|
February
17,1989
Race
Car Engine
WITHOUT
MAGNETIZER |
TORQUE - Ft/Lbs. |
HORSE POWER |
330
327
331
336
328
318 |
534
560
599
640
656
666 |
1970 = 328.3
...6.......Average
Tourgue
|
3655 = 609.2
...6.......Average
Horse Power
|
WITH
MAGNETIZER |
TORQUE - Ft/Lbs. |
HORSE POWER |
334
330
332
337
332
321 |
541
565
600
642
664
672 |
1986 = 331.0
...6.......Average
Tourgue
|
3684 = 614.0
...6.......Average
Horse Power
|
NOTE:
Through the use of the. MAGNETIZER Fuel Energizer, the
dyno-tested Penske race car engine developed an average 4.8
Horse Power gain. An accompanying graph reflects the
percentage gain in Horse Power. It should be noted that
the greatest gains occurs in the lower and higher Horse Power
range, as indicated by the divergence in the graphs. It
should also be notes that the Penske Engine represents the
highest state of art design in combustion engineering
technology. Consequently, it was amazing that the
attachment of a MAGNETIZER unit could provide a meaningful
increase In power.
Magnetizer
Diesel Smoke Opacity Emission Test
United
Motor Car, Sri Lanka
(Importer
of Mitsubishi Motor Cars)
Vehicle
One
Date: May
17, 1999
Model:
Isuzu Pick Up Truck (Owned by Managing Director of Department of
Transportation, Sri Lanka)
Lucas
Hartridge Free Acceleration Test EEC72/306
Before
Magnetizer EES: 30.1 HSU Average
After
Magnetizer EES: 11.8 HSU Average
Diesel
Emission Reduction: 60.7%
Vehicle
Two
Date:May
17, 1999
Model:
Toyota Pick Up Truck (Owned by Director of Sri Lankan EPA)
Lucas
Hartridge Free Acceleration Test EEC72/306
Before
Magnetizer EES: 56.4 HSU Average
After
Magnetizer EES: 21.7 HSU Average
Diesel
Emission Reduction: 61.2%
IDENTIFIERS:Chevrolet
carbureted 307 C.I. V-8, run on a Clayton Dynometer.
TEST
1:
Vehicle
was thoroughly warmed up and emissions were run at idle and then
the vehicle was adjusted to 55 MPH and horsepower was recorded.
TEST
2:
An
FE-1 was installed on fuel line just before carburetor and
vehicle was run ten minutes. The emissions was then tested
at idle and the vehi6l6'@ horsepower"was tested at 55 MPH.
RESULTS: |
BEFORE |
AFTER |
% CHANGE |
|
(Emissions tested at idle) |
|
HC: |
774 |
580 |
-
25% |
CO: |
.06 |
.00 |
-
100% |
02: |
5.63 |
3.50 |
-
38.7% |
C02: |
11.5 |
13.2 |
+
12.8% |
|
Horsepower
at'55 MPH |
|
|
20hp |
22hp |
+
10% |
CONCLUSIONS
The
MAGNETIZED 'Fuel decreased the emissions while increasing the
C02 and horsepower - indicating a better, more efficient burning
fuel giving a higher BTU output than the normal un-magnetized
fuel.
SUMMARY
The
test was conducted by Dave Manners, racing consultant and
engineer. As an initial test, it was only run ten minutes.
MGI requires testing of longer periods, but a 10 minute test
creating a 10% increase in hp is a more than adequate increase
in efficiency. A longer period would indicate much higher
results.
(NOTATION:This
test was done with our original prototype system. Our more
powerful, final design gives much higher results.)
DOCUMENTED
FUEL ECONOMY TEST
The
following Fuel Economy Test was conducted with a
1974 Chevrolet 400 Cubic Inch small block automobile.
Vehicle loads were kept constant throughout.
MPG
TEST ------ 1974 CHEV. ------ 400 C.I. ------ SMALL BLOCK
BASELINE
(Without FUEL ENERGIZER)
1.
164 Miles 23.7 Gallons
6.9 MPG
2.
169 Miles 26.8 Gallons
6-3 MPG
3.
130 Miles 20.3 Gallons
6.4 MPG
BASELINE
(With FUEL ENERGIZER)
PERCENTAGE INCREASE
1.
134 Miles ------ 18.6 Gallons ------ 7.2 MPG ------------------- 10%
2.
74 Miles ------ 9.2 Gallons ------ 8.0 MPG ---------------------- 23%
3.
90 Miles ------ 10.5 Gallons ------ 8.6 MPG -------------------- 32%
4.
167 Miles ------ 19.0 Gallons ------ 8.8 MPG ------------------- 34%
Note: 46.5% of
Stabilization Period completed 33.8% efficiency increase.
Magnetizer
Fuel Efficiency/Emission Reduction Tests
All
tests conducted on internationally approved emissions analyzers.
These are the before and after results with a Magnetizer
installed showing reduced emissions.
Emissions
= Unburned Fuel IReduction of Emissions =Fuel Savings
International
Certified Tests
Date |
Make/Model |
HC
Before |
HC
After |
%
HC Decrease |
CO
Before |
CO
After |
%CO
Decrease |
|
|
|
|
|
|
|
|
4/91(1) |
'91
Suzuki, 4 cyl. |
170 |
100 |
41% |
1.6 |
.15 |
91% |
4/91(1) |
Nissan
SX |
70 |
90 |
+29% |
.3 |
.2 |
33% |
4/91(1) |
'88
Volkswagen, 4 cyl. |
320 |
270 |
15% |
6.2 |
3.6 |
42% |
5/91(1) |
'86
Mitsubishi, 4 cyl. |
390 |
330 |
15% |
3.8 |
2.8 |
26% |
5/91(1) |
'76
Chevy, 4 cyl. |
320 |
180 |
44% |
3.6 |
1.0 |
72% |
1/92 |
90 Chevy Luv 1600cc |
3.96 |
3.20 |
19.2% |
57.3 |
53.7 |
6.3% |
3/92 |
Fiat
126 Polska |
N
/ A |
N
/ A |
20% |
N
/ A |
N
/ A |
45% |
7/93
(2) |
VW
Quantum 4 cyl
(A fuel savings of 17%) |
N
/ A |
N / A |
N
/ A |
1.5 |
.5 |
66% |
9/93
(3) |
93
Proton 1.5L
(Power increase from 58 kw to 59 kw) |
130 |
100 |
23% |
2.0 |
1.4 |
30% |
7/94 |
Maruti (India Vehicle) |
100 |
60 |
40% |
2.6 |
1.6 |
30% |
(1)
= Guatemalan Report
(2)= Argentinean Test 3=
Malaysian OEM Test
Magnetizer
Fuel Energizer certified Fuel Savings & Horsepower Increase
Tests
- VTEC
Laboratories - test - 26% drop in fuel consumption.
- Preliminary
Emissions test by Institute of Aeronautics (Poland) - 40% CO
redt., 20% HC redt.
- RV
Power Group - Gulf Stream high rise from 5.34 mpg to 8.08
mpg.
- Bacon
Equipment Company - 33% horsepower increase (farm tractor).
J.P. Bethlehem, PA - 12.5% faster 1/4 mile race time
(Corvette).
- Manner
Automotive Tech - 10% horsepower increase (Chevrolet).
- Penske
Racing - 4.8% average horsepower gain (full race engine).
- Tom
McCall, Petrochemical Engineer - de-carbonizing of fuel
injection system and engine.
- Martin
Paving Company - 17% Natural Gas savings.
- Warren
Paving Company - 15% Natural Gas savings.
- Highway
Materials, Inc. - 12.8% Natural Gas Savings.
- Luhks
and Associates, Inc., Engineering - 19-20% Natural Gas
savings.
- Stewart
Dry Cleaners - 19/8% Natural Gas savings. Return on
investment - 26 days.
- Polish
Ministry of Naptha (Gas and Electric) - 18-20% Natural Gas
savings.
- Chile
EPA - 18% Fuel savings.
- Chinese
test on early prototype Auto Fuel Energizer - 7-10% Fuel
savings.
- Zaklady
Produkcyjno-Handlowe Baker, Poland - 14% savings of Natural
Gas.
- Dworaka
Bakery, Poland - 15% decrease in use of Natural Gas.
- Krotoszyn
Ceramic Works, Poland - 23.3% reduction in gas usage, 30%
increase in first quality product output due to reduction of
gas carbon specks (result - major profit increase).
- Tomei
Industrial Furnace, Taiwan - reduction of 11,7% of heavy oil
used.
- Fuel
Certified test copies available upon request. (1022/93)
Magnetizer
Fuel Efficiency/Emission Reduction Tests
All tests performed under Federal EPA Code 40 CFR, Sec. 51.351
These are before & after results with a Magnetizer installed
showing reduced emissions.
Emissions
= Unburned Fuel Reduction of Emissions = Fuel
Savings
Date |
Make/Model |
HC
Before |
HC
After |
%
HC Decrease |
CO
Before |
CO
After |
%CO
Decrease |
|
|
|
|
|
|
|
|
| 4/87 |
Chevy
307, V8 |
774 |
580 |
25% |
.06 |
.00 |
100% |
| 8/87 |
Chevy
400, V8 |
141 |
37 |
73% |
1.78 |
.21 |
88% |
| 3/88 |
Chevy
2.8L, V6 |
46 |
11 |
76% |
0.31 |
.00 |
100% |
| 6/88 |
'85 Pontiac 6000 |
227 |
42 |
81% |
.33 |
.04 |
89% |
| 10/88(1) |
Escort
4 Cyl. |
259 |
54 |
79% |
5.9 |
.25 |
96% |
| 2/89 |
Ford
Pick-Up V8 |
158 |
16 |
90% |
.21 |
.21 |
57% |
| 4/89(2) |
88
Nissan V6 3.0 4x4 |
130 |
30 |
77% |
1.7 |
.00 |
100% |
| 5/89 |
84
Chevy V8 |
12 |
0 |
100% |
.00 |
.00 |
--- |
| 5/89(2) |
'83
Chevy V6, (C) |
72 |
0 |
100% |
.64 |
.01 |
98% |
| 5/89(2) |
78
Olds 280 V6 (C) |
348 |
65 |
81% |
0.04 |
.01 |
98% |
| 5/89(2) |
'82
lincoln 302 V8 (C) |
13 |
4 |
69% |
.05 |
.00 |
100% |
| 6/89(2) |
'88
Ford 2.3L (F.I.) |
193 |
20 |
90% |
.8 |
.01 |
98% |
| 6/89(2) |
'86
Dodge 318 V8 (C) |
125 |
15 |
88% |
1.24 |
.02 |
98% |
| 6/89(2) |
87
Jeep 4.OL V6 |
18 |
8 |
55% |
0.09 |
.04 |
55% |
| 6/89(2)(3) |
'75
Buick 350 V8 (C) |
128 |
95 |
26% |
4.21 |
4.04 |
4% |
| 7/89 |
86
Pontiac |
125 |
0 |
100% |
0.04 |
.00 |
100% |
| 7/90 |
Chevy
Van V8 |
190 |
125 |
65% |
1.8 |
.30 |
81% |
| 11/90 |
'88
Jeep |
38 |
7 |
81% |
.16 |
.05 |
68% |
| 11/90(4) |
Hyundai
4 Cyl |
18 |
14 |
22% |
5.69 |
.02 |
99% |
| 11/91 |
'87
Oldsmobile 63 |
63 |
0 |
100% |
.06 |
.00 |
100% |
| 1/92 |
69
Corvette 350 CID |
383 |
197 |
48% |
7.85 |
1.98 |
74% |
| 1/92 |
90
Olds 6 Cyl |
60 |
48 |
20% |
.32 |
.23 |
31% |
| 1/92 |
'83
Chevy 305 |
230 |
163 |
20% |
9.83 |
8.60 |
12% |
| 3/92 |
'79
Chevy 350 CID |
366 |
38 |
90% |
2.77 |
.16 |
94% |
| 11/92 |
'86
Chevy V6, 2.8L |
19 |
12.5 |
65% |
.02 |
.00 |
100% |
| 12/92 |
'90
Chevy 350 (C) |
79 |
21 |
7%
|
.14 |
.01 |
93% |
| 5/93 |
84
BMW 6 Cyl. |
64 |
39 |
39% |
.60 |
.05 |
90% |
(C)
= Carburetor
(F.I.) Fuel Injection
I
= Boston Gas Company
2
= On file with Magnexx Corporation
3
= Buick has heavy deposits, must go through stabilization period
to attain full results.
4
Stabilization period only, final not available.
|