Tinga Integrated Industrial Park — Rift Valley, Kenya
Power, precision manufacturing, and digital infrastructure — engineered as one system.
A 200 MW power fleet — closed-loop EGS geothermal plus dispatchable solar thermal — an automated manufacturing and precast floor, and a 25 MW AI-ready data center on a single integrated site. Continuous power, in-house capacity, and no wasted energy — built for serious production.
200 MW
Combined generation capacity — EGS geothermal + solar thermal
25 MW
AI-ready data center
3
Core manufacturing lines
24/7
Baseload power availability
The one-system approach
Regional liabilities, engineered into industrial assets.
The Rift Valley holds enormous geothermal potential — and persistent infrastructure gaps: unstable grid power, unmanaged waste, and isolated industrial sites that each solve the same problems twice.
Tinga closes those gaps on one site. Waste heat and by-products flow between facilities. The manufacturing floor draws firm geothermal power. The data center runs on the park's own energy. One system, engineered end to end.
Waste heat → industrial drying · By-products → construction materials · Firm power → 24/7 production
Power
200 MW combined baseload — EGS geothermal and dispatchable solar thermal — firm, renewable, and independent of the regional grid.
Manufacturing
Automated CNC turning, sheet metal fabrication, and assembly — powered by the park's own energy.
Data
25 MW AI-ready data center — consuming park energy and serving regional compute demand.
Resource certainty
A de-risked geothermal address.
Tinga sits in the Gregory Rift — the same tectonic system that produces Kenya's operating geothermal fields at Olkaria, Menengai, and Olorgesailie. The resource beneath the park is not a hypothesis: it is characterized in published geophysical studies.
The enhanced geothermal system (EGS) plant targets 150–250°C at 3,000–5,000 m depth — well within the expected gradient for this tectonic setting. Firm, renewable baseload power is an engineering input to every Tinga quote, not a promise.
Same rift system as: Olkaria · Menengai · Olorgesailie
Facility 01
Closed-Loop EGS Geothermal Plant
Firm baseload, drilled — not purchased.
The park's power anchor: an enhanced geothermal system (EGS) plant drilled with plasma millimeter-wave technology into the Gregory Rift reservoir — a fully closed loop that draws no water and delivers firm baseload electricity plus process heat for the industrial floor.
Facility 02
Power4Data Solar Thermal Plant
The sun, made dispatchable.
Built by Power4Data — formed from Business Continuity Resources and Q3 Power — this concentrated solar thermal plant pairs parabolic collectors with phase-change thermal storage and Organic Rankine Cycle turbines. Stored heat makes the sun dispatchable: 24/7 baseload with the balance exported to the grid.
Facility 03
Automated UHPC Precast Factory
The structures the region needs, cast on-site.
An automated ultra-high-performance concrete (UHPC) precast plant with a 30,000 m³ annual portfolio across five product lines — from 15–40 m prestressed bridge girders to ductile seismic elements engineered for Rift Valley and coastal seismic zones. Park-produced materials and firm power feed the line; Kenya's infrastructure buildout takes the output.
Facility 04
Prefabricated Housing Factory
Housing, produced on a factory line.
A prefabricated housing plant built on a hybrid of aircrete panel production and Boxabl-style foldable turnkey units — rated at 10,000 units per year. Where the reference systems run on grid power, imported know-how, and no seismic design, the Tinga hybrid runs entirely on the park's own geothermal and solar thermal fleet, uses prestressed UHPC for Rift Valley seismic conditions, and sources 90%+ of content in Kenya.
Benchmark — reference systems vs. the Tinga hybrid
Factory build standard
Constructing an automated UHPC precast factory.
An automated Ultra-High-Performance Concrete (UHPC) precast factory requires specialized infrastructure: the material's ultra-low water-to-binder ratio (0.16–0.20) and strict precision requirements cannot be met by conventional on-site mixing.
Production divides into two stages — casting and finishing — both demanding controlled factory environments rather than mobile site equipment.
Stage 01
Casting
Mold preparation, dosing, mixing, and curing — under controlled factory conditions.
Stage 02
Finishing
CNC processing, surface treatment, and sub-assembly — precision finishing off the line.
Essential infrastructure & equipment
Operational & cost considerations
Strategic position
Government-backed ground. Century-old infrastructure.
A national priority — and a first-mover opening
Tinga aligns directly with this national priority and positions the park as a first mover in the post-Tata Magadi industrial landscape.
Infrastructure & logistics
Market & investment case
A funded pipeline — and a co-located cost structure.
Kenya road & bridge pipeline
Nithi Bridge — realignment
Baricho Bridge — Kilifi
Kenyatta Avenue Viaduct
Enziu River Bridge — Kitui
Every active project uses conventional prestressed concrete or steel girders. A UHPC plant is a first mover in this market — lighter, longer-span girders with faster construction cycles. Winning contracts means demonstrating cost parity or a clear performance advantage, and the plant is engineered to clear that bar.
Co-location economics — UHPC + housing plant at Lake Magadi
No boilers, no substation, no diesel backup — cheaper land and shared infrastructure
Near-free steam, low-cost electricity, no fuel imports, shared overhead
Down from 7–15 years for a standalone plant
Up from 12–18% for a standalone plant
Additional revenue on low-carbon production
Government directives favor industrial investment at Lake Magadi
UHPC housing demand
The undersized opportunity — Kenya's housing delivery gap.
Kenya Affordable Housing Program — delivery scorecard
The delivery gap is the opportunity. The government has committed to 250,000 units per year but is delivering a fraction of that — and the bottleneck is construction speed. Traditional masonry takes 6–12 months per unit; UHPC precast panels cut construction time by 50–70%, to 3–4 months per unit.
A UHPC precast housing plant is not a niche product. It is the missing piece in Kenya's housing delivery chain.
Unit economics — 3-bedroom, ~90 m²
Africa prefab housing market
$14.91B market in 2026, growing at 10.11% CAGR to $24.13B by 2031
Kenya is a top-4 driver — alongside Nigeria, Egypt, and South Africa
African Development Bank estimates a 51 million-unit shortfall across the continent
Rwanda, Ethiopia, Ghana, and South Africa already run pilot precast housing programs
Manufacturing capabilities
Three lines. One integrated floor.
OP-01CNC Turning
High-precision turned components from ferrous and non-ferrous stock, produced on automated lathes fed by the park's own firm power.
OP-02Sheet Metal Fabrication
Laser cutting, bending, and welding of enclosures, brackets, and structural components — from single parts to production volumes.
OP-03Assembly Services
Sub-assembly and full product assembly with documented torque, test, and inspection stages — integrated with machining and fabrication upstream.
Certified production
Audited systems behind every part.
Tinga's manufacturing floor operates under documented, audited management systems — so your procurement team can qualify us on paper as quickly as on the floor.
RFQ-01
Send us your drawings. Get a machinist's answer.
Send drawings, STEP files, or a bill of requirements. Our engineering team responds with process capability, tolerances, and pricing.
Include with your RFQ
- Part drawings or CAD files
- Material and finish requirements
- Target quantities and dates