Schematic interface for model editing and results output
User-configurable models
Broad range of component and constraint types
Multiple configurable optimisation goals
Robust optimisation algorithm
Client-server structure to support multi-user access
Links to corporate telemetry systems
Testimonies
Current users in the UK include Anglian Water, Bristol Water, British Waterways, Cambridge Water, Dee Valley Water, Environment Agency, Jersey Water, South East Water, South West Water, Southern Water, Three Valleys Water, United Utilities, Wessex Water plus several leading consultants.
"For the first time MISER gives us the ability to simulate and optimise the water supply system as a single unit with realistic constraints on demand zones, infrastructure and resource ability."
"Whole horizon optimisation (permitting removal of operational control rules) ... enhance the authenticity of the model, and give MISER greater freedom to maximise savings and security of supply through selection and timing of resource utilisation."
"The development and implementation of MISER ... has demonstrated that on-line pump scheduling is a realistic and achievable operational aim"
"An invaluable tool in assessing the impact of climate change on water resource planning and operations."
"MISER...has identified a small resource deficit under peak demands in our north and south demand zones under design drought conditions." More
Making the most of MISER
Tynemarch work directly with our MISER users to provide support for model building and calibration.
We will help solve unusual problems and encourage innovative use of the extensive functionality available in MISER.
Our sole focus is assisting our users to obtain the maximum benefit from using MISER to maintain supplies at minimum cost, identify the most cost-effective investment programmes and to ensure optimal utilisation of the entire water resource and supply system.
MISER is a highly configurable and flexible suite of decision-support tools for optimal water management, asset and resource planning.