Search results for: 'simulation smart ho engines work'

This research service discusses the present state and the future potential of the LNG market in Asia-Pacific. It covers Southeast Asia, East Asia, and Australia, and provides an in-depth analysis of the drivers and restraints and their impact over the forecast period. The equipment type covered includes turbomachinery, electrical equipment, and non...

In a world of advanced persistent threats, perilous infrastructure industries that are progressively expanding into the digital and smart frontiers become increasingly vulnerable. This research service will capture the emerging trends and evolving business models for cybersecurity in the oil and gas industry in the United States. It was developed b...

The global energy industry is going through an unprecedented transition period, and this change is bringing exciting new growth opportunities to the oil and gas (O&G) sector. However, the shift to a net-zero future for carbon emissions means many companies are also facing pricing, energy security, and industry disruption struggles. The energy indus...

As decarbonization strategies gather pace across industries, emissions management is emerging as a key growth opportunity. Frost & Sullivan has identified a complex and dynamic value chain and set of process steps where opportunities abound: Planning and advisory; measuring and monitoring; mitigation; removal; reporting; and offsetting. Digital pla...

This study is an overview of future technological trends in oil & gas completions design. Whether for an operator, a contractor, or a start-up, Frost & Sullivan believes that open collaboration and idea sharing will drive business opportunities and progress in the industry. To that end, this study has 3 goals: • Describe key areas of technologic...

Oil sludge is produced at various stages of the oil industry from exploration, production, transportation, processing, and storage. Majority of the sludge is produced at waste water treatment plants considering that large quantities of water are used at critical nodes of the refinery process including desalting, thermal cracking, distillation and c...