IMPLEMENTATION OF MEASURES ON REDUCTION OF ENERGY CONSUMPTION AND GREENHOUSE GAS EMISSIONS

ICE "Tekhnogaz" (2012)

The primary goal of this project was to significantly reduce energy consumption and greenhouse gas emissions by modernizing and optimizing existing thermal power facilities. This initiative was designed to align with global efforts to combat climate change and promote sustainable energy practices. The project focused on upgrading infrastructure, introducing advanced technologies, and improving operational efficiency to achieve several critical objectives, including enhancing energy efficiency and reducing the environmental impact of the facilities.

Modernization of Heat Generating Equipment

The project began with the comprehensive modernization of the existing heat-generating equipment. Outdated systems were replaced with modern, high-efficiency units that significantly reduced fuel consumption and improved overall energy output.

The new equipment included advanced burners and boilers designed to operate at higher efficiencies, thereby reducing the amount of fuel required to generate the same amount of heat. This upgrade played a crucial role in reducing the carbon footprint of the facility.

Implementation of Modern Gas and Heat Metering Devices

To enhance accuracy and efficiency in energy management, modern gas and heat metering devices were installed throughout the facility. These devices provided real-time data on energy usage, allowing for better control and management of resources.

The new metering systems were integrated into the facility’s heating network management systems, enabling precise monitoring and adjustments to be made, which contributed to a reduction in unnecessary energy consumption and improved overall efficiency.

Introduction of Energy-Efficient and Energy-Saving Technological Equipment

New energy-efficient and energy-saving types of technological equipment were introduced into the production process. This included the installation of high-efficiency pumps, motors, and heat exchangers that reduced energy losses and improved the overall performance of the facility.

The focus was on replacing older, less efficient components with state-of-the-art alternatives that offered better performance and lower energy consumption, contributing to the project’s sustainability goals.

Computerization and Installation of Control and Measuring Instruments (KIM)

The project included the computerization of operations and the installation of advanced control and measuring instruments (KIM). These instruments were connected to a central control system that allowed for real-time monitoring and management of all key parameters across the production line.

Data from the KIM was displayed on central screens and computer systems, providing operators with the information needed to make informed decisions quickly. This integration of technology not only improved operational efficiency but also reduced the likelihood of human error, further optimizing energy use.

Installation of Heat Exchange Equipment

To maximize the utilization of available energy, heat exchange equipment was installed for the recovery and utilization of heat from the gas-vapor mixture. This equipment captured waste heat that would otherwise be lost and redirected it for use in heating and ventilation systems.

The utilization of heated water in these systems further reduced the demand for additional energy input, thereby enhancing the overall efficiency of the facility and reducing greenhouse gas emissions.

Environmental Impact and Achievements

The successful implementation of these modernization efforts resulted in a significant reduction in greenhouse gas emissions. The project achieved a reduction of 2,484,103 European Reduction Units (ERUs), underscoring its contribution to environmental sustainability.

These reductions in emissions were a direct result of the combined effects of improved energy efficiency, advanced technological integration, and optimized operational processes.