EOMAP awarded new survey contract by UKHO

Starting 2022, EOMAP will deliver high-resolution shallow water grids from SDB technology to UKHO, with the first survey covering the waters of Belize. This survey will be the first complete survey of some of these waters, including where uncharted coral pinnacles are currently noted on the chart.

"The UKHO is pleased to be continuing our partnership with EOMAP, leveraging cutting-edge survey technology like SDB to supplement existing hydrographic surveying and related charting products. SDB adds significant value and cost-effectiveness when surveying difficult-to-access areas of the ocean, while minimising the impact on the marine environment", says Ian Davies, International Hydrographic Portfolio Manager, UKHO.

"It's a pleasure to complement UKHO's survey capabilities. We are already working on the first engagement: Mapping Belizean waters covering an area of 9,000 square kilometres", explains Knut Hartmann, COO of EOMAP.

"For us, this contract is a proof of trust in the quality of our satellite analytics. Moreover, it shows that our SDB technology is a must-have in the toolbox of modern hydrographers and surveyors, when it comes to mapping shallow waters."

In 2015, EOMAP was selected as the first-choice provider by UKHO for the first time. Within this framework contract, their satellite analytics had been included in the ADMIRALTY Navigational Chart 2066 of Southern Antigua, Caribbean. In addition to surveyors and hydrographers, coastal zone managers, planners and engineers all over the world value these shallow water grids for their work.

SDB is a rising technique using satellite data records and analytical methods for producing "digital twins" of shallow waters. EOMAP's SDB concept is to quantify water depth by inverting the radiative transfer model. This model describes the modulation of sunlight as it passes through the atmosphere, water surface, water column and is reflected back to the satellite sensor from the seafloor.

In short, water depth is derived from light energy in different wavelengths which are recorded by satellites. Compared with ship and airborne survey methods, SDB allows mapping extensive aquatic zones remotely and within a fraction of time.

SDB data by EOMAP have been integrated into various nautical charts, are part of the European harmonized bathymetric grid, serve the management of the Great Barrier Reef and many other coastal stakeholders. Advances in accuracy and awareness of this effective surveying method keep driving the demand.

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