Boosting Project Efficiency with Modular Construction
Exploring how modular construction on project efficiency improves the use of time, resources, and sustainability.
Mechanical Engineer with experience in the oil and gas sector, has technical skills in static equipment inspection, project control, development of work scopes and quality assurance. Contributes to the exchange of knowledge and best practices by writing technical articles related to the energy sector.
Exploring how modular construction on project efficiency improves the use of time, resources, and sustainability.
Logistics in the energy transition ensures sustainability at every stage of this process.
Increase energy efficiency in industrial boilers, reduce costs and environmental impacts.
Analyze the strategic importance of maritime terminals in the global value chain.
Safety and emission control systems protect and optimize operations in low-pressure storage tanks.
Optimize inspection with RBI for enhanced storage tank reliability and effective maintenance under API RP 580 standard.
Maximizes oil extraction with enhanced recovery techniques. Learn how to maintain optimum production.
API 653 establishes criteria for inspection, repair, and evaluation of tanks in service, reducing risks from corrosion, leaks, and structural deterioration.
Author: Ing. Mayuly Rodriguez, March 23, 2024. The Oil & Gas sector, as one of the world's largest energy consumers, faces increasing pressure to improve its energy efficiency. This requirement arises from the need to comply with stricter environmental regulations, respond to the increase in global energy demand and mitigate its ecological impact. Energy efficiency in the Oil & Gas sector has become a critical issue, reflecting a commitment to both environmental sustainability and operational optimization.
Offshore wind energy projects face environmental, operational, and regulatory risks that can affect their viability and development.
Author: Ing. Mayuly Rodriguez, March 9, 2024. Atmospheric corrosion does not depend exclusively on the affected asset, since it develops under the influence of corrosive factors or agents present in the atmosphere. These factors are humidity, ambient temperature, wind, salinity, acid gases, suspended particles, among others.
Author: Ing. Mayuly Rodriguez, February 29, 2024. In the oil and gas industry, the optimization of steam systems is essential to reduce costs, maximize energy efficiency and contribute to environmental sustainability.