Digital transformation in chemical production: Introducing the Boltzmann Reactor System
Discover how integrated digital twins are redefining chemical reactor design, fabrication and lifecycle performance
The chemical industry is transforming from reactive engineering to proactive, data-driven performance.
In this live webinar on July 28, we'll explore the Boltzmann Reactor System—a code-stamped ASME reactor delivered with a GPU-accelerated digital twin that simulates in minutes, not weeks, while driving smarter decisions across the entire asset lifecycle.
Register for the webinar to discover how:
- Establishing end-to-end digital thread integration connects design, simulation, fabrication and field operations
- Embedding high-fidelity digital twins from day one improves heat transfer, extends fatigue life and compresses delivery timelines
- Building lifecycle intelligence into the asset reduces safety risks, workforce challenges and data fragmentation
- Incorporating simulation early in the design process improves decision-making and outcomes
Join us to learn the blueprint for the next generation of intelligent, connected chemical production systems.
Ismerje meg az előadókat
Benjamin Turner
Managing Member
With a background in advanced computational modeling and process equipment engineering, Ben Turner founded LATTICEPT to bridge the gap between high-performance simulation and real-world mechanical design.
With expertise in CFD, FEA, heat transfer and welding, he has led engineering innovations across chemical, energy, and pharmaceutical sectors, delivering solutions that increase efficiency, reduce costs, and extend equipment lifespan.
Driven by a passion for engineering excellence and innovation, Ben continues to lead LATTICEPT in designing next-generation industrial solutions that redefine industry standards.
John Nixon
Global Group Vice President for Process Industries
John is the Global Group Vice President for Process Industries which includes Energy, Chemicals, Consumer Packaged Goods, and Life Sciences at Siemens Digital Industries Software.
Prior to Siemens, John has founded multiple energy and technology startups and led global business development in China, Romania, Panama, and the USA. He has developed clinical trial management systems
for monoclonal antibody R&D. He has managed greenfield and brownfield projects with oil and mining companies in Canada and China and implemented pipeline asset integrity programs in the USA and Mexico.
John holds patents for pipe-lining technology and serves as an executive member of the US-based Cleantech Alliance and the Program Advisory Committee for the Government of Canada National Research Council
Construction Sector Digitalization and Productivity Program. He has also served on numerous boards of technology firms and university R&D associations.
John graduated from Texas A&M University with a Bachelor’s in Civil Engineering and completed executive studies at MIT and INSEAD.