Ammonia Developments

Year Client Project name and description Purpose of development
2022 Metinvest company, Ukraine Ammonia production from coke gas 20,000 tons/year Technology and equipment development, construction cost estimation
2021 Severodonetsky Azot PJSC, Severodonetsk, Ukraine Production of methanol and ammonia Development of technical solutions for combining ammonia and methanol production based on AM-76 ammonia and M-100 methanol units with an estimate of the cost of reconstruction
2020 OJSC Grodno Azot, Grodno, Belarus AM-76 ammonia production, Ammonia-4 workshop Inspection of production, development of the calculation model of the AM-76 unit, calculation of equipment with the aim of increasing the capacity of the unit to 1800 t/day and reducing the consumption of natural gas
2019 Azot OJSC, Novomoskovsk, Russian Federation Ammonia production, workshop Ammonia-3 Development of the calculation scheme, computer reproduction of ammonia production, calculation of the material balance with an increase in capacity to 1740 t/day
2019 Severodonetsky Azot PJSC, Severodonetsk, Ukraine Production of M-100 methanol with a capacity of 100,000 tons/year Development of methanol synthesis technology when converting the unit to convertible gas from ammonia production
2017 SE Diprokoks, Kharkiv, Ukraine Development of technology for the catalytic decomposition of ammonia in coke production Technology and equipment development, construction cost estimation
2013 PJSC Rivneazot, Rivne, Ukraine Production of ammonia AM-600 Basic technical solutions for the modernization of AM-600 ammonia production units
2011 — 2013 OJSC Acron, Veliky Novgorod, RF. JSC KazAzot Aktau, Kazakhstan, JSC Farg’onaAzot, Uzbekistan Production of ammonia Development of a technology and installation for washing ammonia from purge and tank gases for a plant for extracting hydrogen from the purge gases of ammonia synthesis
2012 PJSC Rivneazot, Rivne, Ukraine Ammonia production AM-600 as part of: 3 gas preparation and ammonia synthesis units, with a total capacity of 1800 t/day Basic technical solutions for the modernization of AM-600 ammonia production units. Implementation of measures to restore operational efficiency and modernization of the PSG-2 gas preparation unit
2010 Concern Styrol, Gorlivka, Ukraine Production of ammonia Development of the main technical solutions for the reconstruction of ammonia production units with the installation of additional nodes for generating steam P = 40 ata in BTA tube furnaces and changing the water heating scheme for steam P = 100 ata in CO conversion
2009 Dniproazot PJSC, Dniprodzerzhinsk (Kamyanske), Ukraine TEC ammonia unit Technological examination of the operation of the TPP ammonia unit with the development of measures to increase capacity and improve technical and economic indicators
2008 Concern Styrol, Gorlivka, Ukraine Ammonia production units — AM-76, 1B, 1B (CLE) Development of the main technical solutions for the reconstruction of ammonia production units with the installation of additional nodes for generating steam P = 40 ata in BTA tube furnaces and changing the water heating scheme for steam P = 100 ata in the CO conversion shop
2006 JSC Dniprazot, Dnirodzerzhinsk (Kamyanske), Ukraine Ammonia production, unit AM-76 Feasibility study of restorative repair and reconstruction of the unit with capacity increase
2005 — 2008 OJSC Azot, Novomoskovsk, RF, OJSC Azot, Berezniki, RF, OJSC Salavatnaftoorgsintez, Salavat, Bashkortostan Production of ammonia, unit A-1360 TEC. Ammonia production, AM-70, AM-72 aggregates. Ammonia production, unit AM-76, shop No. 54 Technological examination of the operation of the unit and development of measures to increase capacity and improve technical and economic indicators. Monitoring of the operation of all catalytic stages of the unit
Specialized
2011 — 2012 Acron PJSC, Veliky Novgorod, RF, Aktau, Kazakhstan, Farg’onaAzot JSC, Uzbekistan Production of ammonia A-1360. Production of ammonia AM 600 Production of ammonia AM-76 Development of a technology and installation for washing ammonia from purge and tank gases for an installation for extracting hydrogen from the purge gases of ammonia synthesis