Science Discovery Creation Create Paradigm of Word and Digital Era, Thinking System.
Technology Invention Innovation, Governing, and Business model.
Enterprise (Three steps plan for realizing a 10 trillion US$ market scale within 10 years, starting from 2024.) Enterprise in Brainology, upgrading from behavior psychology.
Bondable Biopolymers
Founder and CEO
2009-present
Accomplishments
Science Discovery After activation, biopolymers have long relaxation times and low crystallization rates during processing. Definition of Biopolymers: Biopolymers are polymers having long relaxation times and low crystallization rates after activation.
Technology Invention, granted US patent on processing technology of making products from biopolymers and additives. Bio additives can be loaded into the amorphous structures of the fibers and the opening up structures of biopolymer molecules at room T and the natural environment during processing.
Enterprise Products: Additives can be released both rapidly and gradually from products. Biocompatibility, biodegradability, bioabsorbability, strength, and control release biomedicines are all offered in one single fiber product.
Biopharma Division of Thermo Fisher Scientific, 2002-2008, Senior Chemist (sent to work inside New Technology Division of Phillip Morris, as an expert of fiber-based control release products, made from plastics and additives)
Accomplishments
granted US Patents in Materials, Instrument and Machinery, Processing Technology, Devices and Consumer Products.
new branded product R&D with realized market value of billion US$.
Eurofins Lancaster Laboratories
Senior Chemist
Dec 2002 - Dec 2008
Biopharma Division of Thermo Fisher Scientific
Commercialized science/technology/engineering services inside the customer sites.
Generate improving inventions, develop/transfer technologies/know-how, and train employees; shoot troubles and reduce wastes with plant personnel
R&D shaped hollow/porous fiber/membrane/film products made from polymers/biopolymers and treated with microscale sorbent particles and/or solutions in vapor and liquid handling applications, control release, and eight granted US patents
Kelly Scientific Resources
Polymer Engineer
-
Accomplishments
Commercialized science/technology/engineering services inside the customer sites
Investigated and Developed gas phase filtration devices made from shaped polymer articles, gel of silica, beads of carbon, and microscopic particles of metal
Alloy Polymers
Manufacturing Engineer and Production Manager
1999-2000.
SPE Positions Held
Councilors from Polymer Analysis Division (PAD) 2016-2022
Virginia Section 2011-2016
Marketing & Management Division (MMD) 2006-2009
During the 2006 Spring SPE Council meeting, proposed to update Robert's Rules of Order into:
The will of the majority must be carried out.
The right of the minority must be protected.
The voice of the individual must be heard and protected as well. I wish that I had proposed that The voice of the individual must be heard, protected, and awarded as well then.
Proposal of co-located ANTEC and NPE was heard and carried out.
Chairman of SPE Global Leader Identification and Development Committee 2007 – 2008
Seed fund to identify and develop SPE global leaders
TOPCON 2013 (Shanghai of China) TPC (Technology Program Chair)
Member of Nominating Committee 2022 Brilliant idea, great story, and valuable services.
Polymer Analysis Division (PAD) 2005-present
Technology Program Chair 2008-2009 for ANTEC 2009(Chicago), and Chair of Board 2009-2010.
During ANTEC2009, PAD had a great reception with Industry and Academy hand in hand as its topic. Like the phrase chicken and egg going, Industry is the chicken laying down the eggs for the academy, and the academy foster the eggs and provide young professional for the industry. That is our sustainability.
Treasurer for SPE Student Chapter at the University of Akron 1998 - 1999 Member of SPE 1997-2000
Attended ANTEC1997 in Toronto of Canada,
ANTEC1998 in Atlanta of Georgia,
ANTEC1999 in New York City.
Education
The University of Akron
Master of SciencePolymer Engineering
1996-2000
Summary
In a time when professional societies are facing the fastest-paced and most complex changes, leading certain services are valuable services. 2. Science discovery is able to turn uncertain into certain, providing leading and certain. 3. Knowledge and Network are two top services provided by SPE. 4. These two services have come to a tipping point. 5. Facing this tipping point, we need to provide knowledge all via direct factors and play positive games while networking.
Additional Information
Student Chapter I joined SPE while pursuing my master degree at U of Akron. As a treasurer, I remember students then paid $10 to be a student member of SPE, and $20 can attend ANTEC, Student Chapter covering travel and hotel room fee. From ANTEC, student bring back three conference brochures (I, II, III) free, each of them 2-inches thick, information to support our degree theses writing. That is valuable knowledge. Many of us got job offers while attend receptions. So did I. Thank SPE for great networking.
Council Committee During CCOW meeting, each councilor had 10 mins to make proposal or just share some idea and story. Significant and valuable services can be produced, such as co-located ANTEC and NPE.
Division Level Reception during ANTEC, network Industry and Academy.
International Program Seed fund identify and develop global leaders to worldwide open new section offices and conferences.
Tipping Point I could go on and on with past glory times and events. Now, SPE is facing critical point. Fastest paced and most complex changes call for leading and certain. Science discovery is able to turn uncertain into certain, providing leading and certain. Facing this turning point, providing knowledge via direct factors, and playing positive games while networking will maximize the benefit of SPE.
84 countries and 85.6k+ stakeholders strong, SPE
unites
plastics professionals worldwide – helping them succeed and strengthening their skills
through
networking, events, training, and knowledge sharing.
No matter where you work in the plastics industry
value
chain-whether you're a scientist, engineer, technical personnel or a senior executive-nor
what your
background is, education, gender, culture or age-we are here to serve you.
Our members needs are our passion. We work hard so
that we
can ensure that everyone has the tools necessary to meet her or his personal & professional
goals.
Upstream Quote Engineer, Cytiva; Co-host, PlastChicks Podcast; President-Elect, SPE-Inspiring Plastics
Professionals. Throughout her career, Lynzie has gained experience in the automotive, appliance, medical, pet,
and micro injection molding industries. Lynzie received her Bachelor of Science degree in Plastics Engineering
Technology from Penn State Behrend in 2008. She has been a member of SPE since 2004 and has been involved in her
local section, holding many positions including past President. Lynzie also sits on the Injection Molding
Division and is the former secretary for the SPE Foundation board. In 2015, Lynzie was part of Plastics News'
inaugural class of "Women Breaking the Mold," and was named one of the group's "Rising Stars" in 2018. She is
also on the Industrial Advisory Board for Penn State's Plastics Department.
Mercedes Landázuri leads trend insight & innovation for Ampacet, a global manufacturer of color and
additive masterbatch. Additionally, she hosts trend forecasting workshops for Color Marketing Group, the premier
global color forecasting association, and was elected to their board of directors in 2024. In her spare time,
she has served as a guest lecturer for College for Creative Studies, Western Michigan University, and Advanced
Design’s virtual courses. She is an active volunteer for SPE, having held the highest leadership positions
within the Color and Appearance Division, the Recycling Division, and the NextGen Advisory Board. Landázuri
co-founded and co-hosts the award-winning PlastChicks podcast with Lynzie Nebel. Landázuri was named a
Plastics News Rising Star in 2017 and a Woman Breaking the Mold in 2024.
