  load,  genset  fuel consumption rates  averaged  89.5 ± 1.25  Ib/hr while
           combusting contaminated fuel, and 87.8 ± 2.13 Ib/hr after fuel treatment.  The mass of
           contaminants collected on  the engine filters while  burning contaminated fuel may  have
           biased these  measurements slightly; i.e., the mass of fuel drawn from the tank is  slightly
           higher than the mass  of fuel consumed, especially when high levels of contamination are
           present which get caught by the engines fuel filters prior to combustion.  Given this bias
           and inherent  measurement uncertainties, little or no improvement in fuel consumption rate
           occurred when burning the cleaned fuel.
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April 2002

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        •   A qualitative analysis  of microbial contamination  in the fuel  indicated  that the Enviro
            System did reduce bacterial and fungal contamination. Cetane number and sulfur content
            were slightly higher in the treated fuel.

        •   An evaluation of the Enviro  System's fuel cleaning  performance  was planned  but  not
            conducted because all  samples were collected downstream of the engine's filters. Visual
            inspection of the fuel and the  engine filters after each test run suggest that significant fuel
            cleaning was provided by the  Enviro System, but changes in fuel quality were apparently
            masked by the fuel  cleaning  capability of the existing  engine filters.  Additionally,  the
            engine could run at full load  for only  one to two hours on the contaminated fuel before
            engine filter clogging caused the engine to stall.  This operational problem  was not evident
            after treating the fuel with the  Enviro System.
        Original signed by:                                       Original signed by:

        E. Timothy Oppelt                                       Stephen D. Piccot
        Director                                                 Director
        National Risk Management Research Laboratory          Greenhouse Gas Technology Center
        Office of Research and Development                     Southern Research Institute
    Notice:    GHG Center verifications are based on  an evaluation  of technology performance  under  specific,
    predetermined criteria and the appropriate quality assurance procedures. The EPA and Southern Research Institute
    make no expressed or implied warranties as to the performance of the technology and do not certify that a technology
    will always operate at the levels verified.  The end user is solely responsible for complying with any and all applicable
    Federal, State,  and Local requirements.  Mention of commercial  product names does not  imply endorsement or
    recommendation.
SRI/USEPA-VS-GHG-14                                S-5                                           April 2002

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