Main activities - the development and production of innovative fuel systems for the use of gas fuel in automobile transport and in small energy
The company's foundation
The assembly lines of automobile gas vaporizers and stop valves for cylinders were created together with “LoGas” (Italy), “StarGas” (Italy), “EMER” (Italy) companies
Designed, certified and mass-produced "PeGas" reducer-vaporizer to use gas fuel in passenger transport
Mass production of original gas injectors had begun. Working metal/metal pair, opening time 1.8ms. Favorit distributed gas injection system with its original design production launched. The development earned a silver medal at the International exhibition in Geneva. The company recieved GOST R ISO 9001-2001 (ISO 9001: 2001) certificate
According to the order of Rosnauka the company’s team developed the hydrogen fuel system for the GAZ light truck. Hydrogen car tests took place at Dmitrovsky training ground. The company is a partner of the National Hydrogen Energy Association (NHEA RF)
A new gas system "AGAT" for phased injection is developed
At the GasSUF exhibition in Moscow, a new gas injection system with a wide-range gas pressure vaporizer-regulator VRTec (Veporiser Regulation Technology) is presented. The dynamic range of the gas pressure is 0.5 - 3.0 Bar. The main components of the gas injection system are certified according to European regulations ECE 110R and ECE 67R.
PTC KAMAZ ordered the development of ATM 20.22.00 gas injector for KAMAZ engines
Together with the ZIL factory team, two modifications of ZIL gas engines 508.400 (134 hp) and 509.400 (183 hp) with phased gas injection were developed and tested. Engines correspond to the ecological class EURO-4
The Gi 3720594920.00.000 gas injector was included in the design documentation of KAMAZ PTC for use in gas engines on KAMAZ trucks and NEFAZ city buses
A new type of injector is developed: series "GR1000"
A rail of GR260 gas injectors was developed. It is designed for the conversion of vehicles to methane and propane-butane. Technologies implemented in GR260 ensure the stability of characteristics throughout the resource (more than 100 thousand km)