Floating marine platform and the manufacturing thereof

A method for manufacturing a floating marine platform by means of templates,

• wherein the floating marine platform comprises a central column, multiple peripheral columns circumferentially around the central column, and radially extending outriggers from the central column that connect the peripheral columns with the central column,
• wherein the central column comprises a central column circumferential wall, and an upper central column mounting and a lower central column mounting that are connected spaced apart from each other with the central column circumferential wall,
• wherein the peripheral columns each comprise a peripheral column circumferential wall, and an upper peripheral column mounting and a lower peripheral column mounting that are connected spaced apart from each other with the peripheral column circumferential wall,
• wherein the outriggers each comprise an outrigger construction that is connected with an upper inner outrigger mounting that is aligned with the upper central column mounting, a lower inner outrigger mounting that is aligned with the lower central column mounting, an upper outer outrigger mounting that is aligned with the upper peripheral column mounting and a lower outer outrigger mounting that is aligned with the lower peripheral column mounting,
• wherein the templates comprise an inner outrigger template, an outer outrigger template, a central column template and a peripheral column template,
• wherein the inner outrigger template comprises an inner outrigger template spacer that is connected with an upper inner outrigger template interface and a lower inner outrigger template interface,
• wherein the outer outrigger template comprises an outer outrigger template spacer that is connected with an upper outer outrigger template interface and a lower outer outrigger template interface,
• wherein the central column template comprises a central column template spacer that is connected with an upper central column template interface and a lower central column template interface, and
• wherein the peripheral column template comprises a peripheral column template spacer that is connected with an upper peripheral column template interface and a lower peripheral column template interface,
• wherein the method comprises the steps of:
• on a first location under a first temperature forming a first pair with the inner outrigger template and the central column template, in which the upper inner outrigger template interface is aligned with the upper central column template interface, and the lower inner outrigger template interface is aligned with the lower central column template interface,
• on a second location under a second temperature forming a second pair with the outer outrigger template and the peripheral column template, wherein the upper outer outrigger template interface is aligned with the upper peripheral column template interface, and the lower outer outrigger template interface is aligned with the lower peripheral column template interface,
• on a third location under a third temperature, manufacturing at least one of the outriggers by means of the inner outrigger template and the outer outrigger template, during which the upper inner outrigger template interface is aligned with the upper inner outrigger mounting, and the lower inner outrigger template interface is aligned with the lower inner outrigger mounting, and the upper outer outrigger template interface is aligned with the upper outer outrigger mounting, and the lower outer outrigger template interface is aligned with the lower outer outrigger mounting,
• on a fourth location under a fourth temperature, manufacturing at least one of the peripheral columns by means of the peripheral column template, during which the upper peripheral column template interface is aligned with the upper peripheral column mounting, and the lower peripheral column template interface is aligned with the lower peripheral column mounting,
• on a fifth location under a fifth temperature, manufacturing the central column by means of the central column template, during which the upper central column template interface is aligned with the upper central column mounting, and the lower central column template interface is aligned with the lower central column mounting, and
• on a sixth location under a sixth temperature, assembling the floating marine platform.