Webcasts

Sponsor: Atlas Copco

The upsurge in interest in hydrogen comes on the back of its exciting potential as a carbon-free energy carrier in mobility and power applications. Historically, hydrogen has been used in refining, chemical processing, steel industries, and ammonia production. Today, the growing momentum for clean fuel and energy has led to enormous opportunities for turbomachinery within the hydrogen supply chain.

Hydrogen liquefaction is one of the few preferred methods to store and transport pure hydrogen. As countries across the world step up efforts to cut greenhouse gas emissions and achieve commitments to net zero by 2050, the demand for hydrogen liquefiers is rising.

Join experts from Atlas Copco Gas and Process and Plug Power as they share insights on LH2 demand, hydrogen liquefaction and reliable turbomachinery design for these demanding processes.

Sponsor: Lummus Technology

As a building block for many useful chemicals, propylene is a flexible, useful and prolific commodity used to make polypropylene, propylene oxide, isopropanol and more. With high demand worldwide, propylene fuels countless end products and chemical processes to meet a wide array of consumer needs.

This webcast will cover:

• Insights from today’s current propylene market, supply and demand
• Technologies that can support increased propylene yields up to 20%
• Processes that can improve efficiency, energy use and provide revamp options.

Sponsor: Honeywell

UniSim Design helps engineers create steady-state and dynamic models for plant design, performance monitoring, troubleshooting, business planning, and asset management. UniSim Design enables engineers to complete their work quickly and effectively. This webinar will introduce UniSim Design features and tips and tricks to allow users to get maximum benefit from the time they invest building and working with models.

Sponsor: AspenTech

As global industries continue to make strides in emission reductions, additional measures—like permanent carbon dioxide (CO2) removal—must be taken in parallel to achieve net zero. Innovations like Direct Air Capture (DAC) are poised to play a key role, using a mechanical system to remove CO2 directly from the air.

For over a decade, Carbon Engineering (CE) has pioneered a liquid-sorbent-based DAC solution optimized for scale. Using dynamic process modeling software from AspenTech®, engineers at CE have been able to study a highly integrated process, leading to adjustment and modification of the system for improved operability and controllability of this technology on a commercial scale.

Join experts from CE as they share insights on:

• The role that carbon removal tools, including DAC, can play in achieving net zero
• CE’s scalable approach to DAC and use cases for the captured atmospheric CO2
• How today, with its partners, CE is working to deploy large-scale, commercial DAC facilities in multiple markets around the globe
• How AspenTech solutions help support the innovation, scale-up and commercialization of CE’S DAC solutions
• Modeling dynamic behavior of DAC process in response to environmental variations
• Minimizing operating costs, maximizing CO2 capture rate by developing new controls and operation strategies
• Evaluating the effect of new designs on KPIs and operation of the highly integrated DAC process

A Q&A session will follow, so please submit your questions when you register!

Sponsor: Tracerco

For over 60 years, Tracerco has provided invaluable insights to enable operators to make informed decisions. Its specialist inspection techniques, sophisticated tracers and advanced measurement technologies can accurately and rapidly diagnose a wide range of production issues and problems. Tracerco Diagnostics^TM services can be provided at the hydrocarbon recovery and separation stages of production. These services enable you to optimize the performance of separator systems by measuring online and in real time what is occurring within your offshore assets.

In this webinar, we will discuss how Tracerco’s field-proven technologies can provide immediate real time measurement of any changing process conditions. By identifying issues such as mechanical damage, leaks, deposit build-up, maldistribution, oil in water and liquid carryover, shutdowns can be planned much more efficiently whilst minimizing lost time and associated costs. Register today to learn how we can help you maximize production throughput, reduce operating costs and minimize environmental impact.

Sponsor: Axens

In a world taking steps to decrease the GHG emissions and lower the environmental impact of transportation, Sustainable Aviation Fuels currently accounts for 0.1% of global jet fuel needs. Government authorities, Refining companies, and the Aviation industry are collectively exploring the different technology pathways to substitute fossil-based Jet fuel with renewable and sustainable bio-based jet fuel. The ambitious target set by the authorities requires combining different technologies for every available feedstock around the world. Indeed, a single solution is not expected to fulfill the future demand for bio-jet.

In order to ensure a smooth energy transition, Axens is pleased to present various technology pathways for Bio-Jet production describing their benefits, technical advantages, and impact on carbon footprint.

Sponsor: GE Digital

There is no doubt the progress of Energy Transition will rely on data and software to support the operational knowledge and excellence of downstream organizations.  There is a lot of information about achieving decarbonization goals, transitioning to renewables, and moving towards net-zero.  Although this is important, it is key to understand what your organization has in place today that can make an immediate impact on these bigger trends.  It is even more important to acknowledge the Energy Transition is a people-driven process—as much as a software one.

Hear how organizations like yours can leverage Asset Performance Management (APM) for their Energy Transition journey:

• Identify the level of Energy Transition maturity in your organization
•  Learn about APM processes and solutions you can leverage today to start your journey
•  Build a vision for your organization’s transition to a lower carbon world

Sponsor: Lummus Technology

With the continued focus on reducing greenhouse gas emissions, today’s ethylene producers are looking for cost-effective strategies to lower the carbon footprint of their facilities to meet sustainability goals.

This webcast will discuss several CO₂ reduction concepts, including:

• Modifying existing cracking heaters to reduce firing and lower CO₂
• Integrating cracking heater gas turbines to reduce energy consumption by up to 25%
• Electrification of ethylene plants
• Removal of CO₂ from flue gas
• Introduction of Lummus’ net zero CO₂ ethane cracker technology