Project Manager Engineer

Saa Samuel Edward Fanday

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

Atlanta, GA 30318

Email: acd5l5@r.postjobfree.com

Phone: 678-***-****

Position: Environmental Project Manager

1. Education

Georgia Institute of Technology (Georgia Tech)

-Bachelor of Science in Chemical Engineering

-Certification in Pulp and Paper Technologies

-United States patent pending: Contaminated ALL HEAVY METALS wastewater

treatment technologies. Developed proprietary and specialty chemical

formulations to treat contaminated soil and water.

2. Work history: 1998 -2011

-Chief application technologies development engineer/Principal project

manager - Pellu Systems, Atlanta, GA

Duties:

-Design and implemented feasibility/bench top studies

-Design, built and managed pilot projects/units

-Design, built, and installed full treatment systems

-Oversaw consulting and management services for ongoing projects

-Researched and developed specialty chemical formulations for environmental

technologies applications (water and air)

3.0 Project references

Principal project manager - Designed/Built/ Installed groundwater heavy

metals/organics remediation with Hydrodynamics, Inc. Ocala, FL.

Groundwater remediation project at Vandenberg Air Force base, Lompoc,

Santa Barbara County, CA

-Prime contractor: Tetra Tech (Santa Barbara)

-Sub contractor: Pellu Systems (Atlanta, GA)/Hydrodynamics Corp

(Ocala, FL)

Phase I: Design/built/installed a fully automated/SCADA groundwater

remediation system at the landfill in Vandenberg Air Force base, Lompoc,

CA..

Phase II: Pellu Systems (Atlanta, GA)/Risc Management (Oklahoma) - provided

continuous project management and consulting services for the duration of

the project (1998 - 2005).

4. Principal investigator - feasibility and pilot projects design and

implementations

A. Phase I: Feasibility/bench top and pilot projects - 2006/2007.

Project site: Casmalia superfund site, Casmalia, California

Feasibility studies were conducted at the Casmalia superfund site to clean

up contaminated landfill leachates and run-offs.

Landfill leachates contaminants were:

-Highly complexed total organic carbon (TOCs), volatile organics carbons

(VOCs)

-Total sulfides (odor emitting factors)

-Heavy metals (Ni, Cd, Hexavalent chrome, Pb, Cu, Zn and others)

-Highly complexed ammonia (occurring as total ammonia, TKN)

Project managers: CB Consulting, San Luis Obispo, CA

B: Phase 1: Feasibility/bench top Studies - 2005/2006

Project Site: McClellan Air force Base, Sacramento, California (now

closed)

Project Managers: Anteon Corp (Sacramento, Albert Calise, project manager)

The base had an existing groundwater remediation plant. The Air force was

looking for better water technologies related to the project of removing

hexavalent chrome and total organics.

C: Phase 1: Feasibility/bench top and Pilot projects - 2007/2008.

Project Site: US Filter (now Siemens Water Technologies) Centralized

Wastewater Treatment Plant (Los Angeles)

The centralized wastewater treatment plant is US EPA regulated. The plant

was looking for more cost effective and efficient treatment technologies.

General Manager: Ken Olunixon

5.0 Phase 1: Feasibility/bench top studies - 2010.

Project Site: working with the Pulp and Paper Department at the School

of Chemical Engineering, Georgia Tech, application technologies development

studies were conducted to improve on treatment technologies to remove and

prevent color reversal in already treated wastewater at a pulp and paper

mill wastewater systems in a South Georgia paper mill.

6.0 Development of Proprietary formulations for In-Situ-Chemical-Reduction

(ISCR) of soil contaminated with heavy metals, including all RCRA metals

(Chrome (Cr), Arsenic (As), Silver (Ag), Barium (Ba), Cadmium (Cd), Mercury

(Hg), Lead (Pb), Selenium (Se)).

-Developed proprietary formulations to treat soils contaminated with ALL

heavy metals. The verification of formulation was conducted independent US

EPA approved lab soil contaminated with Hexavalent Chrome from a US EPA

superfund site in Colliervill,TN.

The formulation reacts by immobilizing toxic metals in contaminated soils,

e.g. highly mobile and toxics. Hexavalent chrome is reduced and immobilize

to the less toxic trivalent chrome

7.0 In-Situ-Chemical-Oxidation (ISCO) Design and Implementation

-performed lab treatability studies on contaminate oil and groundwater

-to optimize various remediation technology sweet spot

-establish technology performance variables

-interpret treatability studies results for efficiency and cost

effectiveness

-evaluate treatment train approach (chemical

oxidation/bioremediation)

-Calculated Soil Oxidant Demand (SOD)

-evaluated the oxidant sink factor for project soil and groundwater

-Developed the contaminated treatment site information

-geological soil profile (e.g. Saprolite, Piedmont type soils)

-Treatment site dimensions (depth to groundwater, length, width of target

zone etc.)

-soil data

-Contaminant type (PCE, TCE, cis 1, 2-DCE, PAHs, MTBE BTEX, TPHs)

-geochemical information (pH, ORP)

-Monitoring of project

-process monitoring to confirm oxidant distribution

-oxidant performance

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