Jon Arvid Lie
Directeur/Membre du Conseil chez Innherred Renovasjon Iks
Postes actifs de Jon Arvid Lie
Sociétés | Poste | Début | Fin |
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Innherred Renovasjon Iks | Directeur/Membre du Conseil | - | - |
Historique de carrière de Jon Arvid Lie
Anciens postes connus de Jon Arvid Lie
Sociétés | Poste | Début | Fin |
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MemfoACT AS
MemfoACT AS Oilfield Services/EquipmentIndustrial Services MemfoACT has a new carbon membrane solution for (among others) upgrading of biogas to vehicle fuel quality and intend to produce carbon membrane modules and sell biomethane production units to existing biogas plants. Membrane separation enables separation of gases without the use of chemicals or other contaminants. Synthetic membranes imitate natures own separation method, known from internal organs such as kidneys and lungs where urea and oxygen are separated from blood. The special feature of the carbon membrane is its ability to combine high selectivity with high productivity which results in low gas separation costs. The production of biomethane involves separating CO2 from methane, which are the main gases present in biogas. The resulting biomethane is a valuable asset in the ever growing energy market and can be used directly as fuel in cars and buses, or be fed into the gas pipeline network. | Directeur Technique/Scientifique/R&D | 14/09/2010 | - |
Fondateur | 14/09/2010 | - |
Formation de Jon Arvid Lie
Norwegian University of Science & Technology | Doctorate Degree |
Statistiques
Internationale
Norvège | 4 |
Opérationnelle
Chief Tech/Sci/R&D Officer | 1 |
Founder | 1 |
Doctorate Degree | 1 |
Sectorielle
Industrial Services | 2 |
Consumer Services | 2 |
Fonctions occupées
Actives
Inactives
Sociétés cotées
Entreprise privées
Sociétés liées
Entreprise privées | 2 |
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MemfoACT AS
MemfoACT AS Oilfield Services/EquipmentIndustrial Services MemfoACT has a new carbon membrane solution for (among others) upgrading of biogas to vehicle fuel quality and intend to produce carbon membrane modules and sell biomethane production units to existing biogas plants. Membrane separation enables separation of gases without the use of chemicals or other contaminants. Synthetic membranes imitate natures own separation method, known from internal organs such as kidneys and lungs where urea and oxygen are separated from blood. The special feature of the carbon membrane is its ability to combine high selectivity with high productivity which results in low gas separation costs. The production of biomethane involves separating CO2 from methane, which are the main gases present in biogas. The resulting biomethane is a valuable asset in the ever growing energy market and can be used directly as fuel in cars and buses, or be fed into the gas pipeline network. | Industrial Services |
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