
新闻稿
Wood partners with Petrobras on future FPSO concepts
能源 powers our society, fuels our industries and underpins our quality of life. 接入可靠, affordable energy has transformed the welfare of millions of people globally, but the collective demand for energy continues to rise.
Wood is committed to meeting this ever-increasing energy demand in a way that protects our world for generations to come.
We recognize that oil and gas are key to maintaining energy security and will continue to play a critical role in integrated energy systems for decades to come.
The way forward is carefully and responsibly balancing energy security, 弹性, 负担能力和责任. By maximising the potential of our existing infrastructure today, we can build the sustainable energy ecosystem of tomorrow.
Building for tomorrow means helping nations and industries achieve their net-zero ambitions. Alongside the decarbonisation and optimisation of traditional energy sources, Wood is helping to develop and optimise renewables and low carbon fuels to help meet rising energy demands with a sustainable future in mind.
We work with clients across the full lifecycle of their projects – we partner with them to plan, 设计和建造新的开发项目, and to run their existing assets more efficiently and maximise production through innovative and collaborative working.
利用智能维护技术, 实施数字创新, and applying decades of expertise lead to practical solutions that make a difference today.
我们有超过 100年的下游Experience delivering to major clients in the refining, chemical and petrochemical markets.
We have a long and distinguished track record in partnering with clients to deliver the energy the world needs. 我们在不断探索, evolving and deploying the latest innovations and solutions that unlock value by enhancing efficiency, 提高安全性和最大限度地提高产量.
伍德设计了 600000吨 of all topsides facilities in the Gulf of Mexico and we are working with clients to optimise their preexisting asset performance through applied intelligence and new technology solutions. We are detecting methane emissions and operating anomalies at more efficient rates during the inspection and maintenance process of assets with autonomously operating robots.