The objective of the project is to ensure automated and uninterrupted coal supply to the fuel and transport department of the GRES-2 power station. The project includes the installation of the RPM-3600 rotary loader, construction of a guiding rail track, automation of existing conveyor lines with the replacement of traction motors featuring frequency converters, replacement of aspiration systems at transfer points, and reconstruction of the bagger pump station. This project represents a strategically important component in the construction of the third power unit at GRES-2.

Following the investment program, the “Southern MES” branch of JSC “KEGOC” plans to develop an information network to ensure reliable communication between substations for the transmission of large data packages.

As part of this program, existing steel ground wires on the 500 kV L-5169 and 220 kV L-2349 transmission lines will be replaced with ground wires integrated with fiber optic modules. Implementing these projects enables the transmission of large volumes of diverse information, including voice communication, AMR (Automated Meter Reading) data, SCADA data, control commands, and internet connectivity.

According to the comprehensive development plan, a significant increase in electricity consumption is forecasted in the Turkestan region. To meet the growing demand, the regional administration has decided to construct the “Badam” hub substation equipped with 2x125 MVA transformers.

The project also includes the construction of a 220 kV transmission line in a “loop-in-loop-out” configuration from the 220 kV “Shymkent - Mirgalimsay” line, with the installation of a ground wire integrated with fiber optic cables.

The objective of the project is to ensure the treatment and dewatering of excess sludge, as well as the subsequent clearing and processing of existing sludge ponds. The solution proposed by our institute aims to eliminate negative environmental and social impacts, particularly addressing odor issues affecting the western part of the city.

Additionally, the project includes the construction of a heating boiler plant on the wastewater treatment facility premises, followed by the reconstruction of the station’s heating systems. During the design phase of the sludge treatment and dewatering facility, the reconstruction of pumping stations was also carried out.

The Pavlodar Special Economic Zone (SEZ) serves as a strategic economic and industrial hub within the Eurasian Economic Union (EAEU) of CIS countries and is a member of the prestigious “World Free Zones Organization.” Located in the northern industrial area of the city, the SEZ spans approximately 1,200 hectares. Enterprises within the SEZ produce more than 100 types of products, which are regularly exported to over 15 countries worldwide.

The construction of wastewater treatment facilities with a capacity of 15,000 m³/day aims to provide domestic and industrial wastewater management for SEZ facilities. The project incorporates advanced biological treatment technologies through the construction of integrated biological reactors.

The existing sewage system in the city of Kosshy operates under pressure, relying on 72 pumping stations, which has led to frequent malfunctions affecting entire streets and neighborhoods. The goal of the project is to construct a gravity sewage system, followed by the dismantling of the existing pumping stations, and the installation of reinforced concrete main pipelines with diameters ranging from 1600 mm to 1000 mm.

The implementation of this project will ensure the uninterrupted and reliable operation of the city’s sewage system, designed to accommodate population growth until 2035. By significantly reducing the number of pumping stations, the city budget will benefit from substantial savings in operational costs.

Karaganda CHP-3, commissioned in 1977, is designed to meet the thermal and electrical demands of the city of Karaganda. The plant operates a recirculating technical water supply system, utilizing both tower and fan-type cooling towers as heat exchangers. A critical operational task is preventing contamination of steam turbine condensers. In this project, ALFA LAVAL filters were implemented to purify the cooling water from various pollutants.

The existing ash disposal site at the CHP of JSC “Aluminum of Kazakhstan” in Pavlodar was constructed in the 1990s and has undergone multiple reconstructions. The objective of the current reconstruction project is to enhance the dam structure to improve its technical and operational characteristics. Extending the service life of the ash disposal site is essential due to the incomplete construction of a new site.

The project includes measures to prevent emergency situations in case of a dam breach, the reconfiguration of the hydraulic ash removal system, the reconstruction of the dust suppression system, and the refurbishment of the bagger pump station.

The key focus areas of the investment policy in the Atyrau region are attracting domestic and foreign capital to the processing and manufacturing industries, as well as the construction of public utilities. LLP “Caspian Contractors Trust” is one of the leaders in the construction, commissioning, and maintenance of oil and gas facilities and infrastructure in the region.

The plant expansion project includes the modernization of the metal structure preparation and painting workshop, the hot-dip galvanizing workshop, the production building, and the storage yard.