AN OFFSHORE JACK-UP INSTALLATION, ASSEMBLY AND METHOD
An offshore installation including a powerplant adapted for powering an electricity distribution network of the offshore installation and an exhaust processing module . The exhaust processing module has an input connected to the powerplant for receiving exhaust gas comprising carbon dioxide from the powerplant, a carbon dioxide capture module arranged to separate carbon dioxide from the exhaust gas, and an output for outputting the separated carbon dioxide. The exhaust processing module is powered by the powerplant, and the outlet of the carbon dioxide capture module is connected to a storage facility for temporary storing the separated carbon dioxide.
1 - 17 . (canceled)
18 . An offshore installation comprising:
a powerplant adapted for powering an electricity distribution network of the offshore installation;
an exhaust processing module having:
an input connected to the powerplant for receiving exhaust gas comprising carbon dioxide from the powerplant,
a carbon dioxide capture module arranged to separate carbon dioxide from the exhaust gas, and
an output for outputting the separated carbon dioxide;
wherein the exhaust processing module being powered by the powerplant; and
wherein the outlet of the carbon dioxide capture module is connected to a storage facility for storing the separated carbon dioxide; and
wherein the carbon dioxide capture module comprises an absorber containing an amine solvent for binding carbon dioxide from the exhaust gas, and a regenerator for releasing the absorbed carbon dioxide by heating the amine solvent with bound carbon dioxide.
19 . The offshore installation according to claim 18 , wherein the carbon dioxide capture module is configured to cool the exhaust gas received from the powerplant to between 35° C. to 65° C. prior to feeding to the absorber comprising the amine solvent.
20 . The offshore installation according to claim 18 , wherein the carbon dioxide capture module is configured to compress the released carbon dioxide to at least 80 bar.
21 . The offshore installation according to claim 20 , wherein the carbon dioxide capture module is further configured to cool the released carbon dioxide, and to compress the released carbon dioxide to at least 110 bars.
22 . The offshore installation according to claim 18 , wherein the powerplant comprises at least one output power port arranged to output electric power to at least one other offshore installation or to an onshore electricity distribution network.
23 . The offshore installation according to claim 18 , wherein the carbon dioxide capture module comprises a scrubber mounted in a flue gas exhaust duct of a flue-gas exhaust system.
24 . The offshore installation according to claim 18 , and further comprising a steam generator in fluid communication with a steam-methane reforming module for hydrogen production.
25 . The offshore installation according to claim 24 , wherein the steam-methane reforming module is in fluid communication with a pipeline for supplying generated hydrogen directly to shore.
26 . The offshore installation according to claim 18 , wherein the powerplant and the exhaust processing module being provided on an offshore jack-up rig comprising a hull and a plurality of moveable legs engageable with the seafloor.
27 . The offshore installation according to claim 18 , wherein the carbon dioxide processing module is configured for cryogenically pumping the liquid carbon dioxide into the storage facility onboard the installation.
28 . The offshore installation according to claim 18 , and being adapted to store the outputted processed carbon dioxide in a carbon dioxide storage pocket remote from submarine oil and gas reserves.
29 . A method of operating an offshore installation, the method comprising:
powering an electricity distribution network of the offshore installation by means of a powerplant;
receiving, in an exhaust processing module, exhaust gas comprising carbon dioxide from the powerplant;
separating carbon dioxide from the exhaust gas;
outputting the separated carbon dioxide for storing; and
powering the exhaust processing module by means of the powerplant,
wherein the carbon dioxide separation comprises
feeding the exhaust gas to an amine solvent binding carbon dioxide, and
heating the amine solvent for releasing the absorbed carbon dioxide.
30 . The method according to claim 29 , and comprising cooling the exhaust gas received from the powerplant to between 35° C. to 65° C. prior to feeding to the carbon dioxide separation.
31 . The method according to claim 29 , and comprising compressing the released carbon dioxide to at least 80 bar.
32 . The method according to claim 31 , and comprising further compressing configured to cool the released carbon dioxide to compress the released carbon dioxide to at least 110 bars.
33 . The method according to claim 29 , wherein the storing the separated carbon dioxide comprises storing the separated carbon dioxide in a carbon dioxide storage pocket in the seabed.