Skip to main content

Just In

Project InnerSpace and SPE Launch Geothermal Growth Initiative Across Engineering Disciplines

KenGen Reconstitutes Its Board of Consultants,EOI

KenGen Reconstitutes Its Board of Consultants: Strengthening Kenya’s Geothermal Ambition Toward 1,267 MW by 2041


Kenya’s geothermal ambition is no longer just about drilling deeper wells or adding incremental megawatts. It is about governance, technical precision, and long-term strategic stewardship.

In a decisive move, Kenya Electricity Generating Company PLC (KenGen) has issued an Open International Expression of Interest (EOI) – KGN-GDD-043-2026 to recruit and reconstitute its Board of Consultants.

At first glance, it may appear as a standard procurement notice. But in reality, it represents something far more significant: a deliberate strengthening of institutional technical capacity at a time when Kenya’s geothermal trajectory is accelerating.

This is not just recruitment.
This is structural reinforcement.

Kenya’s Geothermal Backbone

KenGen is the backbone of Kenya’s power generation landscape. The company produces approximately 73.58% of the country’s installed electricity capacity, operating a diversified portfolio that includes geothermal, hydro, wind, and thermal plants.

What makes Kenya unique globally is the dominance of geothermal within its energy mix. Geothermal contributed approximately 42% of the 8,383 GWh sold during the 2024 financial year, underscoring its central role in national energy security.

With a total installed capacity of 1,786 MW,and nearly 90% of electricity sales coming from renewable sources, KenGen already stands as one of Africa’s most advanced clean energy generators.

Yet, the future targets are even more ambitious.

Under Kenya’s Vision 2030 framework and Medium Term Plan IV priorities, national installed capacity is expected to increase from 2,298 MW to 5,221 MW by 2030. Geothermal energy is expected to play the leading role in this expansion.

KenGen’s long-term geothermal target?
1,267 MW by 2041.

Scaling to that level requires more than capital.
It requires elite technical oversight.

-Why Reconstituting the Board of Consultants Matters

Geothermal development is capital-intensive, data-driven, and technically complex. It involves:

Subsurface uncertainty
Reservoir sustainability management
Drilling risk mitigation
Environmental compliance
Steam field optimization
Power plant integration

The margin for error narrows as projects become larger and reservoirs more mature.

By reconstituting its Board of Consultants, KenGen is ensuring that its geothermal development activities are continuously evaluated, reviewed, and challenged by independent, high-level experts.

The company intends to recruit six experts engaging both international and local specialists across the following disciplines:

Drilling Technology & Management
Environmental Management & Coordination
Field Exploration & Development
Power Plant Development
Reservoir & Steam Field Engineering

These experts will serve for a four-year period, advising on scientific, engineering, and technical aspects of geothermal development and power plant operations.

Their mandate includes:

1. Independent evaluation of fresh and existing geoscientific and engineering data
2. Review and interpretation of technical results and reports
3. Recommendations on geothermal resource development processes and practices
4. Participation in conceptual modeling of geothermal field development
5. Bi-annual onsite technical meetings in Kenya

In essence, this Board will serve as a technical compass ensuring that KenGen’s geothermal expansion is data-backed, scientifically sound, and strategically optimized.

From Power Producer to Geothermal Powerhouse

What makes this EOI even more strategic is its alignment with KenGen’s broader diversification agenda.

KenGen is not only expanding capacity. It is pursuing:

Development of an Energy Park
Expansion into consultancy services
Growth in geothermal drilling contracts

This signals a transformation from being solely a power generator to becoming a geothermal solutions provider , potentially exporting expertise across Africa and beyond.

To play that role effectively, internal systems must match international standards. A robust Board of Consultants strengthens institutional credibility, investor confidence, and technical resilience.

This is how geothermal leadership is institutionalized.

The Expertise Threshold Is Intentionally High

KenGen’s eligibility requirements reflect the seriousness of this appointment.

Applicants must demonstrate:

An academic degree from a recognized university
At least 20 years of geothermal-related experience
Professional experience across diverse geographic settings, including developing countries
Regional consultancy exposure
Registration as recognized experts in their fields
Proven knowledge transfer capability
Three major client references
Disclosure of any current litigation

These are not advisory positions for career experimentation.
They are seats reserved for seasoned geothermal authorities.

The objective is clear: bring global best practice into Kenya’s geothermal ecosystem while ensuring knowledge transfer and institutional strengthening.

Governance as a Competitive Advantage

In geothermal development, technical excellence is important , but governance is transformative.

A well-structured advisory board:

Reduces exploration risk
Enhances drilling efficiency
Improves reservoir sustainability management
Strengthens environmental compliance
Accelerates project timelines
Protects long-term steam field integrity

For a country like Kenya, where geothermal is not supplementary but foundational, this governance layer becomes a strategic asset.

As geothermal systems mature, reservoir pressure management and reinjection strategies become increasingly critical. Mismanagement can shorten reservoir life; strategic oversight can extend it for decades.

KenGen’s decision to reconstitute its Board signals recognition that the next growth phase requires even more disciplined technical validation.

A Message to the Global Geothermal Community

This EOI sends a strong signal internationally:

Kenya is not slowing down. It is scaling intelligently.

The country already stands as Africa’s geothermal leader. By reinforcing advisory structures, KenGen is ensuring that future expansion remains technically robust and financially defensible.

For international geothermal experts, this opportunity is unique. It offers the chance to:

Influence one of the world’s most advanced geothermal programs
Contribute to long-term energy transition in East Africa
Participate in high-level technical decision-making
Shape the roadmap toward 1,267 MW

This is geothermal at national scale.

The Alphaxioms Perspective

From a strategic standpoint, this move reflects institutional maturity.

In high-growth energy markets, expansion often outpaces governance. KenGen is choosing the opposite path , strengthening governance to enable sustainable expansion.

At Alphaxioms, we view this as a blueprint for how geothermal utilities should evolve:

1. Scale capacity.
2. Institutionalize expertise.
3. Diversify into services.
4. Export knowledge regionally.

KenGen’s reconstituted Board of Consultants will likely influence not only project design and drilling programs but also the strategic positioning of Kenya as a geothermal knowledge hub.

And as geothermal technology advances ,deeper wells, enhanced permeability techniques, brine utilization, and digital reservoir modeling , the need for elite advisory structures will only grow.


Looking Ahead

The Expression of Interest closes on 5th March 2026, after which shortlisted candidates will be invited to submit detailed technical and financial proposals under a Request for Proposals (RFP).

The process is structured, competitive, and transparent , consistent with international procurement standards.

But beyond the procedural aspects lies a larger story:

Kenya is preparing for its next geothermal chapter.

Not through ambition alone.
Not through drilling alone.
But through structured expertise, institutional oversight, and strategic foresight.

As the country advances toward 1,267 MW by 2041, one thing is clear:

The wells may power the turbines 
but governance will power the future.


Source: KenGen Kenya
 

Comments

Popular posts from this blog

University of Aberdeen and RGU partner to accelerate geothermal heating deployment

University of Aberdeen and RGU join forces to accelerate geothermal energy research and heat-network deployment Image: Lucy Leiper, Director of Research, Innovation & Enterprise at the University of Aberdeen and Christina Laing, Business Development Manager at Robert Gordon University The University of Aberdeen and Robert Gordon University (RGU) have signed a Memorandum of Agreement to explore collaborative research, training and commercial activity in geothermal energy and low-carbon heating. This strategic partnership aims to combine subsurface expertise, drilling and modelling capabilities, supply-chain development, and skills training to accelerate geothermal deployment and support the just transition to net-zero heating across Scotland and beyond. Why this partnership matters for the geothermal sector Geothermal heat offers a predictable, baseload source of low-carbon thermal energy that can decarbonise district heating, industry process heat and building heating demand. Scotl...

Germany Köln‑Dellbrück Massenkalk Geothermal Exploration: What the Deep Data Reveals

Köln, Dellbrück Research Well, Probing the Massenkalk for Hydrothermal Geothermal Potential Image: A drilling rig at the Köln-Dellbrück geothermal research site, probing deep underground for hidden heat. Since late June 2026 a rotary drill bit has been descending at Thurner Kamp in Köln, Dellbrück, marking the start of a targeted research drilling campaign by the Geological Service of North Rhine, Westphalia, GD NRW. The exploratory borehole, planned to reach up to 1,000 meters, will test whether the region’s roughly 380 million year old limestone sequence known as the Massenkalk can act as a viable hydrothermal geothermal reservoir. For industry stakeholders, utilities and project developers, the drill program offers both immediate technical insights and strategic data to inform future geothermal development under the Masterplan Geothermie NRW. Why Köln, Dellbrück matters to geothermal development in NRW North Rhine, Westphalia is one of Germany’s most densely populated and industrial...

Eavor Validates Closed-Loop Geothermal Technology at Germany's Geretsried Project

Eavor Remains Committed to Geretsried as Loop 1 Proves Closed-Loop Geothermal Technology at Commercial Scale CALGARY, Canada / GERETSRIED, Germany, image : The Eavor Geretsried Project   Company confirms flagship German project has validated Eavor-Loop™ technology, achieved major drilling cost reductions, and will serve as the foundation for global deployment through licensing and next-generation drilling innovation. Eavor Technologies has reaffirmed its commitment to completing the landmark Geretsried geothermal project, describing the development as a pivotal milestone not only for the company but also for the future of closed-loop geothermal energy worldwide. In exclusive responses provided to Alphaxioms, Eavor President and Chief Executive Officer Mark Fitzgerald confirmed that the company remains the operator of the project and is working closely with partners and stakeholders to complete the remaining development phases. "Eavor is currently the operator at Geretsried an...

Doug Copeland Interview: Geothermal Industry Insights for USA and Global Renewable Energy Markets

Alphaxioms Interview: Doug Copeland Image: Doug Copeland Created a Transmission Strategy For the Mountain West Geothermal Consortium and also has expertise in Early Stage Development on Site identification based on Land 1. Could you briefly introduce yourself and tell our readers how you became involved in the geothermal industry? I have spent over 20 years in renewable energy development. My last role before geothermal was helping to set up an offshore wind joint venture and building two teams as we grew from 8 to 250 people. I wanted to stay in renewable energy and see a lot of similarities with geothermal and offshore wind. I started with one consulting client last fall and grew from there. Over the course of two decades I worked across multiple stages of project development, from early site evaluation and stakeholder engagement to permitting, financing, and construction oversight. That breadth of experience helped me transition smoothly between technologies because many project-dev...

Tanzania’s Ngozi Geothermal Drilling Contract Boosts Geothermal Exploration and Energy Development

ELC Electroconsult Wins Tanzania’s Ngozi Geothermal Drilling Contract Tanzania has taken another meaningful step toward commercial geothermal development after Italy’s ELC Electroconsult secured a contract to oversee exploratory drilling at the Ngozi geothermal field. The award marks an important milestone for the  Tanzania Geothermal Development Company Limited (TGDC) as the country works to unlock one of its most promising renewable energy resources. The contract is more than a routine consultancy assignment. It signals a deliberate push to turn geological potential into actionable project data, strengthen local technical capacity, and build the foundation for future geothermal power generation in Tanzania’s energy mix. Tanzania’s Geothermal Ambition Gains Momentum Geothermal energy has long been viewed as one of Tanzania’s most promising but underdeveloped domestic energy sources. The country sits within the East African Rift System, a geologically active zone that offers stro...

Geothermal Financing in the Netherlands: Targeted Investment Strategies with Invest-NL, EBN, and Geothermie Nederland for Low-Carbon Heat Growth

Financing Geothermal Energy: How Targeted Instruments Can Unlock a National Heat Transition The Netherlands sits on a valuable but underused subsurface resource, sustainable geothermal heat. Ambitious heating targets and growing demand for low-carbon district heat make geothermal an essential part of the energy transition. Yet a familiar barrier persists , high upfront development costs and early,phase risks make many projects unattractive to private financiers. This article explains practical financing instruments, project structures, and policy actions that can reduce those early risks, speed deployment, and attract private capital for geothermal energy at scale. Why geothermal financing is difficult Geothermal projects face a financial profile unlike typical renewables. Main challenges include: , High upfront capital expenditure (CAPEX) during exploration and drilling, with the bulk of costs front,loaded. , Subsurface uncertainty, resource quality (temperature, flow) is only conf...

New York’s Geothermal Push Could Reshape Heating and Cooling Costs

New York Is Betting on Geothermal to Cut Heating Costs Image:New Yorks Statue of Liberty,  " Forever Liberated " New York is moving geothermal and thermal energy networks from niche ideas into real-world pilots, with state support, utility investment, and an explicit goal of lowering long-term utility bills. The latest projects in Syracuse and Buffalo show two different paths to the same objective: make clean heating and cooling cheaper, easier to install, and scalable across more buildings. Why New York is investing now The state’s push is rooted in a simple idea: heating and cooling still account for a large share of building energy use, and existing systems waste a lot of usable heat. NYSERDA President and CEO Doreen Harris said geothermal demonstrations are meant to reduce costs for consumers and help technologies move from innovation to commercialization at scale. That matters because the biggest barrier to adoption is often not the technology itself, but the upfront co...

Tender: Novi Sad Hybrid Geothermal-Solar District Heating Project in Mišeluk

Novi Sad Moves Forward With Hybrid Geothermal-Solar District Heating Project in Mišeluk Novi Sad is advancing a new district heating project in Mišeluk that combines geothermal energy, natural gas, and solar technology into one hybrid system. The city-owned utility Novosadska toplana has launched a tender for the design and construction of the heating plant, with an estimated procurement value of RSD 892.5 million, or about EUR 7.6 million, excluding VAT. The project is designed to supply heat to residential, commercial, public, and sports facilities in the Mišeluk neighborhood on the right bank of the Danube. Although the area already has a district heating network, it currently lacks a local heat source, making the new plant an important step toward more stable and efficient heat supply. A Hybrid Approach to District Heating The Mišeluk heating plant will use a combination of geothermal energy, gas boilers, and solar technology. In its first phase, the facility will include a water-t...

Husum Geothermal Project: DMT-Led Feasibility Study for Deep Geothermal Heating

Husum Geothermal Project: Germany Advances Deep Geothermal Heating with DMT-Led Feasibility Study The North Frisian town of Husum is taking a decisive step toward decarbonizing its heating sector by exploring deep geothermal energy. Stadtwerke Husum GmbH has commissioned DMT Group to undertake a comprehensive feasibility study that will determine whether geothermal resources beneath the region can provide sustainable, climate-friendly heating for homes and businesses.  As Europe accelerates its transition away from fossil fuels, municipalities across Germany are increasingly turning to geothermal energy as a reliable source of renewable heat. Husum's latest initiative reflects this growing momentum and demonstrates how scientific assessment forms the foundation of successful geothermal development.  Husum Begins Assessment of Deep Geothermal Potential Stadtwerke Husum GmbH , the municipal utility responsible for supplying energy services in the city of Husum, has appointed ...

Texas Deep Geopressured Geothermal Permit Advances Long-Duration Energy Storage, Binary Power, and Grid Firming

Texas Issues Second Deep Geopressured Geothermal Permit, What it Means for U.S. Geothermal Development The Texas Railroad Commission (RRC) issued its second permit for a deep geopressured geothermal well in July 2026, approving Quidnet Energy Deployment LLC to drill a geothermal energy storage well in Galveston County. This permit follows the RRC’s first deep geopressured authorization in February 2025 for Sage Geosystems in Atascosa County. Together, these approvals mark a meaningful step in Texas’s pivot from traditional fossil-fuel regulation toward enabling novel subsurface energy technologies, leveraging decades of oil and gas oversight to manage drilling, completion, and subsurface engineering risks. This article explains geopressured geothermal fundamentals, why Texas matters, technical and environmental considerations, market and policy implications, and what to watch next for developers and stakeholders. What is Deep Geopressured Geothermal? Deep geopressured geothermal syste...