Process Optimization
Unwanted sulfur contamination in natural gas
Minimize the effect this element has on your processing systems
North American natural gas market and infrastructure
The race is on to expand liquefied natural gas capacity to meet growing demand
Similar service assessment of aboveground storage tanks
API publishes the 4th Edition of API Standard 653
Summiting with multivariable predictive control
In a revised paradigm, focus shifts to facilitating the appropriate involvement of all operations stakeholders
Cutting-edge methods convert waste into salable products
Innovative pretreatment process removes hazardous contaminants from ethylene production-generated spent caustic
Model predictive control for liquefied natural gas processing plants
Applying this technology will increase your bottom line and improve operations
Minimize facility flaring
Flares are safety devices that prevent the release of unburned gases to atmosphere
Improve reformer catalyst operations
Deactivation of hydrogen generation unit catalyst is linked to contamination of boiler feedwater from a leaking heat exchanger
Advances in tank quality measurements can help cut operational costs
New techniques make analysis available in real time
Enhanced methods optimize ownership costs for catalysts
Novel model-based innovation techniques enable simultaneous optimization of catalyst formulations and operating reactors
- How laser technology cuts through traditional reliability and confidence concerns in industrial gas analysis 5/28
- Lummus Technology launches Thermacrack™ C5 to unlock higher-value specialty chemicals production 5/28
- Million-dollar award awaits winner in clean fuel race for ships 5/28
- PTT Global Chemical and SCG sign MoU to explore olefins/polyolefins JV in Thailand 5/28
- Pembina greenlights 750-MMft3d Heartland Extraction Plant to provide ethane feedstock to Dow Chemical 5/28
- Honeywell and McNeese State University partner to train the LNG workforce of the future 5/28
