Congratulations to Scott Ramos on receiving the 2021 EAS Award for Outstanding Achievements in Chemometrics, a long deserved recognition for all of his accomplishments. Scott has been with Infometrix for 37 years and we are all very proud of him and his achievements. Join us as he is awarded this November at 2021 EAS.
The conference is free to attend and is open to all. Register at: https://apact.co.uk/
Industrial Strength Analytics
As scientists, we need to be focused on specific aspects of technology in order to make advances in our fields. Success in the lab is key, but if we want to reap the benefits, the tasks that come next are every bit as critical as the initial innovation. In order for the work to be useful in the manufacturing sector, the analytics need to be industrialized and often the peripheral portions of this hardening process are as complex as the discovery process and it takes time, often more than Phase I. The example here is to outline the steps required to optimize the use of optical spectroscopy in manufacturing quality control.
Join Brian Rohrback at the 2021 ISA Analysis Division Virtual Conference
March 23, 2021 at 12:00 ET
Register and be ready to take part in these in-depth discussions at www.isa.org/ad
An IFPAC Digital Event – Register Today
The dynamic program benefits experienced professionals and the next generation of leaders from the pharmaceutical, biotechnology, generic, chemical, petrochemical, and related industries. Expanded Tracks on Continuous Manufacturing, Real Time Analytics, Biotechnology, Data & Knowledge Management, Industry 4.0, Rapid Response Manufacturing, and Various Analytical Technologies. View the program and register at www.IFPACglobal.org.
2020 AIChE Spring Meeting and 16th Global Congress on Process Safety
Aug 19, 2020
See abstract below for presentation at the 2020 AIChE Spring Meeting. Join us or contact us for more information.
Harnessing Big Data Approaches and AI in the Chemical Processing Industry
The term Big Data implies a systematic approach to extracting information from multiple, byte-dense data sources. Effective extraction of this information leads to improvements in decision making at all levels of the chemical, petrochemical, and petroleum industries. To accomplish anything in the Big Data space, we need to combine traditional approaches in statistics, database organization, pattern recognition, and chemometrics with some newer concepts tied to better understanding of data mining, neuro-computing, and machine learning. In order for industry to achieve the goals that this form of AI promises, we need to approach the issues with more than just words.
This is a summary of a multi-company, multi-industry, hydrocarbon processing consortium, established seven years ago to re-evaluate how the calibration process for sensors and analyzers could be managed more efficiently. The focus spans optical spectrometers, chromatographs, and process sensors, independently and in combination. The idea is to enable a shift from current practices to approaches that take advantage of the computational power at our fingertips. It was critical to prioritize solutions that are non-disruptive, utilize legacy systems, and lessen the workload rather than layer on additional requirements. The result is a choice of tools available to consume the data and generate actionable, process-specific information are in hand. The analyzers in place, optical spectrometers in particular, represent the low-hanging fruit.