SUSTAINABILITY
In the industrial hub of Tema, a quiet transformation is reshaping one of the world’s most carbon-intensive industries. At the center of it is CBI Ghana Ltd., whose breakthrough product—Supacem LC3-45—is not just another cement innovation, but a bold reimagining of how construction can align with sustainability. This is not incremental change. It is a shift in paradigm.
Supacem LC3-45 is built on Limestone Calcined Clay Cement (LC3) technology—an advanced
formulation that leverages Ghana’s abundant natural resources, particularly limestone and
clay. The result is a high-performance cement that significantly reduces environmental
impact without compromising strength or durability.
“This is cement designed not just to build structures, but to protect the future.”
By cutting CO2 emissions by up to 40% compared to traditional cement, Supacem
LC3-45 challenges long-held assumptions about the trade-off between industrial growth and
environmental responsibility.
At the heart of this transformation lies a technological marvel: the world’s largest flash
calciner, capable of producing 1,200 tonnes of calcined clay daily. This state-of-the-art
facility enables large-scale production of LC3 cement—making sustainability not just
possible, but scalable.
“Sustainability must move from niche to norm—and scale is what makes that possible.”
Beyond environmental gains, the innovation delivers exceptional performance. Supacem LC3-45
offers superior compressive strength and enhanced durability, making it particularly suited
for Ghana’s demanding coastal environments.
Lower carbon footprint
Pioneering technology
Built for performance
Economic value creation
CBI Ghana’s innovation extends far beyond product development—it is reshaping the economics
of the cement industry.
By reducing reliance on imported clinker, the company is helping Ghana retain value within
its own economy. The ripple effect is significant: job creation, strengthened local supply
chains, and increased industrial self-sufficiency.
At the same time, CBI Ghana’s commitment to local sourcing and production is positioning it
as a key player in Ghana’s industrialisation agenda.
Collaboration powering progress
CBI Ghana’s success is anchored in strategic partnerships that bridge global expertise and local
innovation. Collaborations with Heidelberg Materials, Kwame Nkrumah University of Science and
Technology, EPFL, and the Ghana Standards Authority have been instrumental in advancing LC3
adoption.
Together, these institutions have supported the development and implementation of
GS PAS 5:2024, placing Ghana at the forefront of global sustainable cement standards.
CBI Ghana’s approach reflects a deeper philosophy—one where business success and societal
impact are intertwined.
Economic Impact Environmental Leadership Community & Skills Development
“Sustainability is not just about reducing emissions—it’s about creating systems that benefit
people, industry, and the environment alike.”
As Ghana’s construction sector continues to expand, the demand for materials that balance
performance with sustainability has never been greater. For Frédéric Albrecht, CEO of CBI Ghana,
the vision is clear:
“CBI Ghana is committed to driving innovation in the cement industry, leading the way
towards a greener future for construction in Ghana and beyond.”
Supacem LC3-45 is more than a product—it is proof that the future of construction can be both
resilient and responsible.
And in Tema, that future is already taking shape.
A new kind of cement for a new era
Innovation at industrial scale
Key Highlights
Supacem LC3-45 achieves under 400 kg CO2 per tonne, significantly outperforming
the traditional benchmark of 654 kg.
The world’s largest flash calciner drives high-volume, high-quality LC3 production.
Enhanced durability and strength tailored for Ghana’s infrastructure needs.
307 direct jobs created and a substantial reduction in Ghana’s
$500 million annual clinker imports.
Driving economic and industrial transformation
A broader impact: economy, environment, community
Leading the Future of Construction