Projects

Scalable plants decarbonize industries

Let's innovate and grow together

Streamlined decarbonization

Hycamite works with industrial partners to develop decarbonization strategies and establish carbon removal agreements with end-users. Our decarbonization plants are strategically situated near natural gas-consuming facilities, such as chemical and steel factories. This approach allows for quick implementation while making the most of existing resources and infrastructure.

Working alongside partners, we guide clients through project planning, design, and permitting, optimizing decarbonization capacity while considering costs. Our modular decarbonization technology, produced for rapid deployment and scalability, streamlines construction and maintenance, reducing installation times considerably.

In the USA, modules for Hycamite plants will be domestically manufactured, with local engineering partners and suppliers assisting clients throughout construction and regulatory compliance.

Examples of the Hycamite modules

H2 kt/a C kt/a Decarbonization capacity kg/h Plant footprint in meters (l*w*h)
2
6
18 000
50 * 25 * 15
10
30
74 000 (H2)
50 * 40 * 15

Current projects

Location

Kokkola Industrial Park (KIP), Finland

Hydrogen production

2 000 tons per year

Carbon production

6 000 tons per year

Decarbonization capacity

18 000 tons of CO2 per year
(when using LNG as feedstock)

Feedstock

Primarily biomethane, temporarily also LNG

Prestudy

Q1/2022

Full feasibility study

Q1/2023

EIA and permitting

Q4/2023

Construction

Q1/2024

Production

Q4/2024

Location

Kokkola, Finland

Status

Project recognition

Hycamite is proud to announce that our innovative graphite production has been officially recognized as a Strategic Project by the European Commission under the Critical Raw Materials Act (CRMA). Our project supports the EU’s strategic goals of strengthening supply chain resilience, reducing dependency on third-country imports, and advancing the clean transition.

Our low-emission process produces high-quality graphite, a critical raw material for batteries, fuel cells, and clean energy technologies, without relying on conventional mining. This project directly supports the EU’s goal of building resilient, domestic value chains for critical raw materials.

Our partners