Atlantic Ocean

The Atlantic Ocean is not merely a route across the map: it is the exposed space against which the Greenland Star’s promise of mastery is measured. Around the floating installation, the sea carries ships, cargo, and carefully plotted courses, but it also makes the entire engineered world seem temporary, isolated, and liable to disappear.

The offshore setting

The Greenland Star stands in the Atlantic as a fabricated town of pontoons, piers, ships, and aluminum barracks. At night, pole lights illuminate the complex, while painted green grass, traffic markings, and small electric cars imitate the infrastructure of a settled place. Against that carefully ordered scene, the installation looks like several thousand square meters of steel dropped into the ocean. Its artificial appearance makes the surrounding water more than a backdrop: the ocean is the measure of how precariously this human-made settlement has been placed.

The scale of the enterprise is also apparent in the ships gathered there. One vessel is described as 125,000 gross tons, while the piers can hold 250 million gallons of oil when full. This concentrated industrial activity depends on the ocean as both location and access route, yet the people who work on the ships are not free simply to move through it or go ashore. The installation’s order is built around controlled access, not an unbounded maritime freedom.

A harbor that claims to overcome the sea

Jakkelsen sees the Greenland Star as a striking union of high technology and the ocean. He marvels that a harbor can be put down in the middle of the Atlantic, regardless of the distance to the bottom or the weather. Smilla answers that the entire place can be dismantled and packed up in twelve hours. The exchange captures the installation’s double character: it seems to conquer the sea precisely because it can be moved, but that mobility also reveals that its permanence is an illusion.

A captain describes how the complex has replaced the older freedom of shipmasters with centralized administration. Where a captain once could go ashore with the crew, the modern installation offers tax-free shops, helicopter service, a hotel, a diving station, a post office, and offices for major oil companies, yet shore leave is prohibited. Requests are checked off and delivered by chute; a captain who insists on going ashore is escorted by security officers. The stated reasons are fire and sabotage risks, particularly when the piers are full of oil. In this account, the Atlantic setting enables vast industrial coordination while the infrastructure built upon it restricts the movement of the people who serve it.

Exposure, confinement, and escape

When the lights fail, the ocean becomes audible in the dark: waves roll along the dock, water strikes the fender beams, gulls cry, wind presses against the control towers, and pontoon links rub together. The distant hiss of the turbines does not quiet the sense of exposure. Instead, the sounds sharpen Smilla’s perception that the installation and its docked ships are vulnerable against the emptiness above the Atlantic. She recognizes that she is a captive aboard the Kronos, with the gangway the only ordinary way off the ship.

Emergency lights then make escape possible. Smilla goes down the gangway and runs along the unsteady pontoons, moving through darkness and avoiding the lamps. The scene turns the harbor’s infrastructure into a precarious route across the water: the same dock that confines her to a controlled environment becomes the path by which she reaches land. In the rain, with windowless ship sides rising like 150-foot skyscrapers and the aluminum barracks glinting in the distance, the Greenland Star appears as a deserted town at the edge of empty space. Its scale offers no reassurance; the ocean remains the dominant presence around it.

The ocean as the glacier’s destination

The Atlantic also marks the endpoint of Smilla’s explanation of how a meteorite behaves inside a glacier. She rejects the idea that a meteorite of any size could simply remain on top of the ice: gravity presses it down, and the glacier either crushes material trapped in a crevice or carries it out to sea. Her account describes the glacier as a stone crusher and a gigantic carpenter’s plane, grinding geological material down and emptying the resulting powder into the Atlantic.

That explanation gives the ocean a role beyond setting or boundary. It is the destination of material processed by the movement of ice, a vast receiver for what the glacier wears away. The same sea that seems to invite engineering and transport also lies beyond human control: the floating harbor can be assembled, regulated, and dismantled, but the Atlantic remains the immense space against which those ambitions—and the forces of ice—are finally measured.