Quality Aspects in Production of Electronic Grade Chemicals in Multipurpose Plants

Area of Science:

• Materials Science
• Chemical Engineering
• Semiconductor Manufacturing

Background:

• Miniaturization in electronics demands ultra-pure chemicals for manufacturing microchips and displays.
• Contamination is unacceptable in semiconductor and display panel production.
• Electronic grade chemicals must meet the highest purity and quality consistency standards.

Purpose of the Study:

• To describe the process of scaling up a small-volume electronic specialty material from laboratory synthesis to production.
• To demonstrate the successful production of high-quality electronic chemicals in a multipurpose plant.
• To highlight the importance of quality requirements in the electronics industry.

Main Methods:

• Laboratory synthesis of an electronic specialty material.
• Development of a production process suitable for a multipurpose plant.
• Implementation of stringent quality control measures throughout the scale-up process.

Main Results:

• Successfully transitioned an electronic chemical from lab-scale to industrial production.
• Achieved high purity and quality consistency required for electronic device manufacturing.
• Demonstrated the viability of using existing multipurpose plant infrastructure for specialty chemical production.

Conclusions:

• The scale-up of electronic chemicals can be successfully managed within existing multipurpose production facilities.
• Adherence to strict quality requirements is paramount for producing materials for the electronics industry.
• This approach enables the efficient production of high-demand electronic specialty materials.