| |
Russia,
Khabarovsk, 2013, the stationary unit for the treatment of fuel
prior to combustion in the supply tank. Burning watered mazout
and utilization of sludge and bottom water.
Fuel type - watered mazout heavy fuel oil. Increase calorie of
black oil after treatment by 4%. |
|
| |
Russia,
Stary Oskol, 2013, the stationary unit for the treatment fuel
before combustion in the storage tank. The possibility burning
fuel oil after 10 years of storage.
Fuel type - watered mazout heavy fuel oil.
Report. |
|
| |
| Russia,
Murmansk region, in 2013. Fuel type - watered mazout .
Summary results -
successful burning watered mazout and
2.5% fuel savings.
|
|
| |
| Syria,
Aleppo, 2012. Fuel type - watered mazout with a high content of
asphaltenes.
Summary results - successful burning heavy of
black oil, black oil economy, perfectly clean heat exchangers,
fuel savings.
|
|
| |
| Ukraine,
2009. Ukrainian military base Makarov-1.
Works to this day. Fuel type - watered mazout fuel oil. Modernization
of fuel supply to the injectors. A great difference in the work
"with" and "without" activator
boiler fuel TRGA.
Fuel
savings.
Summary results - successful burning watered
mazout, reduction of atomizers clogging. Increase stress and
decrease the freezing point in winter. Tested. Report.
|
|
| |
| Ukraine,
Vinnytsia region, 2011. Fuel Type - coke chemical oil.
Results
Summary - reduced speed clogging nozzles, stable burning coke
chemical fuel, no gravitational segregation of fuel in supply
tank, utilization waste sludge and bottom water.
On May 2013 working 2 TRGA
activators
boiler fuel.
|
|
| |
| Russia,
Vladivostok, 2011. workink on May 2013 Fuel type - watered mazout
and oiled
water.
Summary results - successful burning watered
mazout mixed with port bilge water without failure of the flame.
Dispose oiled water.
|
|
| |
Russia, Uglegorsk,
2011. workink on May 2013. Fuel type - heavy watered mazout.
Summary
results - successful burning watered mazout without failure of
the flame,
fuel savings. |
|
| |
Ukraine,
Cherkassy plant of building materials, 2011. Modernization. Fuel
type - old watered coke fuel
Summary results - reduced speed clogging atomizers, stable burning
coke chemical fuel, no gravitational segregation of fuel in supply
tank, utilization waste sludge and bottom water, complete removal
of smoke from the boiler tube. |
|
| |
| Russia,
Volzhsky, 2011. workink on May 2013. Fuel type - watered mazout
.
Summary results - successful burning watered
mazout,
fuel economy.
|
|
| |
Kazakhstan,
2011. Type of fuel - coal tar fuel, high viscosity, ash and tar.
12 months of exploitation.
Summary results - good fuel economy, reduced deposits on heat
exchangers, reduction of clogging of atomizers, lower temperature
heating fuel, the complete elimination of smoke from the chimney. |
|
| |
Kazakhstan,
2011. Type of fuel - coal tar pitch density of 1.07, increased
viscosity, ash and tar. 12 months of operation.
Summary results - good fuel economy, reduced deposits on heat
exchangers, reduction of debris on atomizers, lower temperature
heating fuel, the complete elimination of smoke from the chimney.
Report.
|
|
| |
| Guinea
Alumina Refinery, testing, running from September 2010. Fuel type
- heavy fuel oil slurry. 24 months of operation. Results
Summary - 3% fuel savings, reduction of carbon deposits on the
heat exchangers. Tests. Report.
|
|
| |
Kazakhstan,
2010. Type of fuel - coal tar density of 1.07 hight viscosity,
ash and tar. 24 months of working.
Results Summary - steady burning fuel, reducing carbon deposits
on the heat exchangers reduction of debris on atomizers fuel economy.
Report. |
|
| |
| Ukraine,
Cherkasy region, 2010. " Kosarsky Alcohol Plant ", the
trademark "Cold Yar". Fuel - watered fuel oil with a
high content of solids and the carbon particles - coke fuel, 12
months of use.
Results Summary - sustained combustion of boiler
fuel, reducing carbon deposits on the heat exchangers.
|
|
| |
Guinea
Alumina
Refinery, 2 months of tests, running from September 2010. Fuel
- Heavy fuel oil M100, then the slurry fuel.
Results Summary - 4% boiler fuel savings, reduced carbon deposits
on the heat exchangers increase efficiency boiler, reducing the
specific fuel consumption. Test.
Report. |
|
| no
photo |
Ukraine,
Cherkasy region, 2010. The object of the Ministry of Defense of
Ukraine Smela. Fuel type - watered fuel oil.
No data available. |
|
| |
Ukraine,
Chernigov region, in 2010. The object of the Ministry of Defense
of Ukraine "Friendship", fuel - oil watered.
No data available. |
|
| |
Ukraine,
Zaporozhye region, 2010. JSC "Zaporozhye iron ore plant."
Works to this day. The results - the successful burning of high-viscosity
oil. Increase stress and decrease fuel freezing point in winter,
reduction of atomizers clogging.
Fuel type - watered black oil M 100. Report. |
|
| |
Ukraine,
Kiev, 2009. The object of the Ministry of Defense of Ukraine Makarov-1.
Working. (May 2013). Results - Successful watered fuel oil incineration.
Increase flow, reduction of atomizers clogging. Fuel does not
freeze in winter. Economy fuel. Report. In 2011 tested - boiler
(30 years of operation) works almost like new.
Fuel type - watered heavy fuel oil and fuel oil mixture, multi-blended
fuels. |
|
| |
Ukraine,
Mariupol, 2009. Mariupol trading port. Works till today, report.
Results - successful combustion recycle watered fuel mixture with
a water content of 20%. Watered oil sludge in the port. Bilge
water.
Fuel Type - a mixture of fuel oil and bilge water - fire incineration
recycling.
Paper presented at the international conference. |
|
| no
photo |
| Ukraine,
Bakhchisaray, 2009. Company " Bakhchisaray plant of building
materials ". Removed after a year in connection with the
start using the natural gas fuel - fuel coke fuel average quality.
Results Summary - Successful black oil coke
fuel burning, the temperature rise in the kiln.
|
|
| |
| Russia,
Belogorsk, the Amur region. 2009. Working to this day, photo received
after one and a half years after the exploitation in the boiler
house and visiting delegation of Arcelor Mittal. Fuel type - watered
mazut M100.
Summary results - successful watered mazout
burning.
|
|
| |
| Kazakhstan,
2009. Mining. Type of fuel - coal tar pitch as a substitute for
black oil M-100.
Summary results - the successful burning of
coal tar. viscosity reduction and reduced fuel freezing in the
winter. Exploited 2 years.
|
|
| no
photo |
Russia,
2009. Kamchatka municipal boiler.
Fuel type - watered mazut M-100. No photos. No data available. |
|
| |
Ukraine,
Cherkassy plant of building materials, 2009. Works to this day.
The result - the successful burning coke fuel increase steam output
of the boiler, reducing drying time of bricks by 40%.
Film-1. Film-2.
Type of fuel - fuel coke with water. |
|
| |
Ukraine,
Thorivsky Alcohol Plant 2009. Worked for 2 months and was removed
for not paying. Fuel type - low quality watered coke oil.
Summary results - the successful burning of coke fuel fuel increase
steam production of boiler. |
|
| |
Ukraine,
Dnepropetrovsk, OAO "Dneproshina," 2009, set 2 activators
and 1 homogenizer TRGA for preparation of fuel, the report is
received after 6 work months. Exploitation of 24 months. The result
- the successful burning coke fuel.
Type of fuel - fuel coke. Report |
|
| |
Belarus,
Brest, in 2009, the municipal enterprise "Brest boiler"
, the successful burning 750 tons old black oil with water content
of 54%. Report. Working 2 year. The result - a successful burning
watered mazout.
Fuel type - watered mazout. Report. |
|
| |
Serbia,
Sremska Mitrovica, 2008, the municipal enterprise "Pannonian
power chains," 12 months of exploitation, 2 industrial tests
them. Nikola Tesla's laboratary report. 6 months of operation.
Results Summary - 2.6% fuel savings, reduced NOx, SO2, CO.
Fuel type - Heavy black oil mazout M-100. Report
fuel economy. Report
ecology . |
|
| |
Croatia,
Rijeka, 2008, the municipal enterprise "Energy", 11
months of exploitation, 2 months of tests. Results Summary - 3.7%
fuel savings, reduced CO - 40%. Test. Tests conducted Polytechnic
Institute Rijeka, Croatia.
Fuel Type - stove fuel. Light mazout. Report.
|
|
|
clear results
|
| |
|
change in the amount of carbon
on the heat exchangers for 2 months of work
without the use of an activator burning TRGA and with installed activator
TRGA
|
| |
| |
All pictures taken on objects are installed activators of fuel
series TRGA-3G.
Authors of photos. Sergei Shlyaga. Andrey Ruban.
other
photos
|
|
