Peter Hauser

After receiving his undergraduate and graduate degrees from the Department of Chemistry at North Carolina State University, Dr. Hauser began a career as an industrial research chemist that spanned twenty four years and included positions with several textile manufacturers and textile chemical producers. He holds ten U.S. patents in the areas of soil release, flame retardancy, and low pollution dyeing. He has traveled extensively in the United States, Latin America, and China providing technical assistance to textile manufacturers in all areas of textile wet processing. In 1997, Dr. Hauser joined the faculty of the Wilson College of Textiles. He has published extensively in the textile chemistry literature and is the co-author of “Chemical Finishing of Textiles” published by Woodhead Publishing of Cambridge, England.

Research

Use of Cationized Cotton to Improve Cotton Dyeing Processes

Chemical Finishes for High Performance Textiles

Repellent Finishes

Soil Release Finishes

Flame Retardant Finishes

Indigo Dyeing

Denim Garment Processing

Mathematical Modeling of Textile Wet Processes

Reducing Pollution from Textile Wet Processing

Use of Cyclodextrins in Textile Applications

Academic Degrees

• B.S. , NC State University, 1969
• Ph.D. , NC State University, 1974

Grants

EMN-17-S-E-XX, Corrosion Resistant Coating on Low-Emissivity Film Substrate

(1/12/17 - 5/13/17)

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EMN-17-S-E-XX, Corrosion Resistant Coating on Low-Emissivity Film Substrate

Sponsor:

Start Date: 1/12/17

End Date: 5/13/17

Abstract

This document proposes a research project to continue and complete the previous work (project number: 5-56268) led by Dr. Peter Hauser, College of Textiles, NC State University. The initial work and results were drafted and filed as a provisional patent on March 21, 2016 (application No. 62/311,313, NCSU Ref. No. 16105, Atty. Dkt. No. 030871-9056-US00). Following a discussion on the status of the filed provisional patent document on Wednesday, August 17, 2016 with specialists from Eastman Chemical Company it was concluded that additional work is needed to supporting the original data and finalizing the patent application. This additional work includes: 1) replication of the experiments described in the original document, 2) inclusion of additional variable parameters to the process to providing a clearer conclusion about the performance of the coatings, 3) examination of the coatings for their corrosion and abrasion protection performances and 4) evaluation of the technology at the manufacturing site in Martinsville.

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Nike Tricomponent Fiber Evaluation

(12/01/14 - 6/05/15)

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Nike Tricomponent Fiber Evaluation

Sponsor:

Start Date: 12/01/14

End Date: 6/05/15

Abstract

Evaluate properties of proposed tricomponent fiber.

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Dyeing Properties of Ionized Cotton

(1/01/15 - 12/31/16)

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Dyeing Properties of Ionized Cotton

Sponsor:

Start Date: 1/01/15

End Date: 12/31/16

Abstract

A 24 month project is proposed to study dye strike rates and color yields for both cationized and anionized cotton and to recommend suitable dyeing procedures for these ionized cotton materials.

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Ultra-Violet Curable Process Chemistry for Functional Coatings on Textiles

(1/01/14 - 12/31/15)

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Ultra-Violet Curable Process Chemistry for Functional Coatings on Textiles

Sponsor:

Start Date: 1/01/14

End Date: 12/31/15

Abstract

This project will provide a biofilm resistant coating to woven and knit fabrics using UV curable chemistry.

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High Efficiency Ultra-Deep Dyeings Via Mercerized and Cationized Cotton

(1/01/13 - 12/31/14)

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High Efficiency Ultra-Deep Dyeings Via Mercerized and Cationized Cotton

Sponsor:

Start Date: 1/01/13

End Date: 12/31/14

Abstract

The primary goal of the proposed research is to determine the basic commercial viability of employing optimized cationization preparation of cotton to obtain ultra deep shades with high fastness properties and low environmental impact.

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High Efficiency Ultra Deep Dyeings Via Cationized Cotton

(3/01/13 - 12/31/15)

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High Efficiency Ultra Deep Dyeings Via Cationized Cotton

Sponsor:

Start Date: 3/01/13

End Date: 12/31/15

Abstract

Over the last six years, a common problem identified by attendees of Cotton, Incorporated?s workshops on Color Standards and Dyeing Science relates to the dyeing performance of dark shades such as black, navy, burgundy, etc. This theme is articulated consistently in statements such as this: ?Our suppliers commonly cannot achieve the ultra deep shades on cotton that our designers have chosen for their color pallets. And if they can, then we commonly have to accept wash fastness performance that is below our technical specifications?

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Capping and Modeling Cationized Cotton

(1/01/13 - 12/31/16)

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Capping and Modeling Cationized Cotton

Sponsor:

Start Date: 1/01/13

End Date: 12/31/16

Abstract

The objectives of this proposal are two-fold. The first is to determine a commercially feasible way to prevent excess cationic sites on cationized cotton. The second objective is to develop a mathematical model that will allow the optimal cationization level to be calculated for a specific dye formula.

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Efficient, Low Temperature and Neutral Bleaching of Cotton

(1/01/13 - 12/31/15)

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Efficient, Low Temperature and Neutral Bleaching of Cotton

Sponsor:

Start Date: 1/01/13

End Date: 12/31/15

Abstract

Over the last 12 years, our research group has worked to developed new low energy and low environmental impact bleaching of cotton fibers using a novel, patented bleach activator. Interest in commercial production of the activator is increasing, and with a market focused on reduced environmental impact and energy consumption, assessment of commercial feasibility of our pilot-plant tested methods are warranted.

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Measurement of Residual Warp Size on Medical Textiles

(12/01/12 - 1/31/13)

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Measurement of Residual Warp Size on Medical Textiles

Sponsor:

Start Date: 12/01/12

End Date: 1/31/13

Abstract

1. Confirm that WD-30 can be measured quantitatively by UV spectroscopy. 2. Extract samples provided by Atex 3. Stain the ?quantitated? samples 4. Measure K/S to determine a calibration equation for the dyed samples

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Combined Preparation-Cationization of Cotton Fabric

(11/30/-1 - 12/31/13)

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Combined Preparation-Cationization of Cotton Fabric

Sponsor:

Start Date: 11/30/-1

End Date: 12/31/13

Abstract

The value of cationizing cotton prior to dyeing has been demonstrated by several researchers [1-4]. The cationization agent of choice has been found to be 3?]chloro?]2?]hydroxypropyltrimethylammonium chloride (CHPTAC) [5]. However, one obstacle to implementation of this technology has been the need for a separate wet process to apply the cationization agent after preparation and before dyeing. CHPTAC does not exhaust efficiently to cotton, therefore applying this cationization agent in a dyeing machine is not economical. Therefore, a combined preparation-cationization process would encourage wider use of cationized cotton. One possible approach to a combined preparation-cationization process is the use of the cold pad batch method. However, previous work has shown that a single bath bleach-cationization is ineffective [6]. Interestingly, if a scour-cationization is carried out prior to bleaching, the prepared fabric has the characteristics of both a well prepared and cationized fabric [7]. A two-step procedure of desize, scour, bleach followed by cationization in a low liquor ratio machine has not been reported and may provide a way to economically and efficiently produce a prepared, cationized fabric.

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Organizations

• American Association of Textile Chemists and Colorists
• American Chemical Society
• Society of Dyers and Colourists
• The Textile Institute