Synthetic polymers: Balance between functionality and sustainability
Technological advances that improve the sustainability of synthetic polymers without compromising their functionality.
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.
Technological advances that improve the sustainability of synthetic polymers without compromising their functionality.
Innovations in confined space equipment that improve safety and reduce occupational hazards.
The integration of industrial safety and sustainability promotes safe and environmentally responsible operations.
Evaluating how CSR drives sustainable mining through advanced technologies and renewable energy.
Strategies decarbonizing the construction value chain through innovation and sustainability.
New trends are transforming the types of construction in modern industry.
Analyzing factors influencing risk perception in work environments to improve industrial safety.
Explaining the techniques, applications and key factors to ensure quality in butt welding.
Highlighting the evolution of energy transportation in the energy transition.
Highlighting the methods, benefits and practical applications of plastic welding in various industries.
Reversible polymerization, which allows controlled bonding, has emerged as a promising technology in sustainable energy and material efficiency applications.
Arc welding is key in industrial sectors due to its precision, speed, and ability to adapt to different materials.