Two several years right after coming into into a strategic partnership, Dutch engineering consultancy Royal HaskoningDHV has obtained a vast majority desire in Singapore-dependent Hydroinformatics Institute.
Launched in 2014, Hydroinformatics Institute (H2i) is a scale-up (25 employees) specialised in giving digital-driven water information to governments and corporations navigating local climate and h2o-relevant challenges.
Five decades just after its inception, Royal HaskoningDHV took a compact stake in the water-focused knowledge science consultancy, and about the earlier two decades the pair have worked jointly on a range of joint tasks. These consist of: a site-unique study alongside Singapore’s Town-East Coast in advance of the enhancement of a climate resilience masterplan a coastal urban advancement plan on reclaiming land close to Shenzhen and a feasibility examine for Manila’s flood forecasting and warning technique.
Constructing on these successes, Royal HaskoningDHV has now increased its expenditure in H2i to maintain a the vast majority stake. Erik Oostwegel, CEO of the Dutch company, defined: “The mix of our deep domain, data, and application knowledge and H2i’s state-of-the-art know-how in equipment understanding and big facts results in a pretty bold union.”
Leveraging Royal HaskoningDHV’s funding, abilities and network, H2i will intention to accelerate its development in the coming years, claimed H2i’s Main Marketing consultant Gerard Pijcke.
“Together, we can drive innovation even more and build greater solutions that will support clients across the hydrological cycle to adapt, anticipate and put together for water-relevant concerns. From rainfall forecasting and early flood warnings to flood danger and local climate change assessments, the possible to enhance our attain further than Singapore is significant.”
The offer – financial phrases have not been created general public – usually takes spot in opposition to the backdrop of far more commonly transpiring extreme weather activities induced by local climate transform, and amplified risk of flooding because of to serious rainfall, rising sea concentrations and ageing infrastructure.