Key information

Title
Apparatus and method for heating and propelling a circulating fluid
Application number
20220154
Case type
National
Status
13.04.2026 Patent meddelt (B1)
Filed
01.02.2022
Effective date
01.02.2022
Publicly available
02.08.2023
Next annual fee due
28.02.2027
Applicant
GENEROC AS (NO)
Owner
GENEROC AS (NO)
Inventor
Tor Olav Seltveit (NO)
Agent
ACAPO ONSAGERS AS (NO)
Granted
13.04.2026
Patent number
349707
Expiry date
01.02.2042

Abstract and drawing

Disclaimer: This text has been machine-scanned and may contain errors – please refer to "Publications" for legally binding content.
An apparatus and method for simultaneous heating and propulsion of a circulating fluid. The present invention relates to a device and a method for heating and setting a fluid in motion because of the fluids volumetric expansion as a result of temperature rise. More specific the invention relates to a combustion/heating/reaction chamber of a certain profile which directs the fluid in a certain direction because of the fluids volumetric expansion as it is heated while being surrounded by the chambers profile.

Publications

B1A1
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Documents

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Date
 Date Doc. No. Process Case number In/Out Journal description To/from
 20.04.2026 15-01 Saksbehandling 20220154(349707) UT PT Registreringsbrev nasjonal patent (15) (PT20220154)
06.02.2026 14-01 Saksbehandling 20220154 UT PT Meddelelse om patent ACAPO ONSAGERS AS
 02.07.2025 13-01 Saksbehandling 20220154 UT PT Påminnelse om ikke betalt årsavgift (3329) (PT20220154) ACAPO ONSAGERS AS
 02.07.2024 12-01 Saksbehandling 20220154 UT PT Påminnelse om ikke betalt årsavgift (3329) (PT20220154) ACAPO ONSAGERS AS
 05.06.2024 11-05 Saksbehandling 20220154 INN P28694NO00 Norwegian claims ACAPO ONSAGERS AS
 05.06.2024 11-04 Saksbehandling 20220154 INN P28694NO00 description_clean ACAPO ONSAGERS AS
 05.06.2024 11-03 Saksbehandling 20220154 INN P28694NO00 claims_clean ACAPO ONSAGERS AS
 05.06.2024 11-02 Saksbehandling 20220154 INN P28694NO00 Besvarelse 5 juni 2024 ACAPO ONSAGERS AS
 05.06.2024 11-01 Saksbehandling 20220154 INN Korrespondanse (Hovedbrev inn) ACAPO ONSAGERS AS
 14.03.2024 10-01 Saksbehandling 20220154 UT Realitet patent ONSAGERS AS
 23.01.2024 09-02 Saksbehandling 20220154 INN Korrespondanse til Patentstyret (PS-002) 1146748 ONSAGERS AS
 23.01.2024 09-01 Saksbehandling 20220154 INN Korrespondanse (Hovedbrev inn) ONSAGERS AS
 04.01.2024 07-01 Saksbehandling 20220154 UT PT Varsel om betaling av første årsavgift (3317) (PT20220154) ONSAGERS AS
 15.12.2023 08-01 Saksbehandling 20220154 INN Korrespondanse (Hovedbrev inn) ONSAGERS AS
 14.02.2023 06-06 Saksbehandling 20220154 INN P28694NO00_description_marked ONSAGERS AS
 14.02.2023 06-05 Saksbehandling 20220154 INN P28694NO00_description_clean ONSAGERS AS
 14.02.2023 06-04 Saksbehandling 20220154 INN P28694NO00_claimamendments_marked ONSAGERS AS
 14.02.2023 06-03 Saksbehandling 20220154 INN P28694NO00_claimamendments_clean ONSAGERS AS
 14.02.2023 06-02 Saksbehandling 20220154 INN P28694NO00 Besvarelse 14 feb 2023 ONSAGERS AS
 14.02.2023 06-01 Saksbehandling 20220154 INN Korrespondanse (Hovedbrev inn) ONSAGERS AS
 05.10.2022 02-01 Endring av fullmektig 2022/14955 UT GH Forespørsel ONSAGERS AS
 30.09.2022 01-03 Endring av fullmektig 2022/14955 INN P28694NO00 Overtagelse fullmektigverv ONSAGERS AS
 30.09.2022 01-02 Endring av fullmektig 2022/14955 INN Generoc AS ONSAGERS AS
 30.09.2022 01-01 Endring av fullmektig 2022/14955 INN Generell henvendelse ONSAGERS AS
 01.09.2022 05-02 Saksbehandling 20220154 UT PT report 09:18:09
01.09.2022 05-01 Saksbehandling 20220154 UT 20220154_1613117_PT 08 GENEROC AS
 04.02.2022 04-02 Saksbehandling 20220154 INN Erklæring om retten til oppfinnelsen GENEROC AS
 04.02.2022 04-01 Saksbehandling 20220154 INN Korrespondanse (Hovedbrev inn) GENEROC AS
 03.02.2022 03-01 Saksbehandling 20220154 UT Formalia 1 GENEROC AS
 03.02.2022 02-01 Saksbehandling 20220154 UT Infobrev til oppfinner GENEROC AS
 01.02.2022 01-05 Saksbehandling 20220154 INN Figures GENEROC AS
 01.02.2022 01-04 Saksbehandling 20220154 INN Description GENEROC AS
 01.02.2022 01-03 Saksbehandling 20220154 INN Claims GENEROC AS
 01.02.2022 01-02 Saksbehandling 20220154 INN Abstract GENEROC AS
 01.02.2022 01-01 Saksbehandling 20220154 INN Søknadsskjema Patent GENEROC AS

Description, claims and drawings

Disclaimer: This text has been machine-scanned and may contain errors – please refer to "Publications" for legally binding content. Description
3497071Apparatus and method for heating and propelling a circulating fluid.Technical fieldThe present invention relates to a device and method for setting a fluid in 5 motion because of the fluids volumetric expansion as a result of temperature rise. More specific the invention relates to a combustion/heating/reaction chamber of a certain profile which directs the fluid in a certain direction as a result of the fluids volumetric expansion as it is heated while being surrounded by the chambers profile.10Background ArtFluid heating chambers are in use today in a wide variety of devices and systems. Some systems require heating and circulation of fluids e.g. a heat exchanger where a circulating hot fluid acts as a primary stream in a closed 15 loop used to heat a secondary fluid stream. One example of such heating chamber is a chamber where fuel and oxygen/air is ignited and a resulting fire heats a circulating fluid. In addition to heating the fluid it must be set in motion in order circulate the fluid through its loop. This motion is often generated by use of blowers, compressors or pumps. In the event of very high fluid temperatures 20 the requirements for materials and components in such rotating equipment is very challenging. The material requirements significantly impact the cost of the equipment. The efficiency of the fluid compression may also be reduced due to the properties of the fluid at such high temperatures. The reduced efficiency may require several machines be put in series and/or parallel further escalating 25 system costs. The present invention combines the heating of the fluid and propulsion of the fluid in one operation without use of rotating equipment or machinery in a stationary chamber with no moving parts made out of reasonably priced materials.The chamber profile may have many different shapes. One example of such 30 profile is one that resembles the profile of a restrictive element valvular conduit.US1329559A describes a one-way valve that allows a fluid to pass easily in one direction while presenting substantially higher resistance to flows in the reverse direction because of the nature of the valves internal profile. It makes however no mention of propelling fluid as a result of volumetric expansion due to 3497072temperature rise. Nor does it describe the profile as a potential combustion/heating/reaction chamber.US 8650877 describes a device comprising a panel with a chamber connected 5 to a fluid inlet and a fluid outlet. The panel can be supplied with heat which causes the fluid inside the panel to expand; see in particular claim 1 and the flowchart in Figure 4a. It appears from claim 3 that the chamber can function as a Tesla valve, so that backflow is prevented.10 US 4351294 refers to a combustion chamber in an internal combustion engine, where parts of the chamber comprise a fluid diode.US 5265636 describes a fluid "rectifier" where a fluid diode is placed next to a combustion chamber.15US 2019101230 describes a chamber designed as a fluid diode.Summary of the invention20 The present invention combines the heating of fluid and fluid propulsion in one chamber. As the fluid is heated, volumetric expansion of the fluid occurs. This volumetric expansion acts in all directions in space. Due to the nature of the present inventions internal chamber profile, expansion is impossible or greatly restricted in all but one direction. Because of this restrictive nature of the 25 combustion chambers internal profile, the heated fluid is set in motion in one direction and accelerated out of the heating/reaction/combustion chamber. The chamber can have many different shapes. One embodiment of such profile is a chamber shaped as a channel that allows fluid to flow freely in a relatively straight path in one direction, but if flow is introduced in the reverse direction, 30 the flow will split into two paths, where one of them will loop around and hit the other path in a reverse direction. This will cause turbulence and hence cause fluid dynamic resistance. The splitting and reversing of the flow can be repeated any number of times depending on the length of the chamber. In one embodiment of the present invention, the chamber has openings in both ends 3497073for letting circulating fluid in and out. When cold the circulated fluid is static inside the chamber and in the circulating loop. A heating source is introduced to the beforementioned profile chamber and consequently the fluid starts to expand in all directions inside the chamber as volumetric expansion occurs due 5 to temperature rise. Due to the restrictive flow capabilities in the reverse direction the fluid will seek the easiest way to expand and consequently a motion of the fluid is initiated in the desired direction. The heated fluid will accelerate and flow out of the chamber and through the closed loop where it will exchange heat e.g. through a heat exchanger. The cooled fluid will flow back to 10 the inlet of the chamber at a reduced temperature. Once back in the chamber it will be reheated, volumetric expansion occurs again, and circulating fluid motion prevails. In an other embodiment of present invention the profile acts as a reactor chamber where two or more chemical compounds reacts inside said chamber. A continuous reaction prevails inside the chamber as long as15 reactants are fed to the chamber and as long as the temperature is sufficient to start the chemical reaction(s). For reactions initiated by high temperature, one alternative may be to add an alloy layer of catalyst inside the heating chamber, to lower the activation energy to start the reaction, another alternative could be to ignite two or more compounds, e.g. fuel and oxygen, inside the chamber 20 resulting in fired heat. Due to the temperature rise resulting from the reaction, the fluid will expand volumetrically and due to the chambers profile, expansion is impossible or restricted in all but one direction. The fluid will hence accelerate through the profiled chamber and exit the outlet at high velocity. The fluid may be routed in a circulating loop as described for heating chamber, with a bleed-25 off line to prevent increasing concentrations of exhaust gas from building up.In an other embodiment of present invention the profile acts a combustion chamber. There may be no entrance for circulating fluid to ensure correct fuel to air/oxygen mixture for the combustion. Fuel and air/oxygen is introduced to the profiled combustion chamber through dedicated inlet ports and are combusted 30 inside said chamber. A continuous combustion prevails inside the chamber as long as fuel and air/oxygen is fed to the chamber and as long as there is a source of ignition. The exhaust gasses accelerate through the profiled chamber and exits through the outlet at high velocity. The outlet may have a reduced orifice to further increase the velocity. The high velocity in turn lowers the 3497074pressure around the outlet allowing circulating fluid from one or more external channels to be sucked in and set in motion in the circulating loop while at the same time being heated by the hot gasses exiting the profiled combustion chamber.5Brief description of the drawingsFigure 1 shows a cross section drawing of one embodiment of present invention as a heating chamber.Figure 2 shows a cross section drawing of one embodiment of present invention 10 as a reactor chamber.Figure 3 shows a cross section drawing of one embodiment of present invention as a combustion chamber. 3497075Detailed description of the inventionThe invention will now be explained in further detail, referring to the exemplary embodiments of the enclosed figures 1, 2 & 3.Figure 1 shows an embodiment of present invention as a heating chamber. A 5 special profile heating chamber (1) comprising an inlet (2) and an outlet (3) connected to a circulating loop (4) that includes one or more energy users (5) e.g. a heat exchanger. A circulating fluid (6) is encapsulated by the heating chamber (1) and the circulating loop. The heating chamber has one or more heating devices (7) where air/oxygen, a fuel and a source of ignition causes a 10 continuous fire that is introduced to the heating chamber (1) The circulating fluid (6) inside the chamber will expand in all directions in space due to volumetric expansion as a result of temperature rise. Due to the nature of the chamber profile the volumetric expansion of the fluid will be impossible or restricted in all but one direction, and the fluid will be forced to be set in motion in this one 15 direction. The fluid (6) leaves the chamber (1) through the outlet (3), flows through the energy user (5) where it loses energy in the form of heat. The fluid (6) re-enters the chamber (1) through the inlet (2) at a reduced temperature. Once re-entered in the chamber (1) the fluid is reheated by the heating device (7), temperature rise and consequent volumetric expansion reoccurs and the 20 cycle continues. A bleed-off line (8) with a bleed-off valve (9) is there to vacate excessive circulating fluid as the fluid volume will increase due to added compounds.Figure 2 shows an embodiment of present invention as a reaction chamber. A 25 special profile reaction chamber (1) comprising an inlet (2) and an outlet (3) connected to a circulating loop (4) that includes one or more energy users (5) e.g. a heat exchanger. A substance (10) e.g. an alloy layer of catalyst may be added and encapsulated by the reactor chamber (1) to lower the activation energy required to start the reaction, a circulating fluid (6) is encapsulated by 30 the reactor chamber (1) and the circulating loop (4). The reactor chamber has one or more injection points (7) where chemical compounds e.g. air/oxygen and fuel is introduced to the chamber (1) One or more reaction(s) are initiated and prevails inside the chamber as long as reactants are fed to the chamber (1) and as long as the temperature is sufficient to start the chemical reaction(s). If the 3497076reaction(s) is exothermic, temperature will increase and the fluid (6) will expand volumetrically in all directions in space due to the temperature rise caused by the reaction. Due to the nature of the chamber profile the volumetric expansion of the fluid will be impossible or restricted in all but one direction, and the fluid 5 will be forced to be set in motion in this one direction. The fluid (6) leaves the chamber (1) through the outlet (2), flows through the energy user (5) where it loses energy in the form of heat. The fluid (6) re-enters the chamber (1) through the inlet (3) at a reduced temperature. Once re-entered in the chamber (1) the fluid is reheated by the ongoing reaction, the temperature rises and consequent 10 volumetric expansion of the circulating fluid (6) reoccurs and the cycle continues. A bleed-off line (8) with a bleed-off valve (9) is there to vacate excessive circulating fluid as the fluid volume will increase due to added compounds.15 Figure 3 shows an embodiment of present invention as a combustion chamber.A special profile combustion chamber (1) comprising an outlet with a restrictive element (2a), one or more injection points (7a) where air/oxygen and fuel is introduced to the combustion chamber (1), a source of continuous ignition (7b) that ignites the fuel and air/oxygen mixture inside the chamber. A circulating 20 loop (4a) in relation to the combustion chamber, encapsulates a circulating fluid (6), and comprises one or more channels (4b) that connects to the immediate area of the restrictive outlet element (2a) as well as one or more energy users (5). An air/oxygen and fuel mix is introduced to the combustion chamber through nozzles (7a) and ignited by the source of ignition (7b) will cause an 25 explosive combustion inside the special profile combustion chamber (1) The combustion gasses will expand intensely in all directions in space, but due to the nature of the combustion chamber profile, expansion is impossible or greatly impaired in all but one direction. The expanding combustion gases will hence move and accelerate to high velocity in this one direction and exit the30 combustion chamber through a restrictive outlet element (2a) which will increase the combustion gas velocity even further. The increased velocity will in turn result in a lowered pressure in the immediate area surrounding the restrictive element and suck in the circulating fluid (6) through the one or more channels (4b) of the circulating loop (4a) The circulating fluid will then be 3497077entrained and mixed with the combustion gasses at an elevated velocity through a diffuser (2b) in an ejector like fashion. An ejector is a well-known device and will not be discussed in further detail. The circulating fluid (6) will be heated and set into motion by the high temperature combustion gas through the 5 ejector like function of (2a), (2b) and (4b) combined, and flow through the energy user (5) where it loses thermal energy. The circulating fluid (6) returns to the one or more channels (4b) at a reduced temperature where it is re-entrained and re-heated by the high temperature and high velocity combustion gas exiting the combustion chamber (1). A bleed-off line (8) with a bleed-off valve (9) is 10 there to vacate excessive circulating fluid as the fluid volume will increase due to added compounds.
Claims
3497078Claims1. Apparatus for heating and propelling a fluid, c h a r a c t e r i s e d in that the apparatus comprises:- a chamber (1) in the form of a reaction chamber arranged to 5 house an exothermic reaction between a circulating fluid and another compound, the chamber comprising an outlet (3), an inlet (2), and at least one injection port (7a), the chamber having a profile with a property such that it inhibits or prohibits the volumetric expansion of the fluid (6), due to temperature rise 10 caused by the exothermic reaction, in all but one direction, and- a circulating loop (4) connected between the outlet (3) and the inlet (2) comprising at least one energy user (5) and a bleedoff line (8) with a bleed-off valve (9) to vacate excessive fluid (6).2. Apparatus according to claim 1, wherein the chamber further15 comprises at least one heating device (7) to heat the circulating fluid (6) encapsulated by the chamber (1).3. Apparatus according to any of the preceding claims, wherein the chamber (1) encapsulates a substance (10) to reduce the activation energy of at least one reaction.20 4. Apparatus according to any of the preceding claims, , wherein the chamber (1) is a combustion chamber comprising a restrictive outlet (2a), at least one channel inlet (4a) in immediate relation to the restricted outlet (2a), at least one injection port (7a) and at least one source of ignition (7b).25 5. Apparatus according to any of claims 3-5, wherein the substance (10) is placed downstream the chamber (1).6. Apparatus according to any of the preceding claims, wherein the chamber comprises a catalyzing alloy layer.34970797. Method for heating and propelling a fluid c h a r a c t e r i s e d in that the method comprises the following steps:- encapsulating a circulating fluid (6) by a chamber (1) in the form of a reaction chamber comprising an outlet (3) and an inlet (2) and 5 at least one injection port (7a), the chamber having a profile with a property such that it inhibits or prohibits the volumetric expansion of the fluid (6), due to temperature rise, in all but one direction,- injecting a compound into the chamber (1) via the injection 10 port (7a) wherein at least one exothermic reaction takes place inside the chamber (1) causing temperature rise and consequently volumetric expansion of the fluid (6), thereby propelling the fluid in one certain direction,- leading the circulating fluid (6), via the outlet (3), to a circulating 15 loop (4) connected between the outlet (3) and the inlet (2), the circulation loop comprising one or more energy users (5) whose use of energy results in the cooling of the circulation fluid (6),- leading the cooled fluid from the at least one energy user (5) back to the chamber (1) or to an area in relation to the chamber’s outlet 20 for re-heating and re-propulsion.8. The method according to claim 7, further comprising the step of vacating excessive circulating fluid through a bleed-off line (8) and a bleed-off valve (9) connected to the circulation loop.25 9. Method according to any of claims 7-8, wherein the chamber further comprises a heating device.10. Method according to any of claims 7-9, wherein an additional substance (10) is added to the chamber (1) to lower the activation energy required to start the reaction.3497071011. Method according to any of claims 7-10, wherein the reaction is a combustion reaction.12. Method according to one of the preceding claims, wherein a5 combustion occurs inside the chamber (1) comprising a restrictive outlet (2a) where fuel and oxygen/air is injected through at least one injection port (7a) and ignited by at least one ignition source (7b) causing accelerated combustion gasses to exit the chamber at further elevated velocity due to the restrictive outlet (2a) causing a suction in 10 the at least one channel (4a) placed in relation to the immediate area of the outlet (2a) entraining and heating a circulating fluid and setting it in motion through a diffusor (2b) and into the circulating loop (4)34970711PATENTKRAV1. Apparat for å varme opp og drive frem et fluid,karakterisert ved at apparatet omfatter:5 - et kammer (1) i formen av et reaksjonskammer som er anbrakt for å huse en eksoterm reaksjon mellom et sirkulerende fluid og en annen forbindelse, der kammeret omfatter et utløp (3), et inntak (2), og minst én injeksjonsport (7a), der kammeret har en profil med en egenskap slik at den inhiberer eller forhindrer den volumetriske ekspansjonen av fluidet (6), på grunn av 10 temperaturøkning som forårsakes av den eksoterme reaksjonen, i alle bortsett fra én retning, og- en sirkuleringssløyfe (4) som er tilkoblet mellom utløpet (3) og inntaket (2) som omfatter minst én energibruker (5) og en tappeledning (8) med en tappeventil (9) for å slippe ut overflødig fluid (6).152. Apparat ifølge krav 1,der kammeret videre omfatter minst én oppvarmingsinnretning (7) for å varme opp det sirkulerende fluidet (6) som er innkapslet i kammeret (1).20 3. Apparat ifølge ethvert av de foregående krav,der kammeret (1) innkapsler et stoff (10) for å redusere aktiveringsenergien til minst én reaksjon.4. Apparat ifølge ethvert av de foregående krav,25 der kammeret (1) er et forbrenningskammer som omfatter et begrensende utløp (2a), minst ett kanalinntak (4a) i umiddelbar relasjon til det begrensede utløpet (2a), minst én injeksjonsport (7a) og minst én antennelseskilde (7b).349707125. Apparat ifølge ethvert av kravene 3-5,der stoffet (10) er plassert nedstrøms for kammeret (1).6. Apparat ifølge ethvert av de foregående krav,5 der kammeret omfatter et katalyserende legeringssjikt.7. Fremgangsmåte for å varme opp og drive frem et fluid,karakterisert ved at fremgangsmåten omfatter de følgende trinnene:- innkapsle et sirkulerende fluid (6) med et kammer (1) i formen av et 10 reaksjonskammer som omfatter et utløp (3) og et inntak (2) og minst én injeksjonsport (7a), der kammeret har en profil med en egenskap slik at den inhiberer eller hindrer den volumetriske ekspansjonen av fluidet (6), på grunn av temperaturstigning, i alle bortsett fra én retning,- injisere en forbindelse inn i kammeret (1) via injeksjonsporten (7a) der minst 15 én eksoterm reaksjon finner sted inne i kammeret (1) som forårsaker temperaturstigning og dermed volumetrisk ekspansjon av fluidet (6), for derved å drive frem fluidet i én spesifikk retning,- lede det sirkulerende fluidet (6) via utløpet (3), til en sirkulasjonssløyfe (4) som er tilkoblet mellom utløpet (3) og inntaket (2), der sirkulasjonssløyfen 20 omfatter én eller flere energibrukere (5) hvis forbruk av energi fører til avkjølingen av sirkulasjonsfluidet (6),- lede det avkjølte fluidet fra den minst ene energibrukeren (5) tilbake til kammeret (1) eller til et område i sammenheng med kammerets utløp for gjenoppvarming og ny drift.258. Fremgangsmåte ifølge krav 7,videre omfattende trinnet med å slippe ut overskudd av sirkulerende fluid gjennom en tappeledning (8) og en tappeventil (9) som er koblet til sirkulasjonssløyfen.349707139. Fremgangsmåte ifølge ethvert av kravene 7-8,der kammeret videre omfatter en oppvarmingsinnretning.10. Fremgangsmåte ifølge ethvert av kravene 7-9,5 der et ytterligere stoff (10) blir tilsatt kammeret (1) for å senke aktiveringsenergien som er nødvendig for å starte reaksjonen.11. Fremgangsmåte ifølge ethvert av kravene 7-10,der reaksjonen er en forbrenningsreaksjon.1012. Fremgangsmåte ifølge ethvert av de foregående krav,der en forbrenning foregår inne i kammeret (1) som omfatter et begrensende utløp (2a) der drivstoff og oksygen/luft blir injisert gjennom minst én injeksjonsport (7a) og antent med minst én antennelseskilde (7b) for å forårsake at akselererte 15 forbrenningsgasser slippes ut av kammeret ved videre forhøyet hastighet på grunn av at det begrensende utløpet (2a) forårsaker et sug i den minst ene kanalen (4a) som er plassert i sammenheng med det umiddelbare området av utløpet (2a) for å trekke og varme opp et sirkulerende fluid og sette det i bevegelse gjennom en diffusor (2b) og inn i sirkulasjonssløyfen (4).20
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No priority

Patent classes

IPC classesF15C 1/00F15C 4/00F15D 1/00CPC classesF15C 1/00F15C 4/00F15D 1/00

Citations

US 8650877 B1 (B1)US 4351294 A (A)US 5265636 A (A)US 2019101230 A1 (A1)US 1329559 A (A)CN 112197033 A (A)US 2017254426 A1 (A1)US 2016061385 A1 (A1)

Applicants, owners and inventors

Owners
GENEROC AS
Tinnesgata 37 3675 NOTODDEN NO (NOTODDEN Municipality, Telemark county)Org. number: 927809141Inventors
Tor Olav Seltveit
TINNESGATA 37 3675 NOTODDEN NO (NOTODDEN Municipality, Telemark county)

Agent

ACAPO ONSAGERS AS
ACAPO ONSAGERS AS

Org. number: 932214636

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Edvard Griegs vei 1 5059 BERGEN NO (BERGEN Municipality, Vestland county)
Org. number: 932214636
Reference: P28694NO00

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