Leading speciality chemical company awarded the greenfiled brominated facility project to Shiva Engineering Services
The contract value to Fluor is more than $2 billion and was booked in the third quarter of 2022.
KBR will supply the technology license, basic engineering design, proprietary equipment and catalyst for the 1.1 million ton per annum blue ammonia plant.
The cracker is designed using Technip Energies’ latest enhancement on technologies to achieve a CO2 footprint less than 50% of the best 10% of European crackers.
Award enhances Novolen’s position as the industry’s leading licensor of polypropylene (PP) technology, which offers low capital and operating expense, plus competitive and flexible product solutions
Will chemical recycling replace mechanical recycling?
The technology offers a greater freedom of catalyst design compared to conventional production technologies
With over 500 ANYmal X units already reserved, ANYbotics is scaling production output with its global manufacturing partners
This will efficiently shorten the implementation steps of Carbon Capture, Utilization and Storage projects from conceptualization to actual operation
The company is taking up the project on LSTK basis including the technology and will be ready for production in 28 months
The consortium will use technology and digital tools, including EcoSys, Microsoft’s HoloLens and Power BI, for efficient project delivery under the contract.
This carbon capture technology is well proven, energy efficient, flexible and can be integrated across the value chain for blue ammonia, petrochemical, and refining industries today.
Technip Energies will provide early engineering support to INEOS’ recently announced investment into a world scale acetic acid plant, and associated derivatives, on the US gulf coast.
The 600 KTA polypropylene plant will be designed to produce homopolymers, random and impact copolymers to cover domestic and international market needs.
Riblet structures provide up to three percent additional yield
A research group led by Ben-Gurion University of the Negev has developed a method to turn hazardous acidic industrial wastewater into valuable resources
The GigaSystem is designed to use all traditional renewable feedstocks, including fats, oils, and greases, as well as emerging feedstocks such as algae oil and cover crops.
Partnership builds on successful R&D activities of RiKarbon Inc. for new green emollients from bio-waste for personal care formulations
Continuous process optimization driven by real-time sensor-based machine, mold and material data
Silicone-organic cooling fluid can reduce data center emissions and energy consumption
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