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For the Inventor, By the Inventor

Glen Ellyn, IL, United States of America

Russell C Schulz

USPTO Granted Patents = 16 


Average Co-Inventor Count = 2.9

ph-index = 8

Forward Citations = 142(Granted Patents)


Location History:

  • Darien, IL (US) (1992 - 1994)
  • Glen Ellyn, IL (US) (1996 - 2020)

Company Filing History:

goldMedal16 out of 5,540 
 
Uop Lcc
 patents
silverMedal1 out of 1 
 
Advansix Inc.
 patent
where one patent can have more than one assignee

Years Active: 1992-2020

where 'Filed Patents' based on already Granted Patents

16 patents (USPTO):
1. 10792583 - Process and apparatus for controlling the split of liquid reflux in a divided wall column (2020-10-06),
2. 10358406 - Process and apparatus for removing aldehydes from acetone (2019-07-23),
3. 9815756 - Methods and apparatuses for phenol fractionation in a single dividing wall column (2017-11-14),
4. 7141701 - Decomposition of cumene hydroperoxide (2006-11-28),
5. 7141700 - Decomposition of cumene hydroperoxide (2006-11-28),
6. 6339179 - Production of alkyl aromatics by passing transalkylation effluent to alkylation zone and to product recovery zone (2002-01-15),
7. 6281399 - Production of isopropyl aromatics by passing portions of transalkylation effluent to a multi-bed alkylation zone (2001-08-28),
8. 6232515 - Production of ethyl aromatics by passing portions of transalkylation effluent to a multi-bed alkylation zone (2001-05-15),
9. 6150578 - Recovery process for wet aromatic alkylation and dry aromatic (2000-11-21),
10. 6096935 - Production of alkyl aromatics by passing transalkylation effluent to (2000-08-01),
11. 6008422 - Alkylation process using interbed recycling of cooled reactor effluent (1999-12-28),
12. 5998684 - Recovery process for wet aromatic alkylation and dry aromatic (1999-12-07),
13. 5487816 - Process for the reduction of phenol content in a crude organic stream (1996-01-30),
14. 5336821 - Alkylation process with reactor effluent heat recovery (1994-08-09),
15. 5220103 - Process for the preparation of a cumene feed for cumene oxidation (1993-06-15),

Title: **Russell C. Schulz: Innovator in Fractionation Technology**

Introduction

Russell C. Schulz, a distinguished inventor based in Glen Ellyn, Illinois, has made significant contributions to the field of fractionation technology. With an impressive portfolio of 16 patents, Schulz focuses primarily on processes and apparatuses that enhance the purification of industrial chemicals, specifically phenol and acetone.

Latest Patents

Among his latest innovations is the patent for a "Process and apparatus for controlling the split of liquid reflux in a divided wall column." This invention addresses the efficient fractionation technology utilized to produce purified phenol and acetone products. More specifically, it involves a dividing wall column designed to effectively remove impurities such as cumene, alpha-methyl styrene, and water from the crude products.

Another notable patent is the "Process and apparatus for removing aldehydes from acetone." This invention offers a novel method for eliminating aldehydes from acetone by facilitating a reaction between aldehydes and caustic within an acetone column, followed by washing the organic phase with multiple water streams. These advancements underscore Schulz's commitment to improving chemical processing technologies.

Career Highlights

Throughout his career, Russell C. Schulz has worked with reputable companies such as UOP LLC and AdvanSix Inc. His experience in these organizations has played a crucial role in shaping his expertise in chemical engineering and innovation.

Collaborations

Schulz has collaborated with talented individuals in the field, including Constante P. Tagamolila and Gregory J. Gajda. These partnerships have facilitated the sharing of knowledge and insights, further driving innovation in his work.

Conclusion

Russell C. Schulz stands out as a prominent inventor in the realm of fractionation technology. His contributions through his patents reflect a dedication to advancing industrial processing methods. As the industry continues to evolve, Schulz's work promises to influence the future of chemical manufacturing and purification.

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