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Hapag-Lloyd has always invested in modern technology – to protect the environment and provide good quality. Our fleet management introduces innovative solutions. Thus, our seafarers actively
protect the environment in their daily operations.
As part of our sustainability strategy, we as Hapag-Lloyd have committed to reducing our carbon emissions in order to limit the impact on the environment.
Our target it to lower the specific CO2 emissions of our fleet by 20% (per TEUkm) by 2020 compared with 2016 figures.
Here are a few measures helping us to achieve our ambitious target.
Protecting people and the environment is important to us – even beyond the end of a ship’s service life.
At Hapag-Lloyd, we continuously analyse the efficiency of our vessels. Our largest ships in the Hapag-Lloyd fleet received new bulbous bows, and optimised propellers .
Together, these changes make the ship’s propulsion more efficient and hence resulting in fewer emissions.
The bulbous bow – the nose of the ship – displaces water in a manner that minimizes or even completely eliminates a bow wave. The lower the water resistance on the hull, the less fuel a ship needs in order to travel at the same speed.
Further optimisation potential was identified for Hapag-Lloyd’s most modern vessels. The propellers at the stern are replaced in order to adapt the individual performance profile of a vessel.
A connection to onshore power means that auxiliary diesel engines used to generate electricity can remain switched off while the vessels are in port. The result is significantly improved air quality near the harbour. Emissions and noise pollution are reduced.
So far multiple Hapag-Lloyd vessels of have been fitted with the necessary equipment for connecting to onshore power while in port (also known as “Onshore Power Supply” (OPS), “Alternative Maritime Power” (AMP) or “Cold Ironing”).
Coastal waters are home to some of the most fragile ecosystems in the world. We treat them with an appropriate level of care and, for this reason, participate in voluntary conservation programmes in ports around the world:
All Hapag-Lloyd newbuilds are equipped with highly efficient, chemical-free ballast water treatment facilities in which ballast water is filtered and subjected to UV treatment. Ballast water is needed for the vessel to maintain a stable condition. A vessel’s hull thus contains several ballast water tanks. Ballast water can be pumped back and forth between the tanks as required in order to stabilize the vessel. However, ballast water taken from the sea can transport organisms to foreign waters.
In order to prevent any ecologically undesirable effects, Hapag-Lloyd has adopted a policy of strict ballast water management for all ships without a ballast water treatment facility. On these ships ballast water is only exchanged on the open sea as most organisms are unable to survive there and thus cannot migrate to foreign ecosystems.
Strict standardised regulations regarding the treatment of waste are in force on board all our vessels. These include: sorting waste on board, carefully handling hazardous materials and strict instructions that nothing may be thrown into the sea – a “no garbage over board” policy.
Waste (except for chopped up food leftovers) is thoroughly sorted, separated and properly disposed ashore by authorised recycling service providers.
Hapag-Lloyd’s vessels have highly efficient sewage treatment plants for the treatment of waste water on board. The disposal of sludge (used oil) is fully documented and only takes place at registered, authorised specialist facilities on land.
Hapag-Lloyd possesses one of the largest and most modern reefer container fleets in the world. We were one of the first shipping lines to introduce highly energy-efficient reefers, which currently constitute the bulk of our reefer fleet. To keep the inner temperature at an optimal range from minus 35 to plus 30 degrees centigrade, the refrigerating machine in the reefer container only consume the power that is needed to maintain the temperature as requested without compromising the accuracy. This intelligent performance control supports the environment by saving large quantities of energy.
In addition to high-performance wall insulation, we are increasingly improving our containers by relying on
lightweight materials like aluminum for the reefers’ interior cladding. This reduces reefer weight, a vessel’s fuel consumption and, consequently, our CO2 footprint.
Carrier Transicold developed the refrigerator unit, which operates with CO2 instead of conventional
coolant. The CO2 used is a natural gas from the atmosphere. If it escapes during improper handling of the refrigerator unit, it causes no substantial climate damage. Conventional coolant, on the contrary, can harm the environment if it leaks from the cooling circuit. While using CO2 is the most difficult solution, it is also the most sustainable one. Hapag-Lloyd has been the chosen company to be involved in the testing of the unit.
Our state of the art Network Operations allows us to monitor all of our vessels. From there we optimize workflows at sea and on land to help reduce our emissions.
The Network Operations team also helps our vessels identify severe weather pockets at an early stage allowing us to navigate around bad weather. Careful routing can then save fuel, as well as keeping our crew and our customer’s cargo safe.
We closely cooperate with our industrial partners such as engine manufacturers and shipyards to develop environmentally friendlier technologies. Prototypes are tested on our ships on a parallel basis. Hapag-Lloyd has always aimed at being the first shipping line to deploy these technologies in our daily operations.