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72nd Anual Technical Conference and Exhibiton Brochure

Rheonics Presentation at the 72nd ​ICI’s Technical Conference & Expo – Pittsburgh, USA

SESSION DETAILS

Topic

Implementation of an Automated System for Slurry Viscosity and Density Measurement: Impact on Shell Quality and Labor Efficiency

Date & Time
September 29, 2025 @ 11:10 AM, Pittsburgh, USA

Booth
#307

Speakers
Dr. Sunil Kumar, CEO, Rheonics
George Salomon, Principal Chemist, Nalco Water
Abdul Kader, Sales Engineer, Nalco Water
Brad DeSplinter, Texas Precision Metalcraft

Conference Schedule at a Glance
ICI’s Technical Conference and Expo
Abstract

Precise control of ceramic slurry viscosity and density is essential to maintain consistent shell quality in investment casting. Traditional methods, such as efflux cups and lab density meters, require constant operator attention and manual intervention.

Rheonics and Nalco Water (an Ecolab company) present a fully automated approach using the SlurrySense with CleanWave™ self-cleaning sensor and 3D TRASAR™ system. This solution provides real-time slurry viscosity and density data, enabling operators to validate manual readings, avoid unnecessary dilution, and reduce labor.

Slurry Tank
Rheonics SlurrySense with CleanWave™ technology connected to Nalco 3D TRASAR™ system

This implementation has significantly improved slurry consistency, reduced operator workload, and enhanced shell quality, highlighting the power of real-time measurements and automation in investment casting.

Learning Objectives
  • Challenges with traditional slurry measurement methods
  • Benefits of real-time viscosity and density monitoring
  • Self-cleaning sensors for reduced maintenance
  • Enhanced shell quality through consistent slurry control
  • Real-world implementation results from Texas Precision Metalcraft

ICI Technical Conference and Exhibition Brochure
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Speaker

Dr. Sunil Kumar
CEO @ Rheonics

Sunil Kumar has extensive experience in the sensors and energy sector, having worked in a variety of roles in engineering and research in his early career. Most recently Sunil worked at Baker Hughes where he led global engineering for drilling Services. Sunil founded companies in US and UK that successfully commercialized innovative products. He graduated with Bachelors in Aerospace from Indian Institute of Technology, Kharagpur, Masters in Mechanical engineering from University of California, Irvine and Ph.D in Electrical engineering from Imperial College, London where he developed the Seis-SP seismometer that is part of the main payload for the NASA Insight mission to Mars. He is a prolific inventor with over 25 patents and multiple peer reviewed papers. Sunil’s vision of creating sensors for fluid property measurement that revolutionizes in-line process monitoring, control and optimization serves as the charter for rheonics.

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