Metacon AB (publ) (STO:META)
Sweden flag Sweden · Delayed Price · Currency is SEK
0.1302
+0.0076 (6.20%)
At close: Apr 14, 2025

Metacon AB Company Description

Metacon AB (publ) develops, manufactures, and sells energy systems to produce hydrogen, heat, and electricity.

The company develops a patented technology to produce hydrogen from biogas or other hydrocarbons for fuel and energy consumption through a catalyst process aimed at the transport sector, industry, and commercial and residential real estate with impact on environment and climate; and hydrogen generators.

It also offers hydrogen refueling stations; reformer for industrial hydrogen; large combined heat and power (CHP) systems for use in commercial and industrial buildings for production of electricity and hot water, back-up power, and energy supply to the industry; small CHP systems that enable local power and heat production from biogas, natural gas, and ethanol for independent use or commercial grids; small power units; and electrolyzers.

In addition, the company provides after-sales services and spare parts. Metacon AB (publ) was incorporated in 2007 and is headquartered in Uppsala, Sweden.

Metacon AB (publ)
Country Sweden
Founded 2007
Industry Specialty Industrial Machinery
Sector Industrials
Employees 51
CEO Christer Wikner

Contact Details

Address:
Drottninggatan 1B
Uppsala, 753 10
Sweden
Phone 46 19 12 68 00
Website metacon.se

Stock Details

Ticker Symbol META
Exchange Nasdaq Stockholm
Fiscal Year January - December
Reporting Currency SEK
ISIN Number SE0003086214
SIC Code 3620

Key Executives

Name Position
Dr. Thomas Chalkidis Chief Executive Officer and MD of Helbio S.A.
Masanori Miyake Chief Executive Officer of Metacon KK (Japan)
Christer Wikner President and Chief Executive Officer
Mattias Jansson Chief Financial Officer
Bo Carlsson Chief Operating Officer
Hanna Holtz Warenfeldt Chief People Officer
Christian Hofmann Chief Business Officer Reforming of Metacon Group and MD of Metacon GmbH
Nikolett Sipocz Chief Business Officer of Electrolysis