Fuel Saving Additives
- Company Name:Technobio Co., Ltd.
- Membership:Free Member
- Member Since:2005. 03.09
- Country/Region:Korea
- City:Gyeonggi-do
- Contact:Myeongjin Lee
- Related Keywords:Power - Z
Contact us
Technobio Co., Ltd.
[Korea]
What Power-z is
Power-z contains a thermal-resistant organic enzyme that break fuel down 50-200 micron oil particles into about 5 micro ones for perfect combustion.
All kinds of oil additives in both domestic and
abroad markets are almost catalysts and with respect oil saving they do
not effects as we expected. Power-z is made by top quality materials.
Power-z is sure to be word-class product epochal in prevention of pollution and reduction of dust and soot. Conventional fuel-saving additives work by chemical catalytic reaction. But for complete combustion, Power-z contains a thermal-resistant organic enzyme that breaks fuel down into particles (no more than 5 microns in diameter at 200%°Cof decomposition temperature). this is the solution to the air pollution problem. |
Perfect Combustion
Power-z decompose fuel oil particles of 50 ~ 200 micron into smaller particles of 5 ~ 10 micron, make the process of Oxidization combination easier, burn completely HC and is oxidized into H2O CO2.
Power-z contain a large volume of Oxygen ingredient. So, at the time of combustion explosion, the Oxygen volume greatly increase by chemical reaction, and make excessive air volume reduce.
By special chemical reaction of Power-z, at the time of combustion reaction, compounded gas(O2) produce and the heat calorie which the fuel oil have increase. (fuel saving effect)
(Laser Photographing SMD of fuel Oil paricles after adding Power-Z) |
Effect & Characteristic
Time of Reaction
Presentation of Reaction.
Microphoto graph of fuel Droplet
Before Use |
After Use |
Test Result and current using status in korean domestic market
|
Baiksan
|
Sinwoo
|
Sewoo
|
Hanjin Fiber
|
Boiler Type
|
smoke-tube
|
smoke-tube
|
smoke-tube
|
smoke-tube
|
Capa
|
7.5ton x 2ea
|
8ton x 2ea
|
8ton
|
8 ton
|
Oil Type
|
B-C
|
B-C
|
B-C
|
B-C
|
Dail Oil Use
|
8,000ℓ/Day
|
15,000ℓ/Day
|
9,000ℓ/Day
|
8,000ℓ/Day
|
Bunner Type
|
Rotary
|
Rotary
|
Rotary
|
Rotary
|
Operation Hour
|
16H/Day
|
24H/Day
|
24H/Day
|
20H/Day
|
POWER-Z
|
Before/After
|
Before/After
|
Before/After
|
Before/After
|
Density of dust
|
195.84/119.75
|
137/45
|
120/70 ~ 80
|
141/90.2
|
SOx.ppm
|
341.84/119.75
|
-
|
-
|
394/312
|
CO.ppm
|
150/83
|
-
|
-
|
285/200
|
Nox.ppm
|
180/108.35
|
-
|
-
|
210/140
|
start using p-z
|
Feb 1995
|
Dec 1998
|
Feb 1996
|
Apr 1997
|
Reducement
|
10 %
|
10.5%
|
10%
|
10%
|
|
Vilac
|
Samyoung ink
|
Daewang Paper
|
Hankang
Environment |
Boiler Type
|
smoke-tube
|
smoke-tube
|
smoke-tube
|
Ht-2,000,000
|
Capa
|
8ton
|
7ton
|
5ton
|
kcal/h x 2ea
|
Oil Type
|
B-C
|
B-A
|
B-C
|
D-O
|
Dail Oil Use
|
5,000ℓ/Day
|
4,000ℓ/Day
|
6,000ℓ/Day
|
1,000ℓ/Day
|
Bunner Type
|
Rotary
|
Rotary
|
Rotary
|
Oil spray
|
Operation Hour
|
24H/Day
|
24H/Day
|
24H/Day
|
8H/Day
|
POWER-Z
|
Before/After
|
Before/After
|
Before/After
|
Before/After
|
Density of dust
|
85.93/65.08
|
182.02/95.25
|
170/120
|
-
|
SOx.ppm
|
-
|
/85.31
|
130/125
|
-
|
CO.ppm
|
-
|
/45.3
|
65/55
|
-
|
Nox.ppm
|
-
|
/99.6
|
130/130
|
-
|
start using p-z
|
Feb 1995
|
Dec 1995
|
Aug 1998
|
Nov 1996
|
Reducement
|
12%
|
15%
|
13.8%
|
18%
|
Jungang Dye
|
Jinyoung Food
|
Hankook-paper
|
Youngsin Textile
|
|
Boiler Type
|
smoke-tube
|
smoke-tube
|
water-tube
|
smoke-tube
|
Capa
|
8ton
|
10ton
|
50ton*2,40ton*2
|
10ton
|
Oil Type
|
B-C
|
B-C
|
B-C
|
B-C
|
Dail Oil Use
|
13,000ℓ/Day
|
8,000ℓ/Day
|
120,000~140,000
ℓ/Day |
10,000ℓ/Day
|
Bunner Type
|
Rotary
|
Rotary
|
Steam-jet
|
Rotary
|
Operation Hour
|
24H/Day
|
24H/Day
|
24H/Day
|
24H/Day
|
POWER-Z
|
Before/After
|
Before/After
|
-
|
Before/After
|
Density of dust
|
-
|
-
|
-
|
-
|
SOx.ppm
|
-
|
-
|
-
|
-
|
CO.ppm
|
-
|
-
|
-
|
-
|
Nox.ppm
|
-
|
-
|
below the standard
|
-
|
start using p-z
|
Feb 1999
|
Dec 1999
|
Nov 2002
|
Jan 1999
|
Reducement
|
10%
|
9%
|
-
|
10%
|
|
Deadong Ship
|
Namsung Ship
|
Seohae Ship
|
Boiler Type
|
-
|
-
|
-
|
Capa
|
-
|
-
|
-
|
Oil Type
|
D-O
|
D-O
|
D-O
|
Dail Oil Use
|
50,000ℓ/Day
|
50,000ℓ/Day
|
50,000ℓ/Day
|
Bunner Type
|
-
|
-
|
-
|
Operation Hour
|
-
|
-
|
-
|
POWER-Z
|
Before/After
|
Before/After
|
Before/After
|
Density of dust
|
-
|
-
|
-
|
SOx.ppm
|
-
|
-
|
-
|
CO.ppm
|
-
|
-
|
-
|
Nox.ppm
|
-
|
-
|
-
|
start using p-z
|
Oct 1998
|
Jul 1999
|
Dec 1999
|
Reducement
|
12%
|
10%
|
10%
|
|
Hansol Paper
|
Kumbi
|
Boiler Type
|
water-tube
|
melting furnace
|
Capa
|
25,30ton
|
-
|
Oil Type
|
B-C
|
B-C
|
Dail Oil Use
|
30,000~40,000ℓ/Day
|
20,000ℓ/Day
|
Bunner Type
|
Steam-jet
|
Oil spray
|
Operation Hour
|
24H/Day
|
24H/Day
|
POWER-Z
|
Before/After
|
Before/After
|
Density of dust
|
35/15
|
-
|
SOx.ppm
|
-
|
-
|
CO.ppm
|
-
|
-
|
Nox.ppm
|
-
|
396~437/217~226
|
start using p-z
|
Nov 1999
|
Dec 1999
|
Reducement
|
4.7%
|
-
|
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