KCL Engineering makes it our mission to help build a world we all want to live in.
Our focus on empowerment, flexibility, and opportunity creates a workplace of motivated employees who provide superior customer service, deliver high-quality projects, and delight clients with innovative solutions.
Campus Energy Services
Feasibility Studies, Energy Usage & Savings Analyses, Single Point Failure Analyses, 3D Laser Scanning, 3D & BIM Design, Isometries, Steel Detailing, Design ServicesDrawings & Specs, Fluid Flow Analysis, Pipe Stress Design, Process Control System Operating Descriptions, Construction Administration, Commissioning, Standard Operating Procedures & Training
Building Sector Services
Mechanical
HVAC Systems, Geothermal Heat Exchangers, Mechanical and Natural Ventilation, Energy Management
Des Moines Register
Top Workplace#1 in 2023 and 2024
Plumbing
Domestic, Sanitary, Storm, Solar Thermal Collection, Water Reduction and Reuse, Specialty Systems: Compressed Air, Vacuum, Nitrogen, Oxygen, and High Purity Water Systems
Fire Protection
Fire Sprinkler, Gas and Foam
Extinguishing, Fire Pumps and Tank
Building Energy Performance
Energy Modeling, Life Cycle Cost Analysis, Energy Monitoring, Systems Commissioning
Electrical
Power Distribution, Essential and Emergency Power, Medium Voltage Site and Campus Distribution, Solar PV and Battery Storage, Microgrid, Power System and Arc Flash Hazard Studies
Lighting
Architectural Lighting, Lighting Controls, Roadway Street Lighting, Photometric Modeling and Analysis
Technology
Telecommunications Infrastructure, Wireless LAN, Fire Detection and Alarm, Audio/Video, Access Control and Intrusion Detection, Video Surveillance, Emergency Communication, Paging and Intercom, Distributed Antenna, Nurse Call
At KCL Engineering, we bring to life three pillars that distinguish how we make our mark in the world.
Perfect Extension of Your Team
Doing great work is just the beginning.
Every client has their own way they like to work and interact. We match your preferences through a process we built. We also focus on hiring and training people you are proud to put in front of your constituents who can speak human, architect, and engineer.
We appreciate and strengthen every relationship
Client syncing happens at every level
You can be proud of KCL as your partner
Relentless Attention to Detail
We do our best to plan and strive for perfection.
Part of excellence is our best-in-class process to prevent any issues in the first place with an optimal response approach when an issue may occur.
Consistent team from start to finish
Cross-discipline engagement and coordination
Quick course correction that minimizes costs and disruption
Practical, Inspired Innovation
We measure what matters.
We measure client enthusiasm and shoot above the level of just being satisfied to a higher level where our clients love their results. That means we look for smarter, more meaningful innovations to standard work.
We love purposeful innovation to solve real problems
Our culture supports imagination, innovation, and creativity
KCL Engineering was contacted by a cold storage facility in the Midwest to address a severe frost heave problem. The facility’s in-floor defrost system had failed, resulting in 20 feet of frost buildup beneath the building and 2 feet of frost heave in the freezer floor, causing unleveled surfaces and major structural issues.
Since shutting down the facility for repairs was not financially feasible, KCL Engineering developed a solution using horizontal directional boring. The system involved installing HDPE piping within the underground bores and circulating warm glycol to gradually thaw the ground and level the freezer floor. The system utilizes waste heat from the facility’s ammonia refrigeration system, making it an energy-efficient solution.
After resolving the frost issue, the system became the facility’s permanent, energy-efficient defrost solution. Not only does the underground defrost system eliminate a costly in-ground electric system, by using waste heat from the plant’s ammonia refrigeration system, the facility saves approximately $30,000 to $50,000 per year due to reduced cooling tower fan usage and increased efficiency of the ammonia compressor.
Concrete (4” - 8” thick)
Insulation (2” - 4” thick)
Soil
Shallow and Deep Horizontal Bores
Iowa Select Farms –Sow 35 Renewable Barn Heating
Chester, Iowa
This innovative HVAC project combines state-of-the-art energy recovery and hydronic solar thermal technologies to create a sustainable, efficient, and cost-effective heating solution. The core objectives are to preheat incoming fresh air using waste exhaust air and leverage solar energy to store heat in the ground during the summer for winter heating.
Key Components:
» Energy Recovery Ventilator (ERV):
The ERV transfers heat from the outgoing exhaust air to preheat the incoming fresh air, thereby reducing the energy required to heat the air entering the building. Benefits include enhanced energy efficiency, reduced heating costs, and improved indoor air quality
» Hydronic Solar Thermal System:
This system harnesses solar energy to heat a hydronic fluid underground during the summer months, utilizing the earth as a thermal battery. During winter, the stored heat is extracted to warm the building.
This solution significantly reduces energy consumption for heating and ventilation, improves indoor air quality through efficient heat recovery and 100% outdoor air entering the barn, enhances sustainability goals by utilizing renewable solar energy, and creates long-term cost savings on heating bills.
Fairfield Inn & Suites, Hyatt Place Hotel and Burger Shed buildings
Geothermal Well Fields
Completion
2017 - 2020
Size
80-ton well field serving Hyatt Place Hotel and Burger Shed
80-ton well field serving Fairfield Inn & Suites
Hospitality Development with Shared Geothermal Well Field
Altoona, Iowa
An example of our application of energy-efficiency in new and different ways is the introduction of geothermal HVAC systems in Heart of America Group hotel and restaurant properties. The Fairfield Inn and Suites in Altoona is served by a geothermal well field. Soon after this property opened, HOA began development of two adjacent properties; Hyatt Place Hotel and Burger Shed. These buildings share a geothermal well field. Traditionally these buildings would be installed with disposable mechanical equipment and very little concern for long-term building ownership. KCL helped our client break status quo with design decisions that are financially responsible and sustainable.
EM Glass Assembly Plant –Energy Efficient Cooling
East Moline, Illinois
EM Glass was planning to condition their 110,000 square foot assembly plant to increase productivity and improve employee retention. KCL Engineering proposed a very economical solution using air rotation units, which EM Glass viewed as the preferred alternative to traditional roof top units for the following advantages:
» $300,000 lower project cost
This simple system eliminates much of the infrastructure and quantity of equipment needed for conventional systems.
» 35% energy savings
Destratification along with high efficiency prop fans yields great operational cost savings.
» Fewer units to maintain
Only two ground-mounted units with a 30+ year product life means less time and materials for maintenance.
» Destratification for efficiency
Rotation of air uses wasted heat that typically floats to the ceiling. This destratification minimizes temperature gradient from floor to ceiling.
» Temperature consistency
A great solution for applications where temperature and humidity design criteria are critical
Completion
Project Features
6.7 acres
30 net zero homes
Utility
Pavement
Parkside Residential Development
Charles City, Iowa
Parkside Development is a unique net zero residential community built on 6.7 acres of blighted land that was formerly an elementary school. The development allows for 38 affordable, high performance homes and assisted in rebuilding the Charles City housing market which lost many homes during a 2008 flood.
With the aid of state grants, the project included several sustainable components including: permeable pavement and bioswales for sustainable water management practice, a common geothermal utility with system pump house and integrated PV array, and home construction with energy-efficiency in mind throughout. All components contribute to the goal of net zero energy usage.
The selling price of homes was fixed at $150,000, with 30 of the 38 lots requiring home buyers to meet LMI (Low/Moderate Income) requirements. A mix of single and twin homes comprise the site, and while affordable, quality was not compromised with the inclusion of hard surface flooring and other desirable selections for the marketplace at that time.
KCL’s vision for this project was to produce homes in the community that would stand the test of time showcasing a sustainable life 50 to 100 years from now. Ultimately the project serves as a pilot to catalyze similar net zero housing initiatives in the future.
Home features include:
• SIP Construction (Structural Insulated Panel)
• In-floor Radiant / Geothermal Heating
• Slab on Grade
• Minimum 3 KW of PV (Photo Voltaic)
• Net energy metering
• Energy Star Appliances
• Heat Pump Water Heater
• Low Water Consumption Plumbing Fixtures
• 22 SEER Ductless Heat Pump
Sustainable/ Site Features:
• Pervious paved street, sustainable water management practices (bioswales), geothermal utility with system pump house and integrated PV array
University of Hilo-Hawaii –Student Residence Cooling, PV Array, and Battery Storage, Hilo, Hawaii
$4,971,259 (cost opinion)
$4,959,000 (bid amount)
For use by the public, a maker space includes 3D printer, laser cutter/engraver, CNC routers, 3D scanning technology, computer programming, sewing machine and art supplies, and a variety of hand tools. A demonstration kitchen provides culinary literacy and health opportunities. Completion
KCL Engineering providing technology engineering for this new, award-winning 107,000 square foot library. The audio-visual systems encompassed general area information signage, classrooms, conference rooms and large scale partitionable meeting spaces. Crosscoordination was required with various design consultants to achieve lighting control and life safety systems integration.
Power Plant – University of Illinois Urbana - Champaign, Champaign, IL* Abbott Power Plant provides 150 psig and 50 psig steam to campus for heating, research, and chilled water production, with peak steam flow of ~600,000 lb/hr and power production of 110 MW.
» Condensate Piping and Pumping*
The plant reuses 85% of returned campus steam condensate as boiler feedwater, but its outdated condensate tanks required replacement. The project installed a new 120,000-gallon polished condensate tank, new pumps, and integrated the system with the existing RO tank. Piping, valve design, instrumentation, electrical systems, and phased construction ensured minimal outages and improved redundancy, allowing continuous operation during upgrades.
» Abbott Power Plant Standards*
This project developed plant standards for piping, valves, fittings, insulation systems, and flange tightening across all systems at the University of Illinois Power Plant. It covered various systems, including steam, condensate, feedwater, instrument air, natural gas, stormwater, sanitary, blowdown, drains, HVAC, and caustic. Calculations were performed to establish standards for piping, valves, and insulation for each system.
» Steam Distribution - Analysis Low Pressure Steam System
This project centered on doing a steam flow analysis across the entire University of Illinois Campus of ~500 buildings. The power plant was having issues delivering 50 psig steam to the outer areas on campus. This project analyzed and modeled in pipe flow software the entire low pressure steam system to find the choke points in the system. We then made common sense changes in pipe sizes, additional headers, etc. to remedy the issue.
» Abbott Power Plant - Task 0 Retainer Projects
From 2017 to 2024, engineering design services were provided on a running retainer with the University of Illinois to support the plant’s needs. During this period, these services facilitated $20 to $30 million annually in construction projects. The work included the installation of new boiler feedwater, condensate, cooling water, raw water, acid and caustic, and makeup water pumps; condenser heat exchanger replacements; boiler design; combustion turbine design; and high and low-pressure gas design.
University of Northern Iowa Power Plant
* JACOB PRICE PRIOR EXPERIENCE
Abbott
The University of Iowa Power Plant, Iowa City, IA*
The Main Power Plant provides 155 psig and 20 psig steam to campus for heating, research, and chilled water production, with peak steam flow of ~550,000 lb/hr and power production of 60 MW.
» Power Plant Capacity Expansion Study and Project*
Study, design, and construction administration services were provided for the installation of a new natural gas-fired boiler and two steam turbine generators at the Main Power Plant to enhance redundancy and reliability for the University of Iowa’s Main Campus, including its hospitals and research facilities. The study phase involved a risk analysis of power plant systems, a life-cycle cost analysis, and an evaluation of steam pressures and turbine operations. The project increased the plant’s steam generation capacity by adding a 175 kpph boiler, a 5 MW back-pressure turbine, and a 10 MW combination back-pressure-condensing turbine. Several existing systems were modified, utility outages coordinated, and steam piping and auxiliary systems were modeled using 3D laser scanning and Bentley AutoPIPE software. The design adhered to ASME B31.1 code and NEMA SM-23 limits to ensure equipment alignment, thermal expansion management, and load compliance.
» Replace Continuous Emission Monitoring System (Boiler 10 &11)*
Replacement of Continuous Emissions Monitoring System (CEMS) equipment on Boilers 10 and 11, which monitors boiler stack emissions for reporting to the Iowa DNR. It included new control cabinets connected via an umbilical line that delivered diluted emission samples for measurement, along with new stack nozzles for temperature, pressure, O2, opacity, and moisture sensors. Instrument air lines, a dilution air system, and stainless steel impulse tubing for the sensors were also installed. The pressure, temperature, and other transmitters were sized and selected, and flow calculations were performed to provide instrument air to each cabinet. Commissioning procedures were developed and field tests conducted to ensure system functionality.
» Replace Continuous Emission Monitoring System (Boiler 7 & 8)*
Replacement of Continuous Emissions Monitoring System (CEMS) equipment on Boilers 7 and 8, which monitors emissions for reporting to the Iowa DNR. It involved installing new control cabinets connected via an umbilical line that delivered diluted emission samples for measurement, along with new stack nozzles for temperature and pressure sensors. Instrument air lines, a dilution air system, and stainless steel impulse tubing were also installed. Pressure and temperature transmitters were sized and selected, flow calculations were performed for the instrument air, and commissioning procedures were developed and tested in the field to ensure system functionality.
* JACOB PRICE PRIOR EXPERIENCE
University of Iowa Power Plant
Confidential Industrial Client – Heating and Cooling Improvements, Davenport,
IA*
This project focused on installing a utility-scale geothermal system to service the company’s campus, covering millions of square feet of manufacturing facilities. Key components included the installation of a 1,100-foot geothermal well and a heat exchanger system that utilizes groundwater. The project involved detailed work on sizing and selecting system components, such as piping, valves, heat exchangers, and other process items. Additionally, air handling and make-up air units throughout the plant were upgraded to natural gas with chillers as a backup.
Water Treatment Upgrades and Condensate Polishers – University
of Chicago, Chicago, IL*
Engineering and design services were provided for installing new condensate polishers at the University of Chicago’s West Campus Combined Utility Plant (WCCUP) and South Steam Plant (SSP) to remove hardness from returned condensate, which is reused in boilers. The polishers were integrated into the plants’ control systems, allowing regeneration without disrupting operations, ensuring continuous 175 psig steam supply to campus buildings and the medical center. The project included new condensate transfer pumps at SSP, an upgraded brine generation system for polisher regeneration, and centralized brine operations to improve efficiency and reduce labor.
South Steam Plant Phase 2 Air Permit Upgrades – Boilers 3 and 4 – University of Chicago, Chicago, IL*
The replacement of burners on two natural gas boilers included the installation of economizers in place of the existing air heaters. Key components involved were new carbon steel breeching, economizers, feedwater piping, natural gas and fuel oil piping, and a stack damper for each boiler. Calculations were performed to size the economizer and feedwater piping, while a backcheck of the pipe stress analysis was conducted. Additionally, specifications for the new burners were developed, and mechanical drawing markups were provided.
Power Plant Steam Pipe Stress Analysis – University of Northern Iowa, Cedar Falls, IA*
The University of Northern Iowa Power Plant conducted an analysis of its 125 psig steam piping system, which supplies plant processes and distributes steam across campus. The study focused on over 1,000 feet of piping within the plant, identifying two areas of stress: one at the tunnel entrance, resolved with a simple loop design, and another near the deaerator, where three rigid hangers were replaced with spring supports. These cost-effective solutions addressed safety concerns and improved system reliability.
Utility Master Plan Study – University of Illinois-Chicago, Chicago, IL*
The University of Illinois-Chicago requested a entire analysis for the next 50 years of the utility system including the power plants, critical power facility, chilled water plants, and distribution system. This included an asset assessment for all of the central plants including future load analysis, asset replacement dates and a project time line for the next 50 years of production. Finally, the distribution system was fully walked down and analyzed to determine next steps for continuing providing services to each building.
University of Chicago - West Campus Combined Utility Plant & South Steam Plant
* JACOB PRICE PRIOR EXPERIENCE
HAWAII PROJECT EXPERIENCE
Makena Beachfront Residential Golf Community, Maui, HI
A world-class private beach front community and golf club with over 490,000 sf of amenities and residential units comprising a 24-acre resort core development. KCL Engineering provided MEP services for the 100,000 sf beach club, 18,000 sf spa, 1,500 sf beach bar, ten 3,400 sf beach cottages, ten 4,500 molokini residences, eight 2,100 sf multi-family units and thirty multi-family villas. The design is timeless contemporary with sustainable strategies.
North Shore Preserve – Multiple Projects, Kaua’i, HI
Luxury oceanside residential and golf community with multiple housing options and amenity buildings. KCL provided MEP design for: Comfort Station 1, Hihimanu Sportsplex, Greeter Hale, Event Lawn and Driving Range, Phase 3 site utility pathways
University of Hilo-Hawaii – College of Pharmacy Lab Renovation, Hilo, HI
Renovated college pharmacy labs and added modular buildings for additional lab space. Updates included adding a generator and UPS system for backup power.
Volcano Honey Co – Office Building, Production Facility & Warehouse, North Kona, HI
New 2,400 SF 2-story office building, 6,300 SF production facility, and 5,000 SF warehouse building supporting the beekeeping and production operations. Design included coordination with HELCO for new electrical and telecom services.
Syngenta Seeds – Seed Development Building, Kunia, HI
New production and support facility to serve the test fields of Syngenta hybrid corn seed development.
First Wind – Kawailoa O & M Building, Oahu, HI
Electrical Engineering services and design for a 4,180 SF warehouse building and 2,100 SF office building supporting the Kawailoa Wind project.
Hilo Medical Center – Medical Office Building, Hilo, HI
Electrical Engineering services and mechanical drawing and specification review for a new 16,000 SF two-story building. Project scope included clinic exam rooms, nursing station, procedure rooms and relevant support spaces.
Additional Project Experience
Kaua’i Federal Credit Union, Kapa’a, Kaua’i, HI
County of Hawaii, Department of Parks and Recreation
Renovation, Hilo, Hawaii
Mauna Lani Resort Assessments, Kahala Coast, HI
Kaloko Housing Wastewater Treatment Plant, Kona, HI
SHI Hotels Facility Assessments, Various Locations in Hawaii
Na Kahua Hale O Ulu Wini Housing, Kailua-Kona, HI
University of Hawaii Hilo Palms – Three Story Apartment Complex
Renovation, Hilo, HI
United Hawaii College – Facility Assessment and Renovation of Building No.2, Hilo, HI
Ko’olani Spa, Honolulu, HI
Pahoa High School Gymnasium, Pahoa, HI
Private Residences
Wilson Residence, Hawi, HI
Laule’a Residence, Puako, HI
Christen Residence, Kohala, Ranch, HI
Halterman Residence, Big Island, HI
Pigotti Residence, Big Island, HI
Spies Residence, North Kohala, HI
ENHANCED LIGHTING DESIGN
KCL Engineering’s large-scale lighting installations are considered community enhancers and experience-makers. KCL’s lighting design team is renowned for innovation and blending technology and artistry to create solutions that are distinctive and impactful.
WOMEN OF ACHIEVEMENT BRIDGE LIGHTING DES MOINES, IA
BORN OF FIRE SCULPTURE LIGHTING PERRY, IA
FINANCIAL CENTER FACADE LIGHTING DES MOINES, IA
RIVIERA STAGE AT RIVERVIEW PARK DES MOINES, IA
WESTFIELD OFFICE FACADE LIGHTING WEST DES MOINES, IA
YANKEE STADIUM LED SPORTS LIGHTING BRONX, NY
THE MONSTER ROLLER COASTER LIGHTING DES MOINES, IA
Bachelor of Science, Chemical Engineering, Iowa State University
Memberships and Activities
American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) Member
* completed with previous firm
Mark LaCroix, PE
Chief Innovation Officer, Principal
Mark has been a force in the HVAC design industry for over two decades, and clients have come to appreciate Mark’s sharp intelligence and ability to offer quick solutions. With a keen interest in cost effective ways to deliver energy efficiency, Mark pushes convention to utilize HVAC systems, heat recovery techniques, and renewable energy applications in new and better ways that provide real value and savings to clients seeking sustainable solutions.
As the Chief Innovation Officer, Mark works closely with all departments of KCL to explore design integration that supports our client’s goals and budgets. KCL’s pillar of practical, inspired innovation is personified in Mark’s energetic approach to meaningful engineering.
Relevant Experience
Parkside Energy-Efficient Residential Development, Charles City, IA
Planning and engineering for a net zero energy residential development of 38 single-family and twin-home units. District geothermal HVAC system, roof mounted solar photovoltaic arrays, and energy-efficient building materials eliminate or steeply reduce utility costs.
East Moline Glass Assembly Plant Energy-Efficient HVAC Improvements, Moline, IL
Incorporation of energy-efficient HVAC system using air rotation units yielding a 35% energy savings over traditional systems. Destratification and temperature consistency provide comfort and humidity control.
Midwestern Cold Storage Defrost Solution, Omaha, NE
Breakthrough energy movement solution saved a 200,000 sf cold storage facility experiencing significant frost heave due to 20 feet of frozen ground. To thaw the ground and level the floors, horizontal piping was installed underneath the facility while it remained operational. The system uses waste heat from the facility’s ammonia system to warm a glycol/water mix running through the piping. The underground system serves as the facility’s permanent defrost system and provides heating and cooling to administrative areas.
Iowa Economic Development Authority - Project Consulting, Statewide Engineering consultant - involved in integrated design workshops to evaluate high performance building practices and energy efficient designs and construction for IEDA program participants.
Iowa Utilities Board Building – State Capitol Complex, Des Moines, IA*
New LEED Platinum, 44,500 SF, $9,500,000 Office Building for Iowa Utilities Board and Office of Consumer Advocate. Energy-efficient components include 46kW solar array, geothermal heating and cooling system, super-efficient precast concrete wall panels, daylight harvesting, daylight harvesting, and energy management system that includes lighting and occupancy sensors.
Axis Hotel, Moline, IL
A renovation of the historic 5th Avenue building in downtown Moline. The 8-story building is transformed into a 103-room property. HVAC systems are be comprised of solar thermal panels on the high roof, a hydronic loop in the building, underground thermal storage, and heat pumps in each room with an energy recovery unit to precondition ventilation air. The Fifth Avenue Syndicate, a speak-easy inspired restaurant and lounge, and conference space is conditioned with more traditional methods to best suit their varied uses.
Iowa Select Farms - Sow 35 Solar Thermal Heating, Chester, IA
A renewable energy solution developed by our engineers to steeply reduce propane use for barn heating on this 7500 sow farm. Our system gathers solar heat, stores energy underground, and pre-heats fresh air on demand. Take advantage of renewable energy financial incentives including a 30% Federal Solar Investment Tax Credit.
Professional Registrations
Licensed Professional Engineer: Iowa, Illinois, Wisconsin
Career Experience
13 Years
Education
The University of Iowa, Bachelor of Science in Engineering Mechanical Engineering
The University of Iowa - Tippie College of Business, MBA Candidate
Professional Affiliation
American Society of Heating, Refrigerating, and Air-conditioning Engineers (ASHRAE)
International District Energy Association (IDEA)
Conference Presentations
University of Chicago System Expansion and Renewal – Campus Energy 2018
University of Iowa Boiler Replacement – Campus Energy 2021
University of Illinois Urbana Champaign New Clarifier System Install – Campus Energy 2022
University of Illinois Urbana
Champaign Compressed Natural Gas Storage – Big Ten and Friends 2022
* completed with previous firm
Jacob Price, PE
Associate, Senior Mechanical Engineer
Jake is an accomplished engineering leader, known for expertly managing large, complex projects for Fortune 50 industrial clients, higher education institutions, and utility providers. He takes pride in delivering projects to the highest standards and is recognized for identifying innovative design and project delivery solutions with a hands-on approach during all project phases. From initial concept generation and assembling diverse consultant teams to providing exceptional design leadership and on-site presence during construction, Jake’s attention to quality, communication, and client satisfaction has elevated his reputation as a sought-after consultant in the energy and industrial sectors.
Relevant Experience
The University of Iowa/Engie, Iowa City, IA*
Power Plant – Air Regulations Compliance
Utility Distribution System – Compressed Air Distribution Study
Utility Distribution System – Install Ductbank on Washington St and Madison St
Iowa Memorial Union – Upgrade Refrigerant Compressors to Chilled Water
Field House – Install New Backflow Prevention System
Boiler 10 and 11 CEMS Upgrade and Commissioning
Boiler 7 and 8 CEMS Upgrade and Commissioning
Power Plant – Capacity Expansion – Boiler 12
University of Illinois Urbana-Champaign, Champaign, IL*
Condensate Piping and Pumping
Water Treatment Ditch and Clarifiers
Pipe Stress Analysis for Power Plant Pressure-Reducing Valve Replacement
Steam Distribution Piping and Relief Pressure Study
Critical Water Storage
Install Midpoint Auto Shutoff Valve and Pig Launching Station
Install Pig Launcher/Receiver at Midpoint Station
Chilled Water Master Plan
Task 0 Retainer Contract (Included 60-70 small- to medium-sized projects per year at Abbott Power Plant over a 7-year period)
The University of Chicago, Chicago, IL*
Boiler 3 and 4 Burner Upgrades
Water Treatment Upgrades and Condensate Polishers
South Steam Plant – Blowdown Heat Recovery Study
Confidential Industrial Clients*
Tank 8 & 9 Replacement
Skimmer and Cooker Tank Replacements
Cooling Tower Basin Supports
Upgrade Nitrogen Purge System to Sky Farm Tanks
Condensate Management in Base Stock Oil Storage Building
West Plant Rail Movement Study
Confidential Utility Clients*
Well Water Treatment
Increase Flow in Steam Line and Investigate Fixing Gate Valve in Export Steam Line
Desuperheater Design and Pipe Stress Analysis
Diesel Fuel Day Tank Fill Line Mechanical Shutoff Valve Addition
Professional Registrations
Licensed Professional Engineer: Iowa, Illinois, Wisconsin
International Institute of Ammonia
Refrigeration IIAR 2 Certificate Course
EPA Certified Universal Refrigerant Technician
ASPE Certified in Plumbing Design
Career Experience
31 Years
Education
Bachelor of Science, Mechanical Engineering, Iowa State University
* completed with previous firm
Keith Stone, PE Senior Mechanical Engineer
Keith has an extensive understanding of complex system intricacies and a sharp aptitude for identifying solutions that are encapsulated in a practical design. He has over 30 years of experience designing systems in engineering-intensive facilities for healthcare and industrial clients where strict control of humidity, temperature, and indoor air quality are major design drivers. Management of hundred-million-dollar projects reinforced Keith’s emphasis on the importance of quality. Throughout his career, Keith has created and implemented quality control programs, conducted countless reviews, and enjoys supporting emerging engineers with design advice and guidance. Keith’s most rewarding experiences have derived from serving long-term clients where his knowledge of a facility and rapport with staff allows him to solve issues on a repeat basis.
Relevant Experience
Cadbury Adams, Rockford, IL*
New 6-Megawatt Cogeneration and Distribution System
Cooling Tunnel, Dust Collection & Sprinkler
Modifications
AHU Replacement
Dentyne Ice Packaging HVAC Upgrade
Desiccant Dehumidification System
Expansion
Chiller & Humidity Control Modifications
Extrusion Feeder Area
Desiccant Dehumidification Unit Replacement
900-ton Centrifugal Chiller Addition
Trident Advantage Coating Pan Dust
Collection System Upgrade
Chilled Water System Upgrade
Building C - 3rd Floor Extrusion Corn Syrup
Room Heat
Trident Line #2 Gumbase Melting Piping
Upgrades
Building A Parapet Upgrade
Caterpillar, Inc., Peoria, IL*
COS Building Third Floor Annex Conditioning
Dean Foods, Wayland, MI*
New Dryer Plant Building
Dean Foods, Franklin Park, IL*
Corporate Conference Center Renovation
Kimberly Clark, Neenah, WI*
1,800-SF Class IV Laboratory Renovation
Kraft Foods, Wausau, WI*
5,200-SF Food Processing Plant Renovation
Kohler Foundry, Kohler, WI*
Cooling for foundry furnaces and power
Building 83 Lab Ventilation
Rockwell Collins, Cedar Rapids, IA*
Building 105 Chilled Water and Condenser
Water Upgrade
Building 105 Chiller Replacement
Building 105 Heating System Upgrade
Building 111 Chiller Replacement
Data Center Back-up & UPS Cooling
Heating Water Loop
Corporate Hangar Feasibility Study
Open End Contract (2014)
Reduce Plant & Office Campus-wide Energy
Consumption by 30%
Ventilation Study
Physical Plant Energy Study
Building 133 HVAC Study
John Deere Harvester Works Paint Line
Modifications, Moline, IL*
Relocate utilities for new paint line
Ventilation improvements for the welding area
John Deere Cooling Loop, Waterloo, IA*
Well Water Cooling Loop Improvements
Anti-freeze, Oil and Fuel Rack Relocation
New Chiller & Cooling Tower for Office Area
Water Piping & Drainage - Testing Sprayers
Exhaust & Ventilation - Load Testing Engines
USDA Boiler Replacement, Ames, IA*
Replacement of 1000 BHP water tube boiler
Aurora Medical Center, Summit, WI*
800,000-SF Greenfield Hospital and 80,000
SF MOB with 4500-ton Chiller and 3200
BHP Boiler Plant and 6000 kW Emergency Generation
Professional Registrations
Licensed Professional Engineer: Iowa (17959), Florida, Oklahoma, and Arkansas
LEED Accredited Professional
Career Experience
22 Years
Education
Iowa State University, Bachelor of Science, Electrical Engineering
* completed with previous firm
Neil Smeenk, PE, LEED AP
Managing Principal, Chief Electrical Engineer
Establishing good rapport with clients and design partners sets the foundation for Neil’s thoughtful project design approach and reflects KCL Engineering’s dedication to personal service. Clients have come to appreciate Neil’s integrity, considerate nature, and ability to tactfully work through project challenges. Neil’s experience has spanned all market sectors and includes power distributions, special systems, arc flash analysis, and facility assessments.
Relevant Experience
Mercy Court Classroom and Student Housing Building, Des Moines, IA
40,000 SF classroom addition and renovation of 5-story, 90,000 SF tower for student apartments.
Northeast Iowa Community College Campus-Wide Master Planning Study, Dubuque, Peosta and Calmar, IA
Pre-bond master planning and budgeting study for thirteen buildings on three campuses.
Northeast Iowa Community College, Calmar, IA
Student Center*
Administration Building*
Agricultural Technologies Laboratory and Classroom Renovation
Wind Turbine and Welding Laboratory Renovation
Industrial Technologies Building*
Max Clark Hall Remodel*
Wilder Business Center Renovation*
Northeast Iowa Community College, Peosta, IA
Industrial Technologies Building
Health Science and Library Remodel*
Ambulatory Simulation Laboratory
North Iowa Area Community College, Mason City, IA
Auditorium Remodel*
Activity Center Kitchen Remodel*
Athene USA Headquarters (LEED Gold), West Des Moines, IA*
This 8-story building can accommodate 1,500 employees with all modern workplace amenities and an emphasis on sustainability, including offering abundant natural daylight building-wide.
Neal Smith Federal Building Energy Improvements, Des Moines, IA*
Energy improvements for 10-story building in downtown Des Moines. Improvements included new energy-efficient HVAC system, DALI lighting system, and high efficiency transformers.
Cypress Glen Retirement Community – Addition and Renovation, Greenville, NC
Expansive Addition and Renovation project includes 36 new units of independent living with underground parking, renovation and addition of healthcare wing, and various remodels and additions to the kitchen, dining room, amenity spaces, offices, and commons.
Wyndemere Senior Living Expansion, Wheaton, IL
A 3-story expansion for independent senior apartments, commons area with a pool, multi-purpose room and lounge and underground parking.
Iowa National Guard - Camp Dodge Arc Flash Studies (2021* and 2024), Johnston, IA
Professional Registrations
Licensed Professional Engineer: Iowa (P24706)
Career Experience
10 Years
Education
Dordt College, Bachelor of Science, Electrical Engineering
* completed with previous firm
Eric Heynen, PE
Associate Principal, Senior Electrical Engineer
Eric has established himself as a self-motivator and detail-oriented designer. Clients appreciate Eric’s friendly work style, responsiveness, and focus on providing options in the best interest of the client and project. Team members and clients can always count on Eric’s thoroughness when completing complex projects and he is known for doing whatever it takes to make a project successful.
Eric’s understanding of the construction industry benefits his ability to provide system designs that can be built and implemented for any project type. He excels at creating a collaborative and team-oriented design environment where excellent electrical design shines.
Relevant Experience
Des Moines Public Schools – Jefferson Elementary School PV Array, Des Moines, IA
275 kW building-mounted solar photovoltaic array. Project serves as a proof of concept for possible future arrays across the district.
Des Moines Public Schools – Solar Array Study, Des Moines, IA
Analysis of four buildings for most favorable investment in solar energy. Evaluation considered various factors including roof orientation, obstructions, roof size, building energy usage, and return on investment.
University of Hawaii – Hilo Student Housing Cooling and PV Array, Hilo, HI
Design of air conditioning system for student residence building with complementing PV array to offset added energy usage.
North Shore Preserve – Multiple Projects, Kaua’i, HI
Luxury oceanside residential and golf community with multiple housing options and amenity buildings including Comfort Station 1, Hihimanu Sportsplex, Greeter Hale, Event Lawn and Driving Range, Phase 3 site utility pathways
Makena Beachfront Residential and Golf Community, Maui, HI
$350 million world-class private beach front community and golf club featuring a mix of multi-family and single family residences, beach club, pool, and spa.
MidAmerican Energy, Multiple Locations
Sheldon Service Center Renovation, Sheldon, IA
Storm Lake Service Center Renovation, Storm Lake, IA
Ottumwa Service Center Renovation, Ottumwa, IA
State of Iowa Department of Administrative Services, Statewide, IA
Ankeny Labs - Iowa Medical Examiners Office Renovation Study, Ankeny, IA
Ankeny Labs - Department of Criminal Investigation Renovation Study, Ankeny, IA
Alcoholic Beverages Division Building Boiler Replacements, Ankeny, IA
Capitol Complex Redundant 15kV Switchgear, Des Moines, IA
Grimes State Office Building Switchgear Replacement, Des Moines, IA
Grimes State Office Building Lighting Replacement, Des Moines, IA
Cherokee Mental Health Center Switchgear Repair, Cherokee, IA
Terrace Hill Fencing, Des Moines, IA
Lucas Building Elevator Replacement, Des Moines, IA
Jesse Parker Elevator Equipment Room, Des Moines, IA
Mt. Pleasant Elevator Replacement, Mt. Pleasant, IA
Professional Registrations
Registered Communications
Distribution Designer
Data Center Design Consultant
Career Experience
19 Years Education
Evangel College, Computer Science
Des Moines Area Community College, Computer Systems Networking and Telecommunications
* completed with previous firm
Chris Davis, RCDD, DCDC Associate, Senior Technology Engineer
Chris’ exuberant consulting style has created a brand of technology design that is unmatched in the industry. Chris is passionate about advancing new technologies, and this forwardlooking viewpoint is steadfastly balanced with a commitment to practical and proven methodologies that allow users to confidently meet short and long-term needs.
Clients appreciate Chris’ intuitive approach and candid communication style, effectively assessing needs from various groups, and delivering well-coordinated design documents for successful integration. His diverse background of field work, institutional standard development, and a collection of high profile projects continues to make Chris the sought-after expert in technology design.
Relevant Experience
University of South Dakota – Wellness Center Expansion, Vermillion, SD
The Aquatic Center will feature an indoor competition pool, activity pool and a spa. Designed to meet the needs of the University for the next fifty years through maximum flexibility of programming which will be the key to maximum utilization.
Iowa State University – Jack Trice South End Zone Addition, Ames, IA*
Technology design included new backbone fiber and horizontal copper distribution to support all facets of the MEP systems installation. A voice-grade life safety fire detection and alarm system was expanded to support the stadium’s new addition.
Iowa State University – Frederiksen Court Expansion (LEED Gold), Ames, IA*
Six new, 3-story residential buildings with 30 apartments (720 total beds) to provide additional dormitory spaces for the growing student population. Technology design included telecom with a building-wide Wi-Fi network in addition to wired access ports. Building security included a network of interior/exterior cameras and door access systems.
University of Iowa – James M Hoak Family Golf Complex, Iowa City, IA*
Golf training facility for the University of Iowa’s golf teams for indoor putting and chipping greens along with heated driving bays equipped with state-of-the-art V-1 Video Swing Analysis and Trackman technology.
Portland Community College – Cascade Campus EMS/Nursing Simulation Theater, Portland, OR
Renovation of existing space to accommodate EMS/Nursing simulation. Technology design for new nurse call, intrusion detection, access control, security surveillance, telecommunications cabling, and networked clocks. Data infrastructure was also extended to this area to support new uses.
University of Oregon – Knight Library Master Plan, Eugene, OR
New comprehensive vision and master plan for the future of the historic Knight Library, which is listed on the National Register of Historic Places. The team will present opportunities for advanced technology integration and improved learning environments.
City of Missoula – Missoula Public Library, Missoula, MT
New 87,000 SF library with complete audio-visual systems design that encompassed general area information signage, classrooms, conference rooms and large scale partitionable meeting spaces. Cross-coordination was required with various design consultant groups to achieve lighting control and life safety systems integration.
