CHEMICAL MACHINES INDUSTRIAL PURPOSES

Brand	Owner (click to sort)	Address	Description
PAN-CCS	Panasia Co., Ltd.	55, Mieumsandan 3-ro Gangseo-gu, Busan 46744 Republic of Korea	Chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised blowers and pumps that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers and pumps that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and storage that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; carbon dioxide absorbing, capturing and storing machines and equipment; carbon dioxide processing machines; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers and regenerator towers that captures carbon dioxide; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers, regenerator towers and storage that captures carbon dioxides; machines and equipment that absorb, capture, and store carbon dioxide emitted from boilers for thermal power plants; carbon separating machines used for carbon generating apparatus; gas separating machines; filtering machines; carbon dioxide liquefiers;PANASIA CCS;
PAN-CCUS	Panasia Co., Ltd.	55, Mieumsandan 3-ro Gangseo-gu, Busan 46744 Republic of Korea	Chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised blowers and pumps that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers and pumps that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and storage that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; carbon dioxide absorbing, capturing and storing machines and equipment; carbon dioxide processing machines; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers and regenerator towers that captures carbon dioxide; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers, regenerator towers and storage that captures carbon dioxides; machines and equipment that absorb, capture, and store carbon dioxide emitted from boilers for thermal power plants; carbon separating machines used for carbon generating apparatus; gas separating machines; filtering machines; carbon dioxide liquefiers; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised blowers and pumps that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers and pumps that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and storage that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; machines and equipment for ships for absorbing, capturing and storing carbon dioxide; carbon dioxide processing machines for ships; chemical machines for ships for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers and regenerator towers that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine and boilers; chemical machines for ships for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of absorber towers, regenerator towers, storage that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; carbon separating machines used for carbon generating apparatus of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised blowers, pumps and equipment for transforming carbon dioxide into other materials or fuels that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and equipment for transforming carbon dioxide into other materials or fuels that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps, storage and equipment for transforming carbon dioxide into other materials or fuels that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; machines and equipment for absorbing, capturing, storing and transforming carbon dioxide into other materials or fuels; machines for transforming carbon dioxide (carbonic gas); machines for transforming carbon dioxide ( carbonic gas) into rock; machines for processing carbon dioxide into fuels and materials; machines for transforming carbon dioxide (carbonic gas) into methane; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers, regenerator towers and equipment for transforming carbon dioxide (carbonic gas) into other materials and fuels that captures carbon dioxide; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers, regenerator towers, storage and equipment for transforming carbon dioxide (carbonic gas) into other materials and fuels that captures carbon dioxides; machines and equipment that absorb, capture, store, and transform carbon dioxide emitted from boilers for thermal power plants into other materials and fuels; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised blowers, pumps and equipment for transforming carbon dioxide into other materials or fuels that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and equipment for transforming carbon dioxide into other materials or fuels that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine, and boilers of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps, storage and equipment for transforming carbon dioxide into other materials or fuels that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine, and boilers of ships; machines and equipment for ships for absorbing, capturing, storing and transforming carbon dioxide into other materials or fuels; machines for ships for transforming carbon dioxide (carbonic gas); machines for ships for transforming carbon dioxide (carbonic gas) into rock; machines for ships for processing carbon dioxide into fuels and materials; machines for ships for transforming carbon dioxide (carbonic gas) into methane; chemical machines for ships for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers, regenerator towers and equipment for transforming carbon dioxide (carbonic gas) into other materials and fuels that captures carbon dioxide; chemical machines for ships for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised absorber towers, regenerator towers, storage and equipment for transforming carbon dioxide (carbonic gas) into other materials and fuels that captures carbon dioxides;PANASIA CCUS;
PAN-OCCS	Panasia Co., Ltd.	55, Mieumsandan 3-ro Gangseo-gu, Busan 46744 Republic of Korea	Chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of blowers and pumps that capture carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers and pumps that capture carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and storage that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; carbon dioxide absorbing, capturing and storing machines and equipment; carbon dioxide processing machines; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of absorber towers and regenerator towers that capture carbon dioxide; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of absorber towers, regenerator towers and storage that captures carbon dioxide; machines and equipment that absorb, capture, and store carbon dioxide emitted from boilers for thermal power plants; carbon separating machines used for carbon generating apparatus; gas separating machines; filtering machines; carbon dioxide liquefiers; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of blowers and pumps that capture carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers and pumps that capture carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; chemical machines for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised primary of flue gas coolers, absorber towers, regenerator towers, heat exchangers, blowers, pumps and storage that captures carbon dioxide from flue gases of combustion apparatus of ships such as gas turbine, internal combustion engine and boilers of ships; machines and equipment for ships for absorbing, capturing and storing carbon dioxide; carbon dioxide processing machines for ships; chemical machines for ships for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of absorber towers and regenerator towers that capture carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine and boilers; chemical machines for ships for industrial purposes for capturing carbon dioxide, namely, a capture unit comprised of absorber towers, regenerator towers and storage that captures carbon dioxide from flue gases of combustion apparatus such as gas turbine, internal combustion engine, boilers, industrial furnaces and industrial incinerators; carbon separating machines used for carbon generating apparatus of ships;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A self coordinated machine network is established by two or more machines in proximity with each other via a wired or wireless network infrastructure. The machines are configured to establish an ad hoc network between themselves for sharing information related to their common applications. New machines that come into proximity of the network infrastructure are configured to join an existing ad hoc network. Machines that power down or are removed from proximity of the network infrastructure are eliminated from the ad hoc network. Communications between the constituent machines of the ad hoc network allow the machines to self coordinate the network and redundantly store information pertaining to the common and disparate applications of the various machines that comprise the self coordinated machine network.