Ryan Kingsbury

Ryan Kingsbury

Environmental Engineer at CDM

Location
Raleigh-Durham, North Carolina Area
Industry
Civil Engineering

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Ryan Kingsbury's Overview

Current
Past
  • Summer Student at Institute for Advanced Technology
  • Research Assistant at Ferguson Structural Engineering Lab
Education
  • University of North Carolina at Chapel Hill
  • The University of Texas at Austin
  • The University of Texas at Austin
Connections

67 connections

Websites

Ryan Kingsbury's Summary

Environmental engineer with two years of industry experience in water treatment plant design and construction, pipeline design, hydraulic analysis and modeling. Research experience in ion exchange and ozone treatment of drinking water and in distribution system corrosion. Interested in drinking water treatment, energy and climate implications of water treatment, and water quality in developing countries.

Specialties

drinking water treatment engineering, aquatic chemistry, hydraulic modeling and analysis, written and oral communication, critical thinking, computer skills

Ryan Kingsbury's Experience

Environmental Engineer II

CDM Smith

Privately Held; 5001-10,000 employees; Civil Engineering industry

June 2010Present (1 year 9 months) Raleigh, NC

-Performed construction shop drawing reviews for mechanical equipment and piping for a water treatment plant. Coordinated review of construction submittals and RFIs to all other disciplines.
-Developed and conducted bench-scale experiments to evaluate the impact of source water seawater intrusion on treated water corrosivity for lead, copper, and iron.
-Performed hydraulic modeling of gravity sewer systems to identify needed improvement alternatives and size new storage and pipe facilities
-determined parameters for predicting inflow and infiltration response to storm events

Educational Institution; 10,001+ employees; Higher Education industry

August 2008May 2010 (1 year 10 months) Chapel Hill, NC

· Investigated the use of magnetic ion exchange resin in combination with ozone to reduce inorganic disinfection by-product formation in tidally-influenced drinking waters
· Characterized samples using physical and chemical water quality analysis, gas chromatography, ion chromatography, and excitation-emission spectroscopy

Engineer in Training

CDM

Privately Held; 5001-10,000 employees; Civil Engineering industry

June 2007August 2008 (1 year 3 months) Austin, TX

· Designed chemical storage and pumping systems, disinfection basin, and associated yard piping for a 42 MGD drinking water treatment facility
· Compared costs and benefits of cooling a sodium hypochlorite storage facility with respect to chemical decay and HVAC expenses
· Analyzed a proposed water transmission main alignment for conflicts with buried utilities and proposed alternatives as necessary
- Assessed the condition of treatment equipment at a 50 MGD water treatment facility, identified capacity bottlenecks, and made recommendations for expansion based on available hydraulic head and site area
· Built a hydraulic simulation model of a wholesale water system using WaterCAD
· Performed hydraulic analyses of treatment structures and pipelines
· Prepared capital, O&M, and life-cycle cost estimates

Public Company; 10,001+ employees; ACM; Civil Engineering industry

May 2006August 2006 (4 months) Houston, TX

- Analyzed historical records and performed spatial data queries in ArcGIS to determine demands for a proposed reclaimed water irrigation system
- Determined piping layout using static and EPS hydraulic simulations in PIPE2000
- Prepared official correspondence and preliminary engineering report

Summer Student

Institute for Advanced Technology

June 2005August 2005 (3 months)

· Modified the design of a hypervelocity projectile using stress-strain calculations and FEA simulation in SolidWorks
· Co-authored a technical paper detailing design considerations

Research Assistant

Ferguson Structural Engineering Lab

May 2004August 2004 (4 months)

· Constructed and tested wireless corrosion sensors for reinforced concrete
· Prepared rebar cages for strain gauging and other instrumentation
· Stabilized instrumented rebar cages for transport to the field
· Performed tensile strength testing of steel specimens at very low temperature

Ryan Kingsbury's Courses

  • Research Assistant

    University of North Carolina at Chapel Hill

    • Physical / Chemical Water Treatment Processes
    • Environmental Bioprocess Technology
    • Analysis of Water Resource Systems
    • Process Dynamics in Environmental Systems
    • Chemical Equilibria in Natural Waters
    • Groundwater Hydrology
    • Environmental Microbiology

Ryan Kingsbury's Organizations

  • Daniel A. Okun Chapter of Engineers Without Border at UNC

    President, Ex Oficio
    • September 2008 to June 2010

    EWB helps disadvantaged communities improve their quality of life through implementation of environmentally and economically sustainable engineering projects, while developing internationally responsible engineering students.

    As president, I oversaw 6 different project teams working in four countries, expanded the chapter membership, and traveled to Ecuador to assess the feasibility of launching a project there. After leaving office, I organized a Symposium on Small-Scale International Development projects for the four Triangle-area EWB groups which included speakers from the World Bank and Rotary International. I also traveled to Ecuador to assist in data collection for a water supply project in a mountain village.

Ryan Kingsbury's Publications

  • Applicability of the Geneva Convention (III) to the Global War on Terrorism: History and Perspective

    • University of Texas Undergraduate Research Journal
    • 2006
    Authors: Ryan Kingsbury
  • Optimize Climate-Controlled Sodium Hypochlorite Storage for Cost Savings and Improved Sustainability

    • Proceedings of the North Carolina American Water Works Association Annual Conference
    • December 2011

    This paper discusses how the most cost-effective level of climate control to prevent sodium hypochlorite decomposition was determined for the Brushy Creek Regional Water Treatment Plant (BCRWTP), a 17-million-gallon-per-day facility currently under construction in Cedar Park, Texas. Using an empirical equation relating the amount of sodium hypochlorite decay to the initial product concentration, temperature, and storage time, the number of annual chemical deliveries that would be needed for storage temperatures ranging from 60 to 85 °F was compared to the capital and operational costs
    associated with heating, ventilation, and air conditioning (HVAC).
    Ultimately, the net present value (NPV) of
    incremental chemical costs was found to equal the NPV of climate-control-associated costs at a storage temperature
    of 70°F. The method outlined herein can easily be adapted to evaluate tradeoffs in life cycle costs, energy savings,
    or carbon footprint associated with various operational practices related to sodium hypochlorite (e.g., onsite dilution versus use of a climate-controlled environment). Utilities contemplating conversion from chlorine gas to sodium hypochlorite can enhance the sustainability of their facilities by considering these impacts and taking steps to
    minimize them.

Ryan Kingsbury's Honors and Awards

  • Order of the Old Well

    UNC - Chapel Hill
    • April 2009

    The Order of the Old Well, founded in or before 1949, recognizes students and faculty members of high character who have demonstrated outstanding humanitarian service and whose service has gone uncompensated and unrewarded.

  • Order of the Golden Fleece

    UNC - Chapel Hill
    • March 2010

    The Order of the Golden Fleece was founded in 1904 to unite student leaders at the University of North Carolina at Chapel Hill. The goal of the society was to bring about the swift resolution of University problems and to better campus life. Considered the highest honorary society at the University, the Golden Fleece selects its members based upon service to the University as reflected in scholarship, motivation, creativity, loyalty, and leadership in academic and extracurricular pursuits.

  • Thomas R. Camp Scholarship

    American Water Works Association
    • June 2008

    Sponsored by Camp Dresser and McKee, Inc., the Thomas R. Camp Scholarship provides support to outstanding graduate students doing applied research in the drinking water field.

  • Braden Engineering Communication Contest Winner

    University of Texas College of Engineering
    • 2006

    The annual Braden Communication Contest invites engineering students to explore the social and ethical implications of engineering projects via a 3-5 page essay. The 2006 contest asked students to comment on the role of engineering in preparing for and responding to large-scale natural disasters.

  • Bunker Award

    UNC - Chapel Hill Dept. of Environmental Sciences and Engineering
    • April 2010

    The Bunker Award was established in honor of Dr. George C. Bunker, a sanitary engineer and benefactor of the University of North Carolina and is given annually by the Department to an MSEE candidate in environmental engineering who shows the most outstanding scholarship and professional promise.

Ryan Kingsbury's Certifications

  • Engineer in Training

    • Texas Board of Professional Engineers
    • License 39492
    • February 2008 to February 2016

Ryan Kingsbury's Languages

  • English

    (Native or bilingual proficiency)
  • Spanish

    (Professional working proficiency)

Ryan Kingsbury's Education

University of North Carolina at Chapel Hill

MSEE, Environmental Engineering

20082010

Conducted research with Dr. Phil Singer involving ion exchange and ozone treatment of drinking water, and the impacts of these treatments on organic and inorganic disinfection by-product formation

Activities and Societies: Daniel A. Okun Chapter of Engineers Without Borders (President), Order of the Old Well, Frank Porter Graham Honor Society

The University of Texas at Austin

Bachelor of Science, Civil Engineering

20032007

Activities and Societies: Tau Beta Pi,Chi Epsilon,Student Engineers Educating Kids (SEEK), Leadershape Texas, Graduated with Highest Honors

The University of Texas at Austin

Bachelor of Arts, Plan II

20032007

Activities and Societies: Phi Beta Kappa, Graduated with Highest Honors

Ryan Kingsbury's Additional Information

Websites:
Interests:

Professional - drinking water treatment, energy-water nexus, international development, water resources policy Personal - computers & technology, economics, entrepreneurship

Groups and Associations:

American Water Works Association, Engineers Without Borders

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