|
Kirovo-Chepetskiy Chemical Plant
|
Technical modernizations of the unit of ammonia АМ-70 |
|
AEROSOL Novomoskovsk
|
The equipment design. The project of expansion of storage hydrocarbonic propellent |
|
AZOT Novomoskovsk
|
The equipment design. Increase of reliability of isothermal storehouse of liquid ammonia |
|
Confidentially
|
Trial installation of reception methanol and synthetic liquid hydrocarbons capacity of 3500 tons methanol and 1500 tons synthetic liquid hydrocarbons in a year. |
|
Proctor & Gamble, Novomoskovsk
|
The equipment documentation for system of batching periodic acid
|
|
Rosneft
|
Analysis of applicability of technology of Fischer-Tropsch synthesis for processing associated gas at the fields of Rosneft |
|
NOVATEC
|
12,500 t/y methanol plant |
|
NOVATEC
|
50,000 t/y methanol plant |
|
Grozneftegas
|
Plant for removal of hydrogen sulphide from associated gas |
|
ACHEMA
|
Creation of an effective plant based on the Soviet/Czech ammonia unit put out of action
|
|
GIREDMET
|
Hydrogen production unit for the Asbest magnesium plant |
|
Novocherkassk Synthetic Product Plant
|
Development of designs for cutting specific consumptions in methanol production, increasing the production capacity up to 160,000 t/y
|
|
VNIPIGasdobycha
|
Basic designs of plants for production of methanol and diesel fuel from natural gas for the Bovanenko gas and condensate field
|
|
VNIPIGasdobycha
|
Development of enlarged resource and technological models for gas processing objects at the fields of the peninsula of Yamal
|
|
Key Industry (Czech Republic)
|
Plant for removal of hydrogen sulphide from gas
|
|
Korund
|
Development of basic designs for modernization of a natural gas reforming
|
|
Department of investments, sciences and technologies of Government HMAO
|
Choice of a platform, formation business-plan and development of the FEASIBILITY REPORT of construction of a chemical complex on processing associated gas in synthetic hydrocarbons |
|
INSTYTUT NAWOZOW SZTUCZNYCH (Poland)
|
Development of the working documentation of installation of increase of concentration of the solutions applied to clearing of gas from СО2 |
