Why is it called Ecolocked?

The name reflects the idea of 'locking' carbon into eco-friendly materials.

Ecolocked is a climate tech startup based in Berlin that focuses on carbon removal and sustainable building materials.

What does Ecolocked’s technology do?

It takes captured carbon and embeds it into functional construction materials.

What industry does Ecolocked serve?

It primarily serves the construction and building materials sector.

What is a carbon sink?

A carbon sink is anything that absorbs and stores more carbon than it releases — forests are a natural example, and buildings using Ecolocked materials can serve the same function.

How do Ecolocked materials help the climate?

They trap carbon in long-lasting products, reducing emissions linked to construction.

Where is Ecolocked headquartered?

The company is based in Berlin, Germany.

Who benefits most from Ecolocked’s solutions?

Construction companies, developers, and environmental groups looking for sustainable materials.

What’s the core mission of Ecolocked?

To make the built environment part of the climate solution.

Is Ecolocked only about carbon removal?

Not just that — it’s also about transforming captured carbon into functional materials.

What does carbon removal mean?

It’s the process of capturing CO₂ from the atmosphere and storing it securely.

How does Ecolocked lock away carbon?

By embedding it into aggregates, composites, or binders that go into construction materials.

What kind of carbon is used?

Captured CO₂, usually sourced from industrial processes or natural capture systems.

How long does carbon stay stored in materials?

For as long as the building lasts — often decades.

Is the removal permanent?

As long as the material remains intact, the carbon stays locked inside.

How is carbon turned into building materials?

Through processes that stabilize and integrate carbon into usable construction inputs.

Does this create entirely new materials?

Sometimes, but often it enhances conventional materials with carbon-based components.

Do builders need special training?

No — materials are designed to work within standard building practices.

Are Ecolocked materials safe?

Yes, carbon is stabilized in a form that’s safe to handle and use long-term.

Is the process energy-intensive?

It’s engineered to be efficient and climate-positive overall.

What’s unique about Ecolocked among carbon tech startups?

It applies carbon storage directly to one of the largest industries — construction.

Can these materials be recycled?

Yes, carbon often remains embedded even when reused.

Does this replace cement?

Not entirely, but it can reduce reliance on high-emission cement.

How much carbon can one building store?

Potentially tons, depending on its size and material composition.

Is the process patented?

Yes, Ecolocked is developing proprietary approaches.

How scalable is this technology?

Construction is massive globally, so the potential scale is significant.

Can this be applied to concrete?

Yes, it can be integrated into concrete mixes.

What about roads or infrastructure?

The technology is versatile and can work in multiple construction contexts.

Is the carbon visible?

No, the carbon is embedded invisibly without altering the look.

Why is carbon removal important?

Because simply reducing new emissions isn’t enough — past emissions also need to be addressed.

How does Ecolocked align with climate goals?

It supports net-zero and carbon-negative targets by locking carbon away.

What’s the broader environmental benefit?

Cleaner supply chains and less reliance on high-emission materials.

Does this reduce cement demand?

Yes, some products can replace part of cement in construction.

Is this circular economy-friendly?

Yes — it reuses waste CO₂ for long-term products.

What’s the footprint of the process?

It’s designed to be net-positive for the climate.

Can materials be exported globally?

Yes, though local partnerships are needed for adoption.

Are they cheaper than traditional materials?

Costs vary, but economies of scale can make them competitive.

Why target construction specifically?

Because construction is responsible for nearly 40% of global emissions.

Is this scalable worldwide?

Yes, adoption across industries could have global impact.

Does this qualify as 'green building'?

Yes, it contributes to sustainable certifications like LEED.

Could it generate carbon credits?

Potentially, with verification of long-term storage.

How long does carbon stay locked?

For the building’s entire life cycle.

What happens if the building is demolished?

Carbon can often stay embedded if the material is recycled.

Does this reduce raw material demand?

Yes, it offsets some need for resource-heavy inputs.

What’s the community benefit?

Cleaner air, sustainable jobs, and healthier development.

Does this count as climate adaptation?

Yes, it makes infrastructure more climate-positive.

Does it weaken materials?

No, they’re engineered for durability.

Can developing countries benefit?

Yes, once scaled, it can support sustainable growth worldwide.

Is it limited to Europe?

No, it’s intended for global adoption.

Who partners with Ecolocked?

Construction firms, manufacturers, and environmental organizations.

Are governments supportive?

Many policies encourage carbon removal solutions.