2nd International Forum and Exhibition
Thermal Power Plants Central Asia
14-15 February 2024, Tashkent, Uzbekistan
14-15 February 2024, Tashkent, Uzbekistan
The International Forum and Exhibition "Thermal Power Engineering Central Asia" is a distinct and unique professional international platform for the heads of major investment projects, key generating companies in the region, regulatory authorities, investors, advanced equipment manufacturing companies, technology licensors, engineering and design, and construction firms, and other participants. The International Forum and Exhibition "Thermal Power Engineering Central Asia" is a distinguishable professional international platform for the heads of major investment projects, key generating companies, as well as the exchange of experience and discussion of opportunities to improve the efficiency of existing production. Participants include leaders from Uzbekistan, Kazakhstan, Kyrgyzstan, Tajikistan, and other countries.
Deputy Minister
Ministry of Energy of the Kyrgyz Republic
President
Eurasian Energy Corporation
Head of International Relations and Investment Promotion Department
JSC Thermal Power Plants
Head of International Relations and Investment Promotion Department
JSC Thermal Power Plants
General Director
ACWA Power Sirdarya
General Director
Power Machines
First Deputy Director
RDI UzEngineering
Member оf The Board
Russian-Kyrgyz Development Fund
Chairman of the Board
Central Asian Electric Power Corporation JSC
First Deputy General Manager
KazNIPIEnergoprom Institute
Chief Strategy Officer
Aksa Energy
CONSTRUCTION OF A THERMAL POWER PLANT IN SHIRIN CITY, SYRDARYA REGION
About the project: China Gezhouba Group Corporation (CGGC), a Chinese business, has been chosen as the project general contractor and will construct the turnkey plant.
OPERATOR: Acwa Power Sirdarya
LOCATION: Uzbekistan
POWER: 1500 MW
TIMEFRAME: Q4 2023
CONSTRUCTION OF A THERMAL POWER PLANT IN SURKHANDARYA
About the project: As the largest thermal power plant recently constructed in the country and the first thermal power plant in Surkhandarya, it will produce 12 billion kWh of electricity annually. Three foreign companies, Siemens Energy (Germany), IDEF (France), and Stone City Energy, are realising the project under a PPP arrangement (Netherlands).
OPERATOR: Stone City Energy
LOCATION: Uzbekistan
POWER: 1560 MW
INVESTMENT / REALISATION COST: $1.2 billion
TIMEFRAME: 2024
EXPANSION OF CAPACITIES OF NAVOI TPP
About the project: It is planned to build and put into operation two combined cycle plants with a capacity of 650 MW each at the third and fourth stages at Navoi TPP.
OPERATOR: Thermal Power Stations
LOCATION: Uzbekistan
POWER: 1300 MW
INVESTMENT / REALISATION COST: $1.5 million
TIMEFRAME: 2024-2025
COMPLETE CONVERSION OF ALMATY CHPP-2 TO GAS
About the project: The project on the switch of Almaty CHPP-1 involves the expansion of the station with the installation of combined cycle plants with a total capacity of up to 250 MW. Currently, work is underway to develop a feasibility study for the project. The developer of the feasibility study is KazNIPIEnergoprom JSC. The project involves the expansion of the station with the installation of combined cycle plants with a total capacity of 450 MW.
OPERATOR: AlES (Samruk-Energo)
LOCATION: Kazakhstan
POWER: up to 250 MW
INVESTMENT / REALISATION COST: $675 million
TIMEFRAME: 2026
LARGE-SCALE MODERNISATION OF UST-KAMENOGORSK CHPP
About the project: The Consortium of SVETOCH LLP (Kazakhstan)/Rusatom Service JSC and Ust-Kamenogorsk CHP LLP signed an agreement on a large-scale modernisation of the Ust-Kamenogorsk CHP. Modernisation provides construction of a new boiler unit with a steam capacity of 420 tons per hour for the CHPP, replacement of the turbine unit with an increase in capacity up to 65 MW and the introduction of a modern system for catalytic nitrogen reduction (SCR), desulphurisation and dust treatment, as well as work on the modernisation of turnkey auxiliary systems.
OPERATOR: Ust-Kamenogorsk CHP LLP (Kazakhstan Utility Systems (KKS)
LOCATION: Kazakhstan
POWER: Installed capacity is 331 MW
INVESTMENT / REALISATION COST: $100 million
TIMEFRAME: Q2 2025
REHABILITATION OF BISHKEK CHPP-2
About the project: The largest thermal power plant in Kyrgyzstan, located in Bishkek city. Bishkek CHP is the main consumer of coal in Kyrgyzstan. The Power Plant is designed to burn ordinary coal from Karaganda deposit, the industrial product of its wet enrichment and the screening of the Tashkumir coal.
OPERATOR: Power Stations
LOCATION: Kyrgyzstan
POWER: 460 MW
200+ TOP MANAGEMENT REPRESENTATIVES of energy companies, investors, governments of the countries in the region, and suppliers of technology and equipment will come together on one platform to discuss the most pressing issues in the industry!
20+ REPORTS from leading industry figures with unique information
20+ LARGEST INVESTMENT PROJECTS OF INDUSTRY LEADERS. New TPP construction facilities and station modernisation projects in Uzbekistan, Kazakhstan, Tajikistan, Kyrgyzstan, Azerbaijan, Georgia, Armenia, Iran
The Republic of Uzbekistan thermal power development dynamics. Roundtable: Points of growth and prospects for the use of traditional energy resources of the country
OPENING SESSION OF INDUSTRY LEADERS. Central Asian thermal energy development strategies within the framework of the global energy transition
CASE-STUDIES. What is the key to successful realisation of construction and modernisation projects?
INVESTMENT PROGRAMME OF CENTRAL ASIA: Issues with securing funding for TPP projects. New opportunities for energy efficiency investments
Timely modernisation is the key to long-term and safe operation of thermal power plants. Discussion with CTOs
IMPORTANT! Environmental safety. Thermal power plants environmental safety from design to modernisation of existing production facilities
EXCLUSIVE EXHIBITION AND TECHNOLOGICAL PRESENTATIONS. Experience of advanced equipment manufacturers
30+ HOURS OF BUSINESS AND INFORMAL NETWORKING! One-on-one meetings, business lunches, coffee breaks, welcome cocktail and much more
