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Project Riverdale
Overview
Project Riverdale is located in the Village of Riverdale in Cook County, Illinois, on the south side of the Chicago metropolitan area, adjacent to the Little Calumet River and the Indiana border, within the core of the Calumet industrial region. The site is an industrial brownfield featuring robust infrastructure, including heavy-industrial buildings, with high-ceilings and reinforced floors engineered to support substantial equipment and withstand significant industrial loads. The property offers direct access to major rail networks, such as Norfolk Southern and others in the vicinity, facilitating efficient logistics for heavy freight. Additionally, the site benefits from proximity to major highways and an extensive road network serving the greater Chicago area, making it well-suited for trucking and distribution operations. Situated within a densely populated industrial corridor near Chicago’s logistics hubs and influenced by Lake Michigan through the broader Calumet region, the property is equipped with municipal utilities that support advanced manufacturing and modern redevelopment initiatives, including those for hyperscalers.
Project Details
Location:
Village of Riverdale in Cook County, Illinois
Size:
166 total acres
On-Site Power
Data Center Campus
Supports 280 – 400 MW load demand
Duel 138kV power transmission lines dedicated to each on-site substation.
Water
Both city and river water are available on-site.
City water is purchased directly from the Village of Riverdale.
River water can be withdrawn from the Little Calumet River via Pump House No. 2, which is equipped with a cooling water intake structure and four (4) pumps rated at 5,500 gpm each. As operated, the maximum water withdrawal rate is 15.84 MGD.
Pump House No. 2 was originally designed to house up to six (6) 5,500 gpm pumps and two (2) traveling screens, for an estimated maximum withdrawal rate of 47.52 MGD.
Wastewater treatment and sewer services are available via the Village of Riverdale
Fiber
Extensive fiber networks: Wiltel, Uniti, Zayo, Bluebird, Lumen, Qwest QCC, Windstream
Wholesale, and Arelion
Natural Gas Infrastructure
On-site Pipeline Systems: Northern Illinois Gas Co (NiCor)
Pipeline Ownership: Kinder Morgan – Duel 24” Pipelines
Environmental Next Steps
Permits: Existing NPDES Permit, Existing Title V Permit, Existing Water Withdraw Permit
Next Steps: Conceptual Desktop Environmental Review, Alta Survey – Update Existing, Phase I – Environmental Site Assessment – Update Existing
Project Amanda
Overview
This rare 138-acre heavy-industrial property is located at 4045 Winchester Ave, Ashland, KY 41101. The property lies in Boyd County within the Ashland Independent Schools district. This heavy industrial-zoned property is strategically positioned 5.8 miles north of Exit 191 off I-64 via US 23, providing excellent regional access to the Appalachian corridor and beyond. The site offers multimodal transportation advantages with proximity to CSX rail (0.1 miles), Ohio River access, and direct highway connectivity, making it an ideal platform for hyperscale data center and industrial development. The site sits within the tri-state region of Kentucky, Ohio, and West Virginia—offering access to a deep labor pool, multimodal logistics, and established industrial infrastructure. The site’s redevelopment potential aligns with key regional economic priorities, such as diversifying industry, fostering job growth in advanced manufacturing and logistics, repurposing legacy steel properties, and supporting energy transition through technology-driven redevelopment efforts. Local and state partners have consistently demonstrated their commitment to supporting transformational projects on similar legacy industrial lands.


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Project Details
Location:
4045 Winchester Ave, Ashland, KY
(Boyd County)
Size:
138 acres
On-Site Power
• Power Available (Now Power): 50MW
• Total Power from Grid Connection: 50MW
• Electric: On-site Provider: American Electric Power – Kentucky Power
• Regulatory Region: AEP PSC
• The site is fed by a 69kV powerline with substation access nearby.
Data Center Campus/Manufacturing
• 100-150MW of load demand, more demand with Data Centers
• Construction and operation of (1) – new substations – (to be constructed)
Water
• Cooling Water: Source – Ohio River
• Potable: Municipal – Ashland Water Plant
• Wastewater Treatment / Sewer: Municipal – Ashland Water Treatment Plant. On – site sewer/wastewater lines
Fiber
Natural Gas Infrastructure
• On-site Pipeline
• Owner – TC Energy – 10” Pipeline
• Regional Pipeline
• Routing completed for (2) dual 24” natural gas pipelines to the site
• Supply capacity: scalable to .5–1.0 GW generation – (Behind the Meter)
Environmental Next Steps
Koppers: Follansbee Plant
Overview
The Koppers Follansbee Plant represents one of the most compelling heavy-industrial redevelopment opportunities in the Upper Ohio Valley. Situated at 810 Koppers Road in Follansbee, Brooke County, West Virginia, this fully infrastructure-loaded complex sits directly on the Ohio River (milepost 69.3L) with immediate access to WV Route 2 and trimodal transport via road, Norfolk Southern rail, and navigable waterway.
The facility's 33-acre Koppers plant footprint is complemented by the adjacent 80-acre Trimodal Terminal Site to the south, creating a combined ~113-acre assemblage with contiguous Ohio River frontage. The Koppers plant itself is a fully built-out chemical distillation complex — operating since 1914 — with process equipment, boiler infrastructure, wastewater treatment, 13 buildings, and a certified river dock already in place. The Trimodal parcel adds cleared, divisible brownfield land ready for new development.
Together, this site offers something increasingly rare: existing heavy industrial infrastructure, scalable utility capacity, and multimodal logistics — all within a single contiguous property. It is well suited for chemical manufacturing continuation, energy transition projects, industrial redevelopment, or advanced manufacturing, and sits in a federally designated Opportunity Zone with brownfield incentives already established.


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Project Details
Location:
810 Koppers Road / 600 Veterans Drive, Follansbee, WV (Brooke County)
Size:
~33 acres (built-out industrial facility)
~80 acres (brownfield/vacant land, divisible to 1 acre)
Combined ~113 contiguous acres
On-Site Power
Industrial Process/Manufacturing
• Fully operational coal tar distillation and chemical refining complex since 1914
• Distillation capacity: multiple stills rated 60–110 gpm; total plant capacity up to 345M lbs/yr distilled (2014)
• Products: refined chemical oil, naphthalene, distillate oils, carbon pitch, creosote blend
• Boiler House: three boilers, 120,000 lbs/hr steam capacity; 89% natural gas / 11% process solvent fuel
Water
• Cooling Water: Source – Ohio River
• Potable: Municipal – City of Follansbee Water Dept
• Wastewater Treatment / Sewer: On-site biological treatment plant, 350,000 GPD permitted. Municipal sewer adjacent to the Trimodal parcel
Fiber
• Providers: Frontier (local) / Verizon (long distance) at Koppers site
• Trimodal parcel: Frontier & Comcast; fiber available to site
• Broadband connectivity supports industrial controls and data infrastructure buildout
Natural Gas Infrastructure
• On-site pipeline: Direct Energy / Mountaineer Gas Company
• 6-inch gas main, 156 ft to plant, pressure: 38 PSIG (Koppers site)
• 3-inch line on Trimodal parcel; estimated load: 100,000 cubic feet per hour
• Natural gas supplies ~89% of annual boiler fuel input; remainder from process solvent
Environmental Next Steps
• The Koppers / Trimodal assemblage supports phased development, leveraging existing infrastructure and ongoing environmental and permitting activities. The Trimodal parcel has received a WVDEP Certificate of Completion under the Voluntary Remediation Program.
• Conceptual Environmental Desktop Review available
• The site is located in a federally designated Opportunity Zone, offering significant tax incentives for qualified investors
• Brownfield designation provides opportunities for remediation incentives and streamlined development pathways














