TJF Technology (including first-generation TransSonic and EnergyMAX equipment) has shown a faultless operational record in over 500 residential and industrial sites in Russia and abroad. - Kirov Industrial Complex, St.Petersburg. Use of 16 TJF devices generated total savings of over USD 1,000,000 within two heating seasons.
The Kirov industrial complex is one of the largest of its type in the world. The central heating plant which serves Kirov's 34 kilometer district heating system called for 10 huge tube-and-shell heat exchangers supported by 15 powerful electric pumps. Only one setup— 2 heat exchangers and 3 pumps — was in place in the facility when TJF equipment became available.
Now, 16 compact 40,000,000 BTU TJF units, set up in four 4-unit modules, supply the entire district with a total output of 640,000,000 BTUs plus pumping thrust Fuel consumption savings over the original planned conventional system averaged over 15%. Add to that the electricity savings derived from elimination of the electrically driven pumps. TJF technology also lowered equipment purchase costs and provided big savings in overall construction/installation time and costs, financing charges and other expenses. Savings continue because of lower fossil fuel consumption, lower parasitic costs (pumps/electricity) low operating/maintenance costs and low environmental impact The entire 16-unit TJF setup has a footprint of 130 square meters, saving 1,000 square meters of space in the Kirov central plant facility.
- New York State Government Building (Empire State Plaza, Albany, NY, USA). TJF technology provided a significant reduction in fuel consumption, maintenance costs, as well as evident positive environmental impact.
A TJF-based Instant Pressurized Hot Water Supply System was installed under the watchful eye of environmental and engineering staff. Results? An independently run engineering study of the TJF system documented 15% energy savings, as compared with the conventional tube-and-shell heat exchanger and electric pump it replaced.
TJF Technology also eliminated the need for steam traps, condensate runoff and wasteful cool-down water. And it delivered something the conventional system never could: Hot water on demand from a cold start. Instantly!
With TJF all the steam's enthalpy is now used to heat the water and also provide pumping thrust, with no wasted energy and no electricity required. No wasted space either. The compact TJF hot water system occupies less than 1/5 the space of the old system it replaced. And there was no lost time, because this simple system was quickly, easily and economically retrofitted in parallel bypass, then switched over.
- Cherkassy Mineral Fertilizer Plant “Azot” (Ukraine). Application of TJF heating systems resulted in a two-fold reduction in installation costs, and savings of over USD600,000 in maintenance costs within four years.
- Austrian Ministry of Milk Industry factory at the city of Wolfpassing. First generation TJF super-compact unit (installation footprint – 2.5 sq. meters) in continuous operation during five years as a homogenizer, pasteurizer and measure feeder with a capacity of 5000 liters per hour.
TJF equipment has been installed and has shown sustained effective operation at various sites in the Russian Federation – the MiG aircraft plant, Municipal Central Heating Plant 21 in Moscow, “Kazanorgsintez”, “Severstal” steel plant, and many others. TJF equipment was successfully tested in heating and hot water supply systems at the Second Machinery Plant in the Republic of China, a national-level industrial leader. Negotiations are underway to create a joint Russian-Chinese enterprise to market TJF equipment on Chinese territory. TJF equipment was included as a priority universal energy efficiency technology in the “Energy Consumer Efficiency” subprogram of the “Energy Effiecient Economy” Federal Program. Total volume of budget-funded regional contracts for TJF Equipment installations in 2003 has exceeded 350 million rubles. TJF technologies are a part of regional energy efficiency programs in Moscow, the Murmansk, Novosibirsk, Ekaterinburg, Krasnodar, and Stavropol regions. TJF technologies are a part of the industry energy efficiency program of the Ministry of Atomic Energy of the Russian Federation.
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