Structural shell
Masonry
Block by block on site, exposed to weather — 9 to 12 months
Modular
Factory-cured UHPC panels craned into place — days
Capabilities
Precision manufacturing under firm geothermal power
Process-level detail for procurement and engineering teams: what we machine, fabricate, and assemble — with tolerances, materials, and equipment classes stated up front.
ISO 9001:2015ISO 14001:2015ISO 45001:2018
Power supply · PS-01
Geothermal power — generated on site.
Power is generated on site. Proprietary plasma drilling opens deep-bore geothermal reservoirs that conventional rotary rigs struggle to reach — boring through hard rock faster and deeper to tap high-enthalpy steam that feeds an on-site turbine hall. Enhanced geothermal at 3,000–5,000 m keeps the resource firm rather than weather-dependent.
Output is manufacturing-grade: 200 MW of zero-carbon baseload, available 24 hours a day at stable cost. That stability prices into every quote — energy-intensive machining and curing schedules run without diesel backup or tariff spikes — and surplus capacity is contracted under long-term power purchase agreements as a revenue line independent of production volume.
Power flow — well to load
01
Plasma drilling
Proprietary plasma torches open deep-bore wells through hard rock
02
Deep-bore reservoir
High-enthalpy steam drawn from engineered deep-bore reservoirs
03
Turbine hall
Steam converted to electricity in the on-site turbine hall
04
On-site switchyard
Power conditioned and distributed across the park
Power delivered to
25 MW AI-ready data center
CNC, fabrication & assembly halls
Surplus capacity is contracted under long-term power purchase agreements — stable revenue independent of manufacturing volume.
200 MW
Installed geothermal capacity
Zero-Carbon
No combustion on site
24/7 Baseload
Firm output, every hour
Modular housing · MH-01
Seismic-resistant UHPC homes — built in days.
Housing is manufactured, not built on site. An automated Ultra-High Performance Concrete (UHPC) factory produces complete modular homes — structural panels, finishes, and service penetrations cast in controlled factory conditions — at a rate of 10,000 seismic-resistant units per year.
Every panel is engineered for the Rift Valley's seismic profile, and factory production removes the weather and trade-sequencing risk that stretches site-built housing: a structural shell rises in days, and full delivery completes in months — against roughly twelve months for traditional masonry. The program is aimed squarely at the region's two-million-unit housing deficit.
Pre-Order a UnitUnit allocations are confirmed against production capacity — submit an inquiry to reserve a production slot.
Before / after — delivery timeline
Schedule risk
Masonry
Rain and trade sequencing stop work; timelines slip
Modular
Production continues in controlled factory conditions
Fit-out & finish
Masonry
Sequential trades follow only after the shell is up
Modular
Finishes cast into the panels; minimal site work
Handover
Masonry
Approximately 12 months from groundbreaking
Modular
3 to 4 months from order
Delivery stageTraditional masonryTinga modular
01 · Structural shellBlock by block on site, exposed to weather — 9 to 12 monthsFactory-cured UHPC panels craned into place — days
02 · Schedule riskRain and trade sequencing stop work; timelines slipProduction continues in controlled factory conditions
03 · Fit-out & finishSequential trades follow only after the shell is upFinishes cast into the panels; minimal site work
04 · HandoverApproximately 12 months from groundbreaking3 to 4 months from order
10,000
Seismic-resistant homes per year
Days
Structural shell, not months
2M+
Unit housing deficit addressed
Data center · DC-01
25 MW AI-ready — cooled by air, powered by steam.
Compute is hosted next to its power source. The park's 25 MW AI-ready data center is engineered for the arid Kajiado climate with a zero-water cooling architecture — air-based heat rejection instead of evaporative towers — holding power usage effectiveness to a design PUE of 1.15 in an environment where water is the scarcest input.
The facility runs on 100% zero-carbon power from the park's own geothermal plant, giving AI and machine-learning workloads firm 24/7 baseload without diesel backup or grid variability. Tenancy is contracted through Master Service Agreements: capacity is reserved under defined terms and expanded in step with the park's power build-out.
Request CapacityCapacity is allocated under Master Service Agreements — submit an inquiry to begin an MSA conversation with the infrastructure team.
Facility specification
Capacity01
25 MW
PUE02
1.15
Cooling03
Air-based (zero water)
Power Source04
100% Geothermal
01Capacity25 MW
02PUE1.15
03CoolingAir-based (zero water)
04Power Source100% Geothermal
AI/ML workload readiness
High-density racks, liquid-cooling-ready rows, and low-latency paths for training and inference clusters.
100% zero-carbon power
Firm 24/7 baseload from the park's own geothermal plant — no diesel backup, no grid variability.
MSA-based tenancy
Capacity reserved under defined terms and expanded in step with the park's power build-out.
Circular economy · CE-01
Waste in, aggregate out.
Waste becomes feedstock. The park operates an InEnTec PEM® (Plasma Enhanced Melter) waste-to-energy system that converts municipal waste into an inert, vitrified glass — recovering energy in the process. The vitrified glass is processed into construction aggregate and consumed directly by the on-site UHPC factory as raw material for panels and homes.
The economics close twice. Counties and municipalities gain a compliant alternative to open dumping, retiring a regional environmental and public-health liability, while the factory lowers its raw material cost with aggregate produced on site. One loop converts waste disposal into manufacturing input.
Environmental liability, solved
A compliant disposal route replaces open dumping and landfilling for municipalities across the region.
Raw material costs, lowered
Factory-grade aggregate produced on site instead of purchased and hauled in — direct input-cost reduction for UHPC production.
Material flow — waste to building product
01
Waste In
Municipal waste delivered from surrounding counties
02
PEM Vitrification
Plasma Enhanced Melter vitrifies waste, recovering energy
03
Glass Aggregate
Vitrified glass processed into graded construction aggregate
04
UHPC Production
Aggregate feeds UHPC panels and modular homes
The loop closes inside the park fence line: what leaves a municipality as waste arrives at the UHPC factory as specification-grade aggregate.
Process 01 · OP-01
CNC Turning
High-precision turned components from ferrous and non-ferrous stock, produced on multi-axis turning centers with live tooling — turning, milling, and drilling completed in a single setup. Automated bar feeding supports unattended production runs from prototypes to 10,000+ piece batches.
CNC turning datasheet — PDFProcess specifications
01Tolerance±0.01 mm typical
02Diameter rangeØ 6 – 450 mm
03Batch sizePrototype to 10,000+
04Surface finishDown to Ra 0.8 µm
05Secondary opsMilling, drilling, threading — in-setup
Equipment classes
Multi-axis CNC turning centers
Live tooling — turning, milling, drilling in one setup
Automated bar feeding
Continuous production from bar stock
In-process probing
Tool wear compensation on critical dimensions
Materials
Carbon steel
Shafts, bushings, fittings
Stainless steel
Corrosion-resistant components
Aluminium
Lightweight structural parts
Brass
Fittings, valve components
Process 02 · OP-02
Sheet Metal Fabrication
Laser cutting, CNC bending, and welding of enclosures, brackets, and structural components — from single parts to production volumes. Integrated finishing preparation means parts arrive ready for paint, powder coat, or assembly.
Sheet metal datasheet — PDFProcess specifications
01Thickness0.5 – 25 mm
02Max sheet3000 × 1500 mm
03Cut tolerance±0.1 mm
04Bend tolerance±0.2 mm
05ProcessesLaser · Bend · Weld · Finish
Equipment classes
Fiber laser cutting
Full-sheet processing with automated material handling
CNC press brakes
Repeatable multi-bend sequences
MIG / TIG welding cells
Jig-fixture weldments
Finishing line
Deburring, surface prep, coating preparation
Materials
Mild steel
Enclosures, brackets, frames
Stainless steel
Food-grade, marine, hygiene applications
Aluminium
Lightweight panels and chassis
Process 03 · OP-03
Assembly Services
Sub-assembly through full product build with documented torque, test, and inspection stages — integrated directly with machining and fabrication upstream, so parts move from machine to bench without third-party handling.
Assembly datasheet — PDFProcess specifications
01ScopeSub-assembly → full build
02QualityDocumented torque & test stages
03TraceabilitySerial-level records
04IntegrationMachined + fabricated parts in-house
Equipment classes
Torque-controlled stations
Calibrated tools with stage documentation
Test benches
Functional and leak testing at defined stages
ESD-controlled area
For electronic sub-assemblies
Serial traceability
Recorded per unit, per stage
Materials
Machined parts
Produced in-house — no transfer loss
Fabricated parts
Produced in-house
Purchased components
Integrated per your bill of requirements
Quality & certification
Audited systems behind every process.
Every capability on this page operates under the park's audited management systems. Inspection, traceability, and certification documentation are available to procurement on request as part of the RFQ process.
01ISO 9001:2015Quality management systems
02ISO 14001:2015Environmental management systems
03ISO 45001:2018Occupational health & safety
RFQ
Have a part to quote?
Send drawings, STEP files, or a bill of requirements — our engineering team responds with process capability, tolerances, and pricing.