Project Manager Engineer

Wenguo(Wayne) FENG, Ph.D., P.E.

***** *******

Drive Cell: 317-***-**** Email:

Carmel, IN 46033 Home: 317-***-**** *******@*****.***

PROFILE

. 15 years of total experience in environmental engineering, including 9

years in municipal wastewater treatment, and 4 years in industrial

wastewater treatment;

. Deep understanding and solid knowledge in environmental engineering,

chemical engineering, and civil engineering

. Fundamental and applied research and development experience and technical

presentation skills

. Strong project management skills and large scale project

planning/management experience

. Hydraulic modeling skills (EPA SWMM, XPSWMM, PCSWMM) and wastewater

process modeling skills (BioWin modeling); CSO/SSO problem systematic

planning

. Understanding of physical/chemical, and biological water treatment

processes, traditional and emerging solids management technologies

. Experience with top consulting firms and government agency/owner (MWH,

CDM, INDY-DPW, Citizens Energy Group)

. Understanding of wastewater / water business and trends, understanding of

OWNER's needs, Completed 13 courses in management and business study

. Creative thinking, problem solving, communication, and computer skills

EDUCATION

Ph.D., Civil and Environmental Engineering, University of

Pittsburgh 2005

M.A.Sc., Chemical Engineering, University of Toronto

2002

B.E., Environmental Engineering, Dalian University of

Technology 1996

Minor study in Management and Business Administration

1996

REGISTRATION

Professional Engineer (IN, OH)

October 2009

EXPERIENCE

CHA Consulting Inc, Indianapolis, IN

January 2014 - Present

Principal Engineer VI

As the Midwest division lead process engineer, contributed on both

technical side and marketing side. On technical side, functioned as the

hydraulic modeling team leader. Performed efficiently as the lead process

engineer for General Mill's 6.5 million gallon anaerobic digester startup

service, and 1.6MW biogas to energy project; accurately predicted the

biogas production. Successfully completed planning and conceptual design of

multiple combined sewer overflow elimination and relief sewer projects;

reviewed multiple CEG deep rock tunnel project design submittals. On

marketing side, strategically won and efficiently managed the Belmont Fire

Suppression and Alarm System design through 100% design. Conducted

technical marketing on IAA deicing fluid treatment; prepared proposals for

Evansville treatment plant projects.

HNTB Corporation, Indianapolis, IN

July 2012 - January 2014 Squad

Leader, Assistant Project Manager

As the lead process engineer for the process/mechanical design, made

significant contribution to the capacity expansion at Southport AWT project

(100% detailed design, $110 Million construction cost). Successfully

delivered 100% design documents through coordinating the overall treatment

plant expansion design and assisting in project management and project

communications. Achieved capital and O&M cost savings (>$5M) through

process modeling and technical evaluations. The capacity expansion includes

a new headworks facility, improvements to primary clarifiers, upgrades to

the secondary treatment system, and a new UV disinfection facility. Also

worked on Greensburg Local Limits Development for Greensburg, IN, being

responsible for sampling plan, data analysis, and report preparation for

local limits development.

MWH Americas, Inc, Indianapolis, IN

November 2009 - July 2012

Design Project Manager, Senior Professional

Served as a design project manager (or assistant project manager) on

planning and design phase of several major projects, including solids

management facility plan update, Southport AWT expansion planning (250

MGD), Southport AWT secondary treatment system expansion (250 MGD), Belmont

AWT secondary treatment (300 MGD), and industrial pretreatment planning;

Played a major role in the treatment plant portion of the $2.2 billion wet

weather program: providing technical support; conducting alternative

analysis; investigating special technical issues; preparing reports;

organizing and leading design meetings, technical review meetings, and

workshops; managing project budget, schedule, and resources; coordinate

with other treatment plant or collection system projects. Achieved

significant cost savings through technical evaluations. Detailed project

experience is on page 5.

Camp, Dresser, & McKee Inc, Indianapolis, IN

October 2006 - November 2009

Environmental Engineer III

In the area of collection system modeling and planning, worked as a water

resources engineer and task manager, tasks including but not limited to

model data collection, flow data analysis, hydraulic model development &

calibration, alternative analysis, technical report preparation, proposal

preparation, and task management; led and participated in the following

projects: EPA Sanitary Sewer Overflow Analysis and Planning (SSOAP)

toolbox development and testing; Modeling for CSO facilities for the City

of Indianapolis, IN; Several SSD control hydraulic studies for the City of

Fort Wayne, IN; Real time control evaluation for collection systems in the

City of Indianapolis, IN; Collection system modeling for the City of

Columbus, OH; Modeling for LTCP development for Quincy, IL; Other

collection system modeling projects in Knoxville TN, and Tinley Park, IL.

In the area of wastewater and water process design, worked as a process

engineer, tasks including capacity planning, hydraulics analysis,

alternative evaluation and cost analysis, engineering calculations,

drawings and specifications preparation; participated in the following

projects: CSO floatables control design for CSO 052 for the City of Fort

Wayne, IN; Wastewater treatment plant expansion study for the Village of

Minster, OH (2.5 MGD); Fine bubble aeration system design for Ten Mile

Creek, TX (40 MGD); Pump station and flow equalization tank design for the

City of Piqua, OH (5-MGD); Wastewater treatment plant aeration system

evaluation for Casa Herradura, Mexico; Water treatment plant conceptual

design Cost Analysis for Rend Lake, IL; Long term control planning for the

City of Marion, IN.

Tianjin Allied Environmental Engineering Co. Tianjin, China

July 1999- June 2000

Environmental Engineer at Tianjin Academy of Environmental Sciences

Conducted wastewater treatment preliminary design for Ningyang Pesticide

Co; Studied odor pollution control by air filters; Participated in soil

and groundwater analysis for a chemical plant in Ningbo, China.

Jiangsu N&G Environmental Technology Co., Ltd (Associated with Nanjing

University)

Nanjing, China July 1996-

June 1999

Design and Research Assistant

Participated in industrial wastewater treatment and cleaner production

process development projects; Acted as the primary investigator for process

design and process research on treatment of wastewater from chemical plants

producing 2,3-acid; Participated in dye wastewater treatment by bio-contact

oxidation process and pharmaceutical wastewater treatment by adsorption and

bio-contact oxidation; Performed research work on catalytic synthesis of

1,4-dioxane.

PROFESSIONAL ACTIVITIES

Water Environment Federation

American Society of Civil Engineers

American Water Works Association

American Institute of Chemical Engineers

Conference presentations

1. Feng, W., Do You Have Too Much Mixing in Your Treatment Plant? A

Review of Mixing Requirements after Primary Clarification. Ohio

OneWater Conference, August, 2014.

2. Steele, P. and Feng, W. et. al. Pushing the Limit on Energy Efficiency

for a Major Wastewater Treatment Plant Expansion Design, WEFTEC 2014,

New Orleans, September, 2014.

3. Feng, W. and Watson, J, Solids Management: Alternative Analyses in A

Real World. IndianaWEA Annual Conference, November 2011.

4. Feng, W. and Veltman, S. Et al., Vertical Startup of a 6.5 MG

Anaerobic Reactor for Industrial Wastewater Pretreatment and Energy

Production, Accepted for NYWEA 87th Annual Meeting in New York City,

February 2-4, 2015.

Selected Publications

1. Feng, W.; Kwon, S.; Feng, X.; Borguet, E.; Vidic, R., Adsorption of

Hydrogen Sulfide onto Activated Carbon Fibers: Effect of Pore

Structure and Surface Chemistry. Environmental Science and Technology,

2005, 39(24): P 9744-9749.

2. Feng, W. and C.Q. Jia, Enhancement Effect of O2 and H2O on

Carbothermal Reduction of SO2 by Oil-sand Fluid Coke. Environmental

Science and Technology, 2005, 39(24): P 9710-9714.

3 Feng, W., et al., Sulfur Impregnation on Activated Carbon Fibers

through H2S Oxidation for Vapor Phase Mercury Removal. Journal of

Environmental Engineering, ASCE, 132 (3): P292-300.

4. Feng, W.; Kwon, S.; Feng, X.; Borguet, E.; Vidic, R., Sulfurization of

carbon materials at high temperatures for vapor phase mercury removal:

I . Carbon, Volume 44, Issue 14, November 2006, Pages 2990-3004

5. Feng, W.; Kwon, S.; Feng, X.; Borguet, E.; Vidic, R., Sulfurization of

carbon materials at high temperatures for vapor phase mercury removal:

I . Carbon, Volume 44, Issue 14, November 2006, Pages 2990-3004

6. Chen, J.; Su, X.; Zhang, Q.; Zhou, J.; Feng, W. g.; Zhou, H.; Chen,

J.; Zhou, L.; Pan, B. Treatment of waste water from manufacture of 2-

hydroxy-3-naphthoic acid. 2000-1121331265376, 20000313., 2000.

7. Feng, W.-g.; Chen, J.-l.; Zhang, Q.-x.; Chen, Q., Synthesis of 1,4-

dioxane with heat-resistant cation exchange resin as catalyst. Shiyou

Huagong 1999, 28, (3), 175-178.

8. Feng, W.; Zhang, Q.; Chen, J., Process for treatment of wastewater

from production of naphthalene series dye intermediate. Huagong

Huanbao 1999, 19, (4), 208-212.

9. Feng, W.; Zhang, Q.; Chen, J.; Xu, Z.; Pan, B.; Su, X., Treatment of

wastewater from production process of 2,3-acid. Chinese Journal of

Reactive Polymers 1999, 8, (1-2), 68-75.

10. Chen, Q.; Wang, P.; Yin, F.-h.; Chen, H.-q.; Feng, W.-g.; Chen,

J.-l., Preparation and application of C 102 macroporous strongly

acidic cation exchange resin catalyst. Shiyou Huagong 1999, 28, (12),

812-819.

11. Feng, W.; Chen, J.; Chen, Q., Advances in the research of

catalytic synthesis of isopropyl ether. Shiyou Huagong 1998, 27, (9),

695-704.

12. Quan, X.; Yang, F.; Xue, D.; Zhao, Y.; Feng, W.; Yu, C.,

Dechlorination of trichloroethylene in water by Pd/Fe0 catalytic

reduction. Dalian Ligong Daxue Xuebao 1997, 37, (1), 46-48, 107.

Project Experience at the Clean Stream Program Office (2009-2012)

Contact this candidate