SaltSpring Energy

Power · Industry · Infrastructure

Less flaring.
More value.

We capture gas that is being flared and put it to productive use — power, industry, infrastructure. The emissions that capture avoids are measured, verified and monetized as high-integrity carbon value.

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POWER   /   INDUSTRIAL RESILIENCE   /   INFRASTRUCTUREExplore
Energy infrastructure · Sector photography

The problem

Wasted energy.
Constrained industry.

Every year, billions of cubic metres of natural gas are burned off at flare stacks across Nigeria—energy wasted at the wellhead while industry and power users need dependable supply.

Recovering suitable gas for productive use can support power, strengthen industrial resilience and create a pathway to independently verified emissions reductions.

ENERGY VALUE*
Flare recovery → Productive energy → Verified carbon value
*Carbon value depends on eligibility, verification and approvals.
Billions m³

of natural gas burned off annually in Nigeria instead of being put to productive use.

Top 9

Nigeria is among the world’s nine largest flaring economies in the World Bank’s 2025 assessment.

2030

Nigeria’s target for eliminating routine flaring—putting productive gas use firmly on the national agenda.

National context: World Bank, Global Gas Flaring Tracker 2026 · World Bank flaring data · NUPRC, September 2026

The opportunity

From flare stack
to delivered value.

Recover wasted energy. Put it to work. Create value for industry and the environment.

SaltSpring Energy connects flare-gas recovery with power generation, industrial energy use and electricity infrastructure. We bring together the resource, the engineering pathway and the commercial structure, supported by measurement and independent assessment of eligible emissions reductions.

How we bring it together

What we do

Power. Industry.
Infrastructure.

Three connected priorities: productive electricity, industrial continuity and infrastructure that enables lasting value.

01 / POWER

Power
generation

Connecting recovered energy resources with practical electricity-generation solutions for industrial and local power needs.

  • Resource-to-power integration
  • Generation pathways
  • Fuel and operating requirements
Explore power pathways
02 / INDUSTRY

Industrial
resilience

Strengthening access to dependable energy for businesses whose production, equipment and growth depend on continuity of power.

  • Energy for manufacturing
  • Continuity of supply
  • Site-specific energy integration
Energy for industry
03 / INFRASTRUCTURE

Electricity
infrastructure

Aligning generation, connections and delivery infrastructure so energy resources can support productive economic activity.

  • Generation and connection planning
  • Technical and regulatory alignment
  • Capital and commercial structures
Connecting energy with use

Energy in productive use

Power that serves
a stronger economy.

The right energy system connects the available resource with the needs of its users. Fuel quality, operating requirements and infrastructure must work together.

RESOURCE → INFRASTRUCTURE → PRODUCTIVE USE
01 / POWER GENERATION

From energy resource to electricity.

Recovered gas can support onsite or nearby power generation where the resource and the electricity need are well matched. We bring fuel suitability, generation requirements and connection needs into one practical view.

The energy pathway is matched to each resource, location and intended use.

How we work

A disciplined approach.
Applied
site by site.

Value comes from putting energy to productive use. We connect resources, infrastructure and industrial needs with a disciplined approach to performance and emissions.

Discuss your energy needs
01Identify & screen

Review the available resource, the electricity requirement and the operating environment. Establish the practical constraints and the starting emissions position.

RESOURCE · POWER · OPERATIONS
02Engineer & structure

Match recovery, generation and connection requirements to the intended use. Consider equipment suitability, access, metering and continuity of operation together.

GENERATION · CONNECTIONS · INTEGRATION
03Permit & verify

Coordinate the applicable permits and regulatory filings, alongside baseline and monitoring requirements. Arrange independent validation and verification where required.

PERMITS · BASELINES · VERIFICATION
04Deliver & monitor

Connect implementation planning with appropriate metering and reporting for energy output, availability and emissions performance. Carbon value depends on eligibility and independent assessment.

ENERGY · AVAILABILITY · EMISSIONS

Asset operators remain responsible for their producing fields. SaltSpring focuses on the energy recovery, infrastructure and emissions-reduction pathway, designed around the operating environment.

Why Nigeria, why now

Policy, demand
and the case for action.

Existing energy resources, industrial needs and a national focus on reducing waste create a compelling reason to act.

01 / NATIONAL PRIORITY

The Decade of Gas

Nigeria’s Decade of Gas agenda places productive gas use, power and industrial growth among its energy priorities through 2030.

National energy agenda
02 / REGULATORY DIRECTION

The cost of continued flaring

Nigeria’s upstream framework addresses flaring, venting and methane emissions, with requirements covering flare reduction, measurement and reporting.

Upstream regulations
03 / CARBON INTEGRITY

A national carbon framework

Nigeria has adopted a national carbon-market framework to guide participation. Carbon value remains subject to the relevant standards, verification and authorisations.

National framework
04 / INDUSTRIAL NEED

Energy where it is needed

Flared gas is an existing resource. Recovering suitable volumes for power and industrial use requires the right capture, generation and delivery infrastructure.

Nigeria’s flare challenge

Value with integrity

Create value.
Reduce flaring.

Productive energy use and emissions reduction belong together. Carbon value arises where eligible net reductions are demonstrated under an applicable methodology and independently verified.

A defensible baseline

Understand the starting emissions position. Assess the baseline, additionality and the fit of the proposed methodology.

Measurement by design

Connect energy output and emissions monitoring from the start, with traceable data and clear reporting responsibilities.

Independent scrutiny

Subject emissions claims to the relevant validation, verification and approval processes. Carbon outcomes depend on those processes and actual performance.

About SaltSpring

An energy company.
A clear purpose.

SaltSpring Energy captures flared gas in Nigeria and puts it to productive use — power, industry, infrastructure — with measured, verified emissions reductions monetized as high-integrity carbon value.

We work to strengthen the industrial base by putting underutilised energy resources to productive use. Our approach combines technical capability, commercial discipline and evidence-based emissions reduction.

Yemi Adesokan, PhD, Board Chairman

Leadership

Yemi Adesokan, PhD

Board Chairman

Yemi is a scientist and entrepreneur whose career spans research, bringing technology to market and company building. He brings a scientific and entrepreneurial perspective to SaltSpring Energy’s strategy.

He holds a PhD in Chemistry from the University of California, Irvine, and completed postdoctoral research with George Church at Harvard Medical School. He was recognised as an MIT Technology Review Innovator Under 35 in 2011.

PhD, Chemistry · UC IrvineMIT Technology Review · TR35 2011

Perspectives

Energy, markets
and emissions.

Our perspective on dependable power, a stronger industrial base and value grounded in measured emissions reductions.

Start a conversation

Put your next
opportunity
in motion.

For industrial energy users, asset operators, infrastructure providers and investors exploring energy opportunities.

Energy opportunities in Nigeria.
International perspective.

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