University of California Santa Barbara - Chemistry
Trash Chemist | Waste Wizard | Sales Associate
Chemicals
C. Landon
Mills
Santa Fe Springs, California
Working dynamically at the interface of sustainability, science, and sales to bring clients unparalleled environmental and transportation services
Posts/articles may occasionally stumble across occupational boundaries and into other parts of Life, but hey....
What's the point of knowing stuff if you keep it all compartmentalized?
Sales Associate
HTS Environmental Services is the premier full-service hazardous waste transportation company that provides unparalleled safety and service to manufacturers in all industries– including pharmaceutical, technology, solar, and more. Our core business is transporting hazardous and non-hazardous waste in drums, totes, or tankers for disposal and providing direct assistance with waste management and compliance issues.
HTS does not expect our customer to conform to us, we conform to them. We focus on supporting your waste needs, so you can focus on your core business. From Fortune 500 companies to small family-owned businesses, HTS is proud to serve each of our customers as individuals by customizing detailed programs in an honest, approachable manner. We offer transportation to a variety of sites that offer recycling, incineration, and other approved disposal methods. Our certified team of field service technicians can assist you with waste handling and packaging in accordance with state and federal laws. Our drivers are directly hired and trained by HTS staff in order to retain a high quality of service.
Industries Serviced
• Pharmaceutical
• Medical Devices
• Aerospace
• Semiconductor
• Wafer Manufacture
• Space Exploration/Technology
• Many More
We’re excited to provide the highest of level of quality and professionalism that we can to your business. Be sure to contact us today to learn about our hazardous waste support, transportation, and management services!
htsenvironmental.com | (562) 906-2633
Marketing Associate
• Design integrated marketing programs and implement across all social and digital media
• Develop and actualize marketing programs for company services, focusing on the chemical industry
• Partner closely with Project Management, EH&S, and Sales Teams to meet brand and performance
objectives
• Analyze and report on performance and status of marketing projects to service and management teams
• Create and consolidate in-house content (Infographics, Blog posts, Articles, Posters, Images)
Read Group | Graduate Research Assistant
• Developed an environmentally conscious and conditionally mild method for the synthesis of hindered anilines, isoxazolidine derivatives, and amino alcohols from nitroso precursors via radical addition and SET reduction
• Optimized reaction conditions in order to increase the yields, improve the timescales, and lower the overall environmental impact of the nitroso chemistry
• Developed proficiency in a wide variety of reactions and techniques, especially those involved with air-free technique
• Performed reaction scale-ups to determine the viability of new procedures in industrial settings
• Oversaw use and maintenance of Yamazen automated flash column chromatography system
Undergraduate Researcher
•Development of a novel, ATRP inspired methodology for the creation of C-N and C-O bonds
•Characterization of products via 1H & 13C NMR, GC-MS, FTIR, & HPLC
•Purification of products via Liquid-Liquid Extraction, Column Chromatography, Recrystallization,
Distillation, & Sublimation
•Synthesis of starting materials for project
Lipshutz Group | Graduate Research Assistant
• Explored novel amination methodologies utilizing using Pd-catalyzed cross-couplings in aqueous surfactant systems.
• Inventory Manager - oversaw and managed the transition of UCSB's largest chemical inventory from an isolated standalone platform to an internet/app. based platform (UC Chemicals)
• Scoped transition metal catalyzed reactions and their compatibility with aqueous micellar catalysis, extending the utility of green chemistry to new chemical spaces
• Lab Safety Officer
Bachelor of Science - BS
Biochemistry - Molecular Biology
• Recipient of the Transfer Student Research Award (TSRA)
• Performed research in the fields of Marine Science (PISCO Laboratory) and Organic Chemistry (Read Lab)
Liberal Arts Degree with an emphasis in Mathematics and Science (AA)
Read Group | Graduate Research Assistant
• Developed an environmentally conscious and conditionally mild method for the synthesis of hindered anilines, isoxazolidine derivatives, and amino alcohols from nitroso precursors via radical addition and SET reduction
• Optimized reaction conditions in order to increase the yields, improve the timescales, and lower the overall environmental impact of the nitroso chemistry
• Developed proficiency in a wide variety of reactions and techniques, especially those involved with air-free technique
• Performed reaction scale-ups to determine the viability of new procedures in industrial settings
• Oversaw use and maintenance of Yamazen automated flash column chromatography system
Undergraduate Researcher
•Development of a novel, ATRP inspired methodology for the creation of C-N and C-O bonds
•Characterization of products via 1H & 13C NMR, GC-MS, FTIR, & HPLC
•Purification of products via Liquid-Liquid Extraction, Column Chromatography, Recrystallization,
Distillation, & Sublimation
•Synthesis of starting materials for project
Lipshutz Group | Graduate Research Assistant
• Explored novel amination methodologies utilizing using Pd-catalyzed cross-couplings in aqueous surfactant systems.
• Inventory Manager - oversaw and managed the transition of UCSB's largest chemical inventory from an isolated standalone platform to an internet/app. based platform (UC Chemicals)
• Scoped transition metal catalyzed reactions and their compatibility with aqueous micellar catalysis, extending the utility of green chemistry to new chemical spaces
• Lab Safety Officer
Organic Letters
The synthesis of sterically hindered amines has been a significant challenge in organic chemistry. Herein, we report a modular, three-component coupling that constructs two carbon–nitrogen bonds including a sterically hindered Csp3–N bond using commercially available materials. This process uses an earth-abundant copper catalyst and mild reaction conditions, allowing access to a variety of complex aromatic amines.