Engineering & Design
Evonik, Oerlikon Barmag partner to promote chemically recycled PET
Evonik and Oerlikon Barmag have announced their cooperation to promote chemical recycling of polyethylene terephthalate waste. Both companies are committed to develop technologies for robust and efficient depolymerisation and purification processes, coupled with an integrated concept for repolymerisation and the associated EPC business models.
Digital Exclusive (sponsored): Improve efficiency via centralized data and advanced collaboration
This article will detail how companies can use digital solutions to transform their engineering and data management by seamlessly integrating real-time data across the entire asset lifecycle, enabling faster, more accurate decision-making to improve efficiency, increase safety, minimize downtime and enhance profitability.
Topsoe to provide technology to Chuangui Lingang New Energy's 300,000-tpy SAF/renewable diesel plant in China
Chuangui New Energy company will use Topsoe’s licensing and engineering design services and technologies, including its HydroFlex® technology, proprietary equipment and catalysts enabling production of SAF and renewable diesel starting from used cooking oil.
Decarbonization pathway for net-zero by 2050: Carbon neutrality roadmap strategy for an integrated refinery and petrochemical facility
This article quantifies GHG emissions from various sources, such as fired heaters and boilers, within refinery and petrochemical operations. Based on these quantified emissions, a tailored carbon neutrality roadmap is developed, incorporating carbon reduction, mitigation and offsetting strategies.
Synthetic graphite demand drives attractive techno-economics for coker upgrades
This article describes the economic opportunity that synthetic graphite demand growth presents for American and European refiners. It describes the conditions that best suit a plant to be considered for such a revamp. The article also discusses the modifications needed in capital equipment, process conditions and feedstock to execute this change, the typical capital expenditure required to materialize it, and the transformational gross profit enhancements that could result from these modifications, given the product slate upgrade.
Sustainability application of aviation eJet fuel
SAF will be essential to achieving the aviation industry’s ambitious decarbonization targets by 2050. Regulations will play a large part in increasing the share of SAF used in aviation and defining the qualified products. CO2 utilization and bio-SAF have great potential to supplement aviation turbine demands. Combining the production of bio-SAF and CO2-based industrial processes provides advantages regarding the most efficient use of carbon from different sources, with high efficiency and optimized costs.
Ammonia decomposition—Hydrogen carrier value chain
Ammonia (NH3) is emerging as one of the most promising H2 carriers, offering solutions to several critical challenges associated with H2 storage and transportation. As H2 is increasingly recognized as a pivotal component in the transition to a carbon-free energy future, efficient storage and transportation systems have become crucial for its widespread adoption.
Power up: Considerations to help understand the potential of cogeneration
Combined heat and power, also known as cogeneration, converts one form of energy to two usable forms, typically heat and power. By simultaneously producing onsite electricity and heat, cogeneration systems can provide reliable energy at reduced overall costs. Cogeneration is a very effective pathway to executing decarbonization strategies when coupled with renewable natural gas or other low-carbon fuels.
A novel process and machinery unit for the highly efficient liquefaction of renewable natural gases
The authors’ company has developed a gas expansion-based liquefaction processa using a proprietary machine called a compander. This article describes the newly developed process, including ease of operation and permitting, as well as high quality thanks to in-house design, manufacturing, assembly and testing of key components.
Distillation of a mixture containing CO2, CH4 and H2—Part 2
This article describes a method for the simultaneous separation of a mixture containing hydrogen (H2), methane (CH4) and carbon dioxide (CO2), which may result from certain shifted synthesis gas (syngas) mixtures.
- Evonik, Oerlikon Barmag partner to promote chemically recycled PET 1/23
- LyondellBasell to likely begin closure of Houston refinery (U.S.) this weekend 1/22
- Enilive (Eni) starts SAF production at 400,000-tpy Gela biorefinery in Sicily 1/22
- Digital Exclusive (sponsored): Improve efficiency via centralized data and advanced collaboration 1/22
- Topsoe to provide technology to Chuangui Lingang New Energy's 300,000-tpy SAF/renewable diesel plant in China 1/22
- Sri Lanka agrees with China's Sinopec to fast-track $3.7-B refinery 1/22
