Sustainable Development of Transnational Petroleum CorporationTransnational Petroleum Corporation sees its mission in the reliable, efficient, and balanced supply of consumers with energy resources and refined products. Our strategic goal is to strengthen our position as a leader among global oil and gas companies through market diversification, ensuring energy security, and driving sustainable development. We strive to increase the efficiency of our operations and maximize the use of scientific and technological potential, which allows us not only to consistently meet current needs but also to adapt to future challenges.
Automation of management:
Implementation of automated process control systems (APCS), which significantly improve production efficiency, reduce costs, and minimize human error.
Internet of things (IoT):
Use of IoT for real-time data collection from production equipment and infrastructure. This enables rapid response to changes and prevents emergencies.
Blockchain for logistics:
Application of blockchain technologies for supply chain management, ensuring transparency of operations from extraction to the end consumer.
Production forecasting:
Use of machine learning algorithms to analyze big data and predict production indicators, which allows process optimization and cost reduction.
Predictive analytics:
Application of predictive analytics for forecasting equipment failures and planning preventive maintenance, increasing reliability and reducing downtime.
New extraction methods:
Research and development of advanced methods of oil and gas extraction, including hydraulic fracturing (fracking) and horizontal drilling, which increase hydrocarbon recovery rates.
Modern catalysts:
Development and implementation of advanced catalysts to improve the efficiency of oil and gas processing, including cracking and reforming.
Energy Audits:
Regular energy audits to identify energy-saving opportunities and implementation of recommendations to improve efficiency.
Energy-Efficient Equipment:
Replacement of outdated equipment with more energy-efficient alternatives, significantly reducing energy consumption and increasing overall production efficiency.
Cogeneration:
Use of cogeneration systems for simultaneous production of electricity and heat, greatly improving fuel resource efficiency.
Energy Recovery:Predictive Analytics:
Implementation of energy recovery systems that utilize waste heat for heating production facilities or other enterprise needs.
Solar Farms:
Development and construction of solar farms to generate electricity, reducing the carbon footprint and providing stable energy supply to remote sites.
Wind Power Plants:
Investments in wind power projects to diversify energy sources and reduce dependence on fossil fuels.
Integration of RES with Traditional Systems:
Creation of hybrid energy systems that combine renewable and traditional sources, ensuring reliable and sustainable power supply.
Energy Storage Systems:
Implementation of energy storage solutions to ensure stable electricity supply during peak demand or when renewable generation is insufficient.
Central America and China:
Active expansion into the markets of Central America and China, ensuring stable energy supply to key regions and opening new promising opportunities.
Western, Sub-Equatorial, and Southern Africa:
Strengthening presence in oil-producing regions of Western, Sub-Equatorial, and Southern Africa to ensure stable supply and diversify resource bases.
Local Partners:
Strengthening cooperation with local partners and government bodies to ensure stable energy supply and improve competitiveness in new markets.
International Alliances:
Participation in international alliances and agreements for joint project development and exchange of advanced technologies.
