Royal IHC seals dredge pumps deal with Jan De Nul Group

05-04-2018 Kinderdijk

Royal IHC seals dredge pumps deal with Jan De Nul Group

Royal IHC has been awarded a contract for the delivery of dredge pumps by Luxembourgbased
Jan De Nul Group. The agreement incorporates two onboard double-walled dredge
pumps for the company’s new 18,000m3 trailing suction hopper dredger (TSHD), as well as
onboard single-walled dredge pumps for two other 6,000m3 TSHDs.
“We are delighted that we have secured another order from Jan De Nul Group,” says Dave
Vander Heyde, CEO of Royal IHC. “For the past 20 years, the company has continuously
extended its TSHD fleet and it is testament to our partnership that the majority of these
vessels are equipped with IHC dredge pumps.”

Innovation is key
IHC’s decades of experience in designing pumps and the ongoing research it conducts into
performance improvements were key factors in Jan De Nul Group making them its first
choice for this contract.

Incorporating the latest technical developments, computational fluid dynamics (CFD) and
in-house testing facilities, IHC dredge pumps are continuously improved to meet the
harshest dredging challenges. This approach is closely aligned with Jan De Nul Group, as its
Director Technical Department, Frederik Deroo explains: “Our investment programme has
resulted in the world’s most modern fleet and the innovative pumps that IHC can supply
make a significant contribution to this.”

For the 18,000m3 hopper, the double-walled dredge pumps have been designed to deliver
a total installed power of 7,000kWs per pump. This will enable them to discharge 33 bar
pressure when operated concurrently. The single-walled dredge pumps for the smaller
6,000m3 hoppers, will deliver an installed power of 4,000kWs and provide a discharge
pressure of up to 11 bar.

The two double-walled pumps will also be equipped with IHC’s latest Curve® technology.
The Curve® impeller, with its innovative shape and blade curvature, ensures that the
pumps perform with excellent suction properties over the prolonged lifetime of the product.