Monday, 10 September 2012
Marine Renewable Energy - Meeting the Need
University of Plymouth
Monday 01 October 2012

DHI Water Environments (UK) Ltd is sponsoring the above conference / seminar day. This event brings together experts from the public and private sector to discuss the developments and opportunities for meeting the engineering challenges of delivering marine renewable energy in the South West of England.

The UK Government Coalition is committed to meeting 15% of our projected energy demand from renewable sources by 2020 in the most cost effective way, and to increase this percentage into the future. The South West Marine Energy Park (MEP) provides a focus for the development of marine renewable energy which will form part of the range of technologies needed to achieve this commitment. Read more.

DHI Group Newsletter - August 2012

Renewable energy forms the subject of the leading article in the latest DHI Group newsletter: -

We are currently witnessing a major transition – the leap from fossil fuels to renewable energy. The better part of renewable energy production is related to water and water environments. At the same time, offshore wind energy is increasingly gaining ground. Tidal and wave power production are still in their nascent days, but they are fast on the road to maturity. As such, the potential in renewable energy generation is immense and grows further as we speak. Read the full article.

Sunday, 9 September 2012
Large scale Interactive coupled 3D modelling for wave and tidal energy resource and environmental impact using MIKE Software

Scotland has substantial wave and tidal energy resources and is at the forefront of the development of marine renewable technologies and ocean energy exploitation. Wave and tidal energy devices will soon be deployed in arrays, with many sites being developed. It is therefore essential to understand how a number of multi-site developments collectively impact on the physical and biological processes over a wider region. Careful selection of array sites may enable the optimum exploitation of the resource while minimising any environmental impacts to an acceptable level.

The TeraWatt project is a £1m project funded by the Engineering and Physical Sciences Research Council through its Marine Challenge Fund. The project consortium has been established under the auspices of the Marine Alliance for Science and Technology for Scotland (MASTS) with scientists from the Universities of Heriot-Watt, Edinburgh, Highlands and Islands, Strathclyde, Swansea and Aberdeen, and Marine Scotland Science (MSS). The overarching objective of the research is to generate a suite of methodologies that can provide a better understanding of the impact of energy extraction on the resource. Approaches will also be developed that can be employed to assess the physical and ecological consequences of changes to the resource. The project objective will be met by investigating spatial changes in wave climate, physical processes affecting sediments, the shoreline & seabed, and the impacts on organisms living in the seabed, their distribution and the significance of these for other ecological processes.

MIKE by DHI software has been chosen by the TeraWatt Consortium to support their research. Coupled MIKE 3 FMHD and MIKE 21 SW models form the foundations of the adopted MIKE software platform. These core models will be augmented by MIKE 21 BW, MIKE 3 FMMT, MIKE 3 FMST, LITPACK, MIKE 3 FM ECO Lab & ABM Lab, EVA and MIKE Animator in order to consider the specific responsibilities of each partner university.

For more information about the above MIKE by DHI software, please contact Steve Flood on
FEFLOW 6.1 is here!

We are proud to announce that FEFLOW 6.1 is now available with all new features and numerous improvements that enhance performance and usability.

The release of FEFLOW 6.1 marks a significant milestone, making FEFLOW even more productive and intuitive. With the previous FEFLOW 6.0, a new standard user interface was introduced phasing out the classic user interface that has been used for more than 20 years. Now with FEFLOW 6.1, the migration is complete making the entire functionality from mesh generation via simulation to postprocessing available in the redesigned, modern user interface. In addition, a wide range of new functionalities are available. Click here to view highlights of the most important new features and improvements.

FEFLOW users with a valid service and maintenance agreement (SMA) will automatically receive the new version as well as new key codes. If your SMA has expired, please contact the FEFLOW sales team and they will be happy to assist you with renewing it applying special release conditions.

FEFLOW 6.1 is available for public download here.

Experience the complete toolset for hydrogeological modelling!

Joining the powers of the best-in-class geologic and groundwater modelling tools: Easily build detailed geologic models in Leapfrog Hydro and seamlessly transfer them to FEFLOW which can handle your most demanding groundwater simulation tasks.

For more information about Leapfrog Hydro and FEFLOW, please click here.

For more information about FEFLOW 6.1 or to purchase the new version, please contact the FEFLOW sales team.
Previews of MIKE by DHI Release 2012

We are gradually approaching the release of the MIKE by DHI software package 2012, which is scheduled for this October. As in previous issues of our newsletter, we would like to disclose a preview of the many new and exciting features, which we hope will improve your experience when using the software products, both with regard to usability, productivity, and enhanced applications.

MIKE FLOOD AD: fully dynamic AD-coupling

Release 2012 introduces a fully dynamic AD-coupling in MIKE FLOOD, which increases the range of applications substantially.

For more than a decade, MIKE FLOOD has offered complex and flexible features for coupling 1D and 2D hydrodynamic models. Flood extents and flood hazards have been some of the key issues for flood modelling. These issues will continue to be of great importance and still be focus points for many modelling applications in the future, but in addition to this, the new release of MIKE FLOOD now offers the option to simulate the transport and spreading of pollutants during a flood event through a fully dynamic coupling of the Advection Dispersion modules of MIKE 11, MIKE 21, and MIKE URBAN.

The new AD-coupling in MIKE FLOOD enables users to simulate new interesting aspects such as: -
  • floodplain contamination from polluted rivers
  • impact assessment on river quality from pollutant sources in flood prone areas during flood events
  • the impact on concentrations of river pollutant in case of a release from an urban Combined Sewer Overflow
MIKE 21 FM: New dike structure option

A new dike structure option has been implemented in the Flexible Mesh series of MIKE 21 and MIKE 3. Dike structures are defined by structure specific data parameters as well as location and geometry. The location in the horizontal domain is given by two or more geo-reference points (a polyline), which defines the width of the structure perpendicular to the flow direction. Each point in the polyline should be given a crest level, and it is therefore possible to obtain a spatial variation of crest elevations along a dike structure within the model domain.

Dike structures are generally used to describe local flow obstructions or other special topographical features, which are not included in the model bathymetry, and as such a highly useful feature for both coastal and inland applications. The discharge over a section covered by the dike is calculated using a standard weir expression.

MIKE SHE: Frozen soil

The 2012 release of MIKE SHE will contain a range of new improvements. Among these are the improvements in simulation of the annual variation of soil infiltration capacity due to freezing and thawing dynamics.

A simplified approach has been implemented, which allows the user to define a time-varying OL-UZ (Overland to Unsaturated Zone) leakage coefficient, and thereby enables the user to control the balance between infiltration and direct runoff from precipitation during all seasons of the year.
Previews of MIKE by DHI Release 2012

We are gradually approaching the release of the MIKE by DHI software package 2012, which is scheduled for this October. As in previous issues of our newsletter, we would like to disclose a preview of the many new and exciting features, which we hope will improve your experience when using the software products, both with regard to usability, productivity, and enhanced applications.

MIKE 21: Earthquake bathymetry adjustment tool

In version 2012, a new tool that can assist undertaking of Tsunami-simulations is introduced: earthquake bathymetry adjustment tool. For several years, it has been possible to work with time varying bathymetries (using the landslide option) in MIKE 21 Classic. The usability of this feature is now enhanced, as it will be easier to simulate tsunamis using the new tool. The earthquake bathymetry adjustment tool calculates sea bottom displacements that occur during an earthquake. The output is a time-varying bathymetry file, which can be used in MIKE 21 HD (classic) with the landslide option to generate wave propagation.

The method for calculation of the sea bottom displacements is an amplified version of the double-couple method developed by Okada (1985). The necessary input data for earthquakes can be retrieved from public databases. The tool is available in the MIKE 21 Toolbox in a new group called Seismology.

MIKE MARINE GIS will be discontinued

MIKE MARINE GIS will be discontinued and will not be available on the MIKE by DHI 2012 DVD. It has been evaluated that the user base for MIKE MARINE GIS was not sufficient to maintain the programme on the Esri platform. However, in version 2012, many of the tools that were previously available through MIKE MARINE GIS, have been transferred into MIKE Zero. Thus, we are enhancing the functionalities available for most users: -
  • Tools for creation of transects, profiles, baselines, and coastlines are included in the bathymetry editor
  • The MIKE Zero tool “Geo Referencing Image File” has been extended to read and convert Esri world format files to DHI world file format
  • The MIKE2SHP tool is extended to support mesh and dfsu files
MIKE URBAN: Advisor Tools for modelling water distribution networks

The costs of pipe failures in water distribution networks are increasing and are forcing operators and utility managers to develop strategies and solutions to identify and replace critical pipes. With the upcoming release of MIKE URBAN, a new set of advisor tools will be available to support these processes.

Pipe criticality modelling will predict how the water distribution system responds to: -
  • Pipe break situations
  • Planned reconstructions
  • Limited water supply
Sustainability analyses will help to understand simulation results and detect possible problems, anomalies, and critical areas in the network. In addition to the map layers, a detailed html report will be provided for the entire network as well as for particular zones: -
  • Storage tanks: reports tanks that are either drained or overflows during the simulation, reports if the tanks are balanced within the simulation
  • Pumps: reports pumps that are operated close to their maximum capacity
  • Unit head loss: reports pipes with too high unit head loss
  • Service pressure: reports excessive pressure that exceed the service criteria
  • Pipe flow: reports reverse flow in pipes
  • Flow velocity: reports excessive flow velocity
Furthermore, cost analyses allow for reviewing the energy consumption results in more details, creating tabular outputs and graphs of pump utilisation, average power consumption, and costs.

Follow Blog by E-mail


15th MIKE by DHI UK User Group Meeting (7) 16th MIKE by DHI UK User Group Meeting (18) 2014 MIKE by DHI UK Symposium (7) 2015 DHI UK and Ireland Symposium (2) 2015 DHI UK Symposium (2) 2015 MIKE by DHI UK Symposium (2) 2D modelling (1) 64-bit (1) ABM Lab (4) All-Energy (1) Aqua Republica (1) aquaculture (1) bathing water quality (4) Bird Collision (1) Blog Admin (1) Breach Assessment (2) Breach Modelling (3) Burrator Historic and Natural Environment Project (1) Burrator Reservoir (1) Catchment Management (3) catchment modelling (1) Catchment Systems (1) Central Modelling Platform (1) CIWEM (2) Cliff Recession (1) Climate Change (5) Climate Change Policy (1) Climate Change Scenario Modelling (1) Climate Change Tool (4) Cloud Computing (1) coastal erosion (1) coastal inundation (1) coastal modelling (2) Coastal Oceanography (1) Computer Aided River Management (1) Conferences (2) Contaminant Transport (1) CORFU (3) coupled groundwater and ecological models (1) coupled hydrology-hydraulic modelling (1) Coupled Models (2) CPU (1) cyclones (1) Dam break (3) data sharing (1) debris factor (1) Defra (1) DEMO (4) Devon (2) Dewatering (1) DHI (163) DHI UK & Ireland Symposium 2016 (1) Dike Structure (1) Download (1) Dredging (2) Dune Erosion (1) ECO Lab (10) Ecological modelling (5) Ecosystems (2) EIA (1) Environment Agency (2) Environmental Engineering (1) Environmental Management (1) EU Floods Directive (1) European Overtopping Manual (1) EuroTop (1) FD2320 (1) FD2321 (1) Feedback (1) FEFLOW (24) FEFLOW 2012 (3) FEFLOW 2015 (2) FEFLOW Essentials (2) FEFLOW User Conference (1) flash floods (1) Flexible mesh (7) Flood and Water Management Act 2010 (1) Flood Damage Assessment (2) Flood Defences (3) flood depth (1) Flood Forecasting (6) Flood Impact Assessment (1) Flood Modelling (10) Flood Resilience (3) Flood Risk (6) Flood Risk Assessment (5) flood risk management (1) Flood Risk Management (Scotland) Act 2009 (1) Flood Risk Regulations 2009 (1) Flood Risks to People (1) flood warning (1) flood warning systems (1) Flooding (15) Floodplains (1) Fluid mechanics (1) forecasting (3) Forum (1) FRA (1) games (1) Geothermal energy (1) GIS (1) Global Tide Model (1) Google Earth (1) GPU (3) Ground Source Energy (3) Groundwater (12) Groundwater Modellers Forum (4) Groundwater Modelling (5) Guidance (4) Hazard Mapping (4) Hazard Rating (1) High Performance Computing (1) Hotfixes (1) HPC (1) hydraulics (2) ICE (2) ice flooding 2013 (3) ICE Flooding 2014 (1) ICFR (2) Integrated 1D-2D pollutant transport modelling (1) Integrated Catchment Management (8) Integrated Catchment Modelling (3) integrated modelling (5) Integrated Surface and Groundwater (9) Integrated Water Management (5) Interactive Game (1) International Conference on Flood Resilience (2) Ivybridge (1) land use changes (1) Licensing (1) Linux (1) LITPACK (4) Managed Aquifer Recharge (1) Manning's n (1) MAR (1) Marine Monitoring (1) Marine Renewable Energy (8) marine water quality (1) Maritime Archaeological Modelling (1) MIKE 11 (12) MIKE 21 (44) MIKE 21 BW (3) MIKE 21 FM (14) MIKE 21 FMHD (1) MIKE 21 FMPT (1) MIKE 21 OS (1) MIKE 21 ST (1) MIKE 21 SW (9) MIKE 21C (1) MIKE 3 (14) MIKE 3 FMPT (1) MIKE Animator (3) MIKE Animator Plus (2) MIKE BASIN (3) MIKE by DHI (173) MIKE by DHI 2014 (11) MIKE by DHI 2016 (2) MIKE by DHI UK Symposium (1) MIKE CUSTOMISED by DHI (33) MIKE FLOOD (32) MIKE FLOOD AD (2) MIKE HYDRO (1) MIKE HYDRO Basin (3) MIKE Powered by DHI (4) MIKE SDK (1) MIKE SHE (10) MIKE software (1) MIKE to Google Earth (1) MIKE URBAN (13) MIKE Zero (1) Mine Workings (2) Miniature Sensors (1) Mining (2) Mooring Forces (1) Morphological Change (2) NAM (1) News (15) Newsletter (10) Numerical modelling (1) Offshore Wind Farms (4) Oil Spill (1) Oil Spill Modelling (4) overtopping (3) Papers (1) parallelisation techniques (1) Particle Tracking (1) Planform Change (1) Plymouth University Marine Building (1) Porous Media (1) PREPARED (1) Presentations (1) productivity tools (2) Professor Kathrine Richardson (1) Queen’s University Belfast (3) rainfall data (1) rainfall dependent infiltration (1) rainfall radar (4) RDI (1) Real time control (5) Real-time (9) real-time control (1) real-time forecasts (7) Release 2011 (8) Release 2012 (13) Release 2014 (7) Release 2016 (1) Renewable energy (12) Research (1) Reservoir Inundation Modelling (1) River Modelling (4) River Monitoring (2) river restoration (1) Roughness (1) Rural Land Management Change (3) SaaS (1) Scour (2) scour risk (1) Sediment Transport (4) Serious Games (1) Service Packs (9) Sewerage (1) Shellfish Waters Directive (1) shellfisheries (1) shoreline evolution (1) slow response runoff modelling (1) Software (7) Software as a Service (1) Software Development Kit (1) Software Updates (9) South West Lakes Trust (1) SP2 (1) Spectral Wave (1) Spillway (1) Stakeholders (1) Steve Flood (1) storm surges (2) Storm Swell (1) storm water management (1) Structures (1) SuperGen UK Centre for Marine Energy Research (1) Support (9) Surface Water Flooding (4) Surface Water Management (3) Teaching (2) THE ACADEMY by DHI (42) The Catchment Approach (2) Thermal Plume Modelling (2) three-dimensional hydrodynamics (1) Tidal and storm surge water levels (1) Tidal currents (1) Tidal Energy (6) Tidal Push (1) Tides (3) Tips (4) Training (32) Treatment (1) tsunamis (1) Turbines (1) UGM (39) UK Christmas Party 2014 (1) UKCMER (1) University (2) University of Southampton (1) Urban Drainage (8) Urban Flooding (13) urban hydrology (6) User Group Meeting (36) User Group Meeting 2013 (7) User Group Meeting 2014 (10) User Group Meeting 2015 (2) Vegetation growth (1) velocity of flood waters (1) Vessel Motion (1) Wastewater (4) Wastewater Treatment Plant (2) Water Allocation (1) Water Distribution (1) Water Framework Directive (4) Water Quality (4) water quality modelling (4) Wave Energy (5) Wave Overtopping (5) Waves (6) weather radar (1) WEST (4) Wetland Restoration (1) WFD (3) wind turbine foundations (1) Workshop (1) WWTP (4) Yelverton (1)

Welcome to DHI UK

DHI is an independent, international consulting and research organisation with the global objective of advancing technological development and competence with respect to water, in all of its environments.

Worldwide, we offer a wide range of consulting services and leading edge technologies, software tools, environmental laboratories, and physical model test facilities, as well as field surveys and monitoring programmes. Designated as a not-for-profit organisation, DHI is able to invest a considerable portion of its resources in research and development. Today we co-operate with many Universities, and research organisations, and are recognised globally for our innovation and expertise.

In the UK, DHI offers niche or specialist consultancy services in the water and environment market to government agencies, commercial entities and selected research organisations. We fulfil a research based specialist advisor role; a ‘Consultant to the Consultants’. We also supply and support the renowned MIKE by DHI suite of integrated water modelling tools.

MIKE by DHI software is the result of years of experience and dedicated development and has, in many regions, become the standard modelling tool. It transforms our science into practice and gives you the competitive edge and, through the DHI Academy, you can rest assured that there is a local team of highly skilled experts committed to train and support you every step of the way.

MIKE by DHI truly models the world of water - from mountain streams to the ocean and from drinking water to treatment plant and beyond.

DHI Profile Video

Follow DHI...

Follow DHI on Facebook   Follow DHI on Twitter   Follow DHI on YouTube