Oil and Gas Resources
Oil and Gas
Hydrogen is key to decarbonization – in the chemical industry as well as for developed nations. However, while it is relatively easy and cheap to produce, pure H2 is notoriously difficult to transport and store. Most methods require high operational and/or energy costs.
Leaks are a pernicious issue in natural gas pipelines. As hydrogen can escape even more easily than methane through the tiniest holes, cracks, and weld seams, the transport and eventual storage of this gas is one of the major barriers to wider adoption of this gas as a fuel and feedstock. Hydrogen permeation and embrittlement only exacerbate the problem.
Taking a systematic approach to specifying a tank heater can help ensure the equipment specified delivers the heating performance desired. Factors to consider include the amount of energy needed, heat loss, direct or indirect heating, materials of construction, and controls.
The concepts of “preventive maintenance” and “condition monitoring” are not always characterized in a way that is entirely accurate. They sometimes seem to be treated as a “one-size-fits-all” service that many operators believe they need. However, these concepts can mean very different things depending on the application.
Selecting the proper positioner is critical. The wrong decision can lead to unnecessary costs on one end of the spectrum and the need for a replacement on the other.
In the world of natural gas liquification, turbine trip valves play a major role. There may be no piece of equipment that is more important to the safety of the plant and its personnel than a turbine trip valve.
Clara Moyano, Innovation Engineer - Material Science at Parker Hannifin’s Instrumentation Products Division Europe, describes & explains NORSOK, the standard developed by the Norwegian Petroleum Industry. She talks about NORSOK M650 and M630, focussing on the qualification of manufacturers of special material and material data sheets for piping.
Industrial furnaces come in many shapes and sizes and are used across a wide variety of applications. As one would expect, monitoring the temperature of an industrial furnace is critical and is accomplished by measuring the temperature of the tubes inside the furnace.
So, you know you need some form of control in your process, but where do you go from there? There are so many different options available depending on the process conditions and the level of control you’re looking for. And with budget restrictions becoming ever more stringent, making the best decision the first time is crucial.
Global competition requires manufacturers to strive for operational excellence to ensure they are competitive. This requires continuous improvements in terms of reliability, reduced unscheduled downtime, lower maintenance costs, extended equipment life, optimized energy consumption, improved sustainability, and greater throughput.
A lesson for me is that I need to involve you earlier in the program.
You were tireless in your support and it will not be forgotten!