Whitepapers

Demand for hydrogen is expected to increase up to ten-fold by 2050 when multiple industry reports predict 8-24% of the world’s final energy demand will be supplied by hydrogen. Hydrogen has a unique ability to address ‘hard-to-decarbonize’ sectors which currently produce significant CO₂ emissions. Learn more about how hydrogen is a viable way for you to decarbonize your plant today to meet your emissions goals.

With aging equipment and facilities, operators face increasing challenges in maintaining equipment reliability, integrity, and safety. One of the biggest hidden threats to your plant’s efficient and safe operation is deteriorating sampling equipment. However, refineries often operate sampling systems as separate entities within the plant. This leaves plants open to gaps and potential risks in their sampling program.

A properly design alarm management system will minimize production losses, safety incidents and environmental excursions. To do this effectively, the alarms need to be designed for the process and managed for continuous improvement. It is important to evaluate the alarms based on process upsets and verify the functionality of the alarms as they relate to the operation. It is the operator’s job to react to the alarm but the alarms need to be monitored and managed.

Corrosion under insulation (CUI) is one of the costliest problems in the petrochemical industry. It also presents a high degree of potential danger. CUI occurs when moisture mixed with contaminants infiltrates insulation, encouraging the development of corrosion cells on the steel underneath. This paper demonstrates how Sherwin-Williams Heat-Flex® High-Temp 1200 withstands temperature fluctuations, thermal shock and other upset conditions to protect against hidden CUI.

Radial inflow turbines (RIT), or turboexpanders, have become not only essential to the oil and gas industry, but also to specific applications in the realm of liquefied natural gas (LNG). Variable inlet guide vanes (vIGV) are RIT’s unique feature, rendering the turboexpander as a variable geometry turbomachine. In turn, this makes a turboexpander an effective solution for variable load and flexible LNG production.

A Crude-to-Chemicals complex arises through the selection of the best combination of technologies suites and basic engineering further to a multi-criteria analysis, including financial aspects and environmental considerations completing, part of the holistic view, taking into account the specificities and constraints of each project. Integrated solutions also embed the entire unit life cycle to support the customer throughout the plant life through technical assistance follow-up and associated services for CTC projects that involve high-performance technologies.

Refineries, petrochemical and gas processing plants rely on continuous and reliable fluids and gas flows. It is imperative that these systems operate efficiently since a breakdown can cause significant delays or shutdowns to entire units. The Optimizing Gas and Liquid Flow eBook examines best practices and the latest technologies and services to optimize fluid and gas flow in the industry. This compilation includes technical articles published in Gas Processing & LNG and Hydrocarbon Processing over the past several years that focus on improving fluid and gas flow for safer, cleaner and more sustainable operations.

Oil & Gas operators need more agile and flexible organizations due to the volatile macroeconomic conditions, uncertain geopolitical situations, and ecological pressures they face. With advancements in digital technologies and innovation accelerators, the management of asset maintenance processes has evolved considerably. Read IDC’s perspective on how technology adoption in the industry is increasing efficiency, delivering cost savings, enhancing performance, and improving the protection of assets.