ICMM and INAP present new tool to improve water management in mining
This tool seeks to reduce the environmental impact generated by acid rock drainage and metal leaching, recurring problems in the mining industry.
This tool seeks to reduce the environmental impact generated by acid rock drainage and metal leaching, recurring problems in the mining industry.
With this initiative, the company reaffirms its commitment to eco-efficient and intelligent fleets, aligned with the objectives of decarbonizing maritime transport by 2030.
This renewable energy project is targeted for completion by 2029, once the necessary assessments and tests have been passed.
This project will enable Tosyalı to generate around 50% of its energy consumption from solar energy.
This is an important project for the Japanese offshore wind industry, allowing the installation of larger turbines and robust monopile foundations.
The main objective of this project is the development of the Dasheng or "Monkey King", a supersonic passenger aircraft that could make its first flight in 2030.
With this decision, the United Kingdom is improving the management of nuclear waste, while at the same time promoting economic and technological development in the region.
This research could optimize microwave-based chemical processes, improving hydrogen production in the future.
The ship's design, developed in collaboration with Seaplace and based on concepts from Longitude, integrates digitalisation and artificial intelligence tools.
This project demonstrates TotalEnergies' confidence in advanced solutions for its offshore operations, enhancing the modernisation of maritime transport in Africa.
The facilities comply with strict environmental standards, applying the IP66/C5 classification, which protects them against adverse conditions.
The company has worked with major classification societies and shipyards to ensure that the engine design meets the highest safety standards.