Home About Technology Case Studies Contact Us
Performance Metrics

Immediate energy arbitrage, measured onsite

30–35%
Diesel reduction via direct H₂ blending
0kg/day
High-purity hydrogen output per module
$0/day
Estimated fuel savings per rig
0months
Projected OPEX payback period
Field-deployed treatment vessels on an industrial site
Field module · treated water & hydrogen line
About Vara Energia

Vara Energia

Vara Energia Limited is the dedicated renewable and clean energy arm of Vara Global Trading Limited, established to address Africa's growing energy needs through responsible, forward-thinking solutions.

Vara combines conventional green energy services — solar, wind, and storage — with the transformative, field-validated industrial waste-to-energy technology of HydroThermIA Energy Solutions International Inc.

Learn More
Why Nigerian Upstream Operations Need This Now

A compound energy crisis at every remote site

For Nigeria's upstream oil and gas operators specifically, three recurring liabilities compound into a continuous drain on operating budgets at every remote site.

Learn More
Remote rigs run on diesel generators with average daily consumption of approximately 15,500 litres. Exposure to volatile, CIF-benchmarked pricing and expensive supply-chain logistics drives logistics costs of roughly $18.50 per barrel-equivalent.
Produced formation water must be trucked, treated, or reinjected at continuous cost — a liability that scales with well maturity and adds a steady drag on every site's operating budget.
Continued gas flaring exposes operators to escalating penalties under the Petroleum Industry Act, converting an operational byproduct into a recurring compliance and financial risk.
Field-deployed treatment vessels on an industrial site
CIRCULAR SYSTEM LOOP
Live loop · diesel, water & gas → value
From Linear Cost to Circular Value

The status quo is linear. The model isn't.

The status quo is linear: operators pay for diesel, pay for water disposal, and pay flaring penalties — three separate, recurring cash outflows tied to assets that are otherwise treated as waste.

The HydroThermIA model is circular: produced formation water is treated, flare gas is captured and utilized, and the system generates onsite hydrogen continuously — intercepting the same cost money and converting it into zero-cost feedstock for rig power.

Learn More
Validated Returns

A Phase 1 financial profile built on measured value

The combined value of reduced water OPEX, displaced diesel OPEX, and total system efficiency greater than 44% in H₂ blending scenarios produces the following Phase 1 financial profile.

$0M
Phase 1 NPV
0%
Phase 1 IRR
0%
Phase 1 ROI
0 yrs
Capital payback period
$0M
Phase 2 NPV (with carbon credits)
0%
Phase 2 IRR
Field-deployed treatment vessels on an industrial site
Twin treatment vessels · Phase 1 rig deployment
Priority Market Verticals in Nigeria

Where the platform applies first

Three verticals where produced liabilities are large enough, and frequent enough, to justify onsite conversion today.

01

Upstream Oil & Gas — Formation Water Treatment & Gas Displacement

02

Ceramics & Cement — Industrial Kiln Hydrogen Blending

03

Aquaculture & Biowaste-to-Energy

This Is Not Theoretical

Commercially deployed, field-validated technology

HydroThermIA's platform is commercially deployed and field-validated, not a pilot concept. The technology has surpassed 5,000 continuous operational hours without unplanned shutdown at its first commercial site, and has demonstrated direct applicability to upstream oil and gas operations of the type found across the Niger Delta and Nigeria's broader producing basins.

View Full Case Study
Upstream Oil & Gas
Field-deployed treatment vessels on an industrial site

Qmax-Tocancipa, Colombia

Upstream Oil & Gas · continuous field deployment

Industrial Kiln
Field-deployed treatment vessels on an industrial site

Ceramicas el 5, Colombia

High-Temperature Industrial Kiln · process heat

Niger Delta
Field-deployed treatment vessels on an industrial site

Hocol (Ecopetrol) Deployment

Formation Water at Scale

Discover the future of energy technology

View Full Case Study