Our solutions

The intelligent, standardized control cabinet for optimized remote control of pumping stations

Armele is an intelligent and standardized electrical cabinet that allows you to monitor and maintain all your pumping stations remotely. Designed to control pumping stations with 1 to 3 pumps (from 1.5 to 15 kw), it is compatible with all types of pumps using a frequency converter. For fast and consequent gains, this solution makes it possible to solve the most frequent problems, such as the repeated clogging of pumps, the fast accumulation of floating debris and sediments in the stations...

• Thanks to its advanced functionalities and remote control, it limits the need for emergency interventions by agents in the field
• It solves frequent problems (clogging, debris accumulation...) and avoids critical mechanical incidents
• The equipment's lifespan is improved

Armele is equipped with a PLC to optimize the local control and also allows a remote control / monitoring

• De-sludging function : Direct and reverse rotation of the pumps
• Drainage function: Periodic total emptying
• Anti-grease function: Variation of the tidal thresholds to avoid the formation of a grease ring
• Data visualization on site or from a control center
• Measurement and transmission of hydraulic and electrical process data (levels, faults, calculated flow rates, pump intensity, etc.)
• Automatic degraded mode (in case of PLC failure)
• Alarms and threshold settings locally or from a control center (start/stop, cleaning threshold, time...)
• Flow calculation to meet self-monitoring or permanent diagnostic requirements

Guarantee the quality and reliability of your metrology data

Smart Metrology Services is an expert service dedicated to metrology data quality. The quality and reliability of data are essential to the achievement of operational objectives of operators. Thanks to the continuous and automatic analysis of your data and intelligent algorithms, the solution allows you to detect sensor drifts or computer anomalies. As a real decision-making aid, the tool also characterizes suspected malfunctions and proposes maintenance actions.

Increased operational performance

• Control of intervention costs thanks to dynamic classification and targeting of critical actions: intervene at the right place and at the right time, and avoid unqualified or unnecessary interventions
• operation of smart Garanti tools with qualified and functional data
• Saves time for data analysis

Compliance with contracts and regulations

• Compliance with the regulatory constraints of the various trades (sanitation: compliance with regulatory requirements with the permanent diagnosis, drinking water: quality and optimization)
• Perpetuate subsidies (depending on the community's issues)
• Limit fines and penalties

Health and safety

• Contribution to the health and safety of agents thanks to the targeting and reduction of the number of field interventions

• Monitoring and predictive tracking of sensitive sensors
• Monitoring and analysis of priority operating data to provide a reliability rating of measurements based on a number of predefined indicators / algorithms.
• Individual monitoring, or of a specific group of sensors, of your network.
• Analysis over a configurable number of sliding days to detect drift or measurement defects
• Cross-referencing of information from different sensors for a global analysis

Digital solution for optimizing the performance of waste-to-energy plants

Waste Advanced is a digital application dedicated to optimizing the performance of waste-to-energy plants. It is a real decision-making tool for management and operations managers and complements the systems already in place. It allows users to adjust the management actions of the units they are in charge of, with the guarantee of a better stability of the whole process. Thanks to the global vision it offers and the predictive analyses, the intelligent platform makes it possible to anticipate anomalies and reduce hazards. Thus, interventions for dispensable curative maintenance actions are reduced, and preventive and predictive operations are better prepared and optimized. With more anticipation, it is now possible to control performance, reduce maintenance costs and reagent consumption.

Real-time performance hypervision

• Valuation of data in performance indicators
• Global and centralized vision of these indicators for a park of EFW plants
• Customizable platform that can be accessed at any time

Economic and operational performance

• Optimization and stabilization of processes (combustion, energy production, flue gas treatment)
• Optimal use of equipment 
• More reactive interventions
• Development of action plans to improve overall performance
• Easier analysis of the effectiveness of the strategies implemented

Anticipation of malfunctions and drifts​​​​​​​

• Automatic detection and anticipation of malfunctions and drifts (turbine vibration/overheating, irregular furnace filling rate, overconsumption of reagents and energy, etc.)
• Decision support for operational staff and management
• Safety of the installations

• Real-time dashboard with visualization of the 6 key performance indicators
• Customizable dashboards by the user
• Detailed dashboards (analysis, history, management...)
• Regulatory reporting on discharge quality

• Detection: vibration/overheating of turbine, overconsumption of feed water, bad draught, insufficient homogenization of waste, irregular rate of furnace filling, deviation of air condenser vacuum setpoint, etc.
• Anticipation: boiler & exchanger leakage/clogging, overconsumption of reagents and energy, line stoppage, turbine trip/breakage...
• Predictive maintenance

AQUADVANCED® Waterways, the digital solution for an optimized management of aquatic environments

Thanks to the analysis of data collected through real-time measurement equipment, weather forecasts and numerical models AQUADVANCED® Waterways enables efficient management of hydraulic systems and the prediction of hydrometeorological phenomena. It offers a complete vision of the hydraulic and hydrological situation of a watershed in real time, the quality of surface water and the functional state of structures.

• Continuous monitoring of surface water quality to prevent the risk of pollution and meet regulatory compliance
• Anticipation of flooding, marine submersion or overflow phenomena to support flood risk management
• Management of low-water levels to regulate water use and limit the impact on aquatic environments
• Optimization of the maintenance, management and monitoring of hydraulic infrastructures for the improvement of economic and operational performance

• Real-time and continuous monitoring of water bodies by cartographic representation of the hydrological and hydraulic context
• Rainfall and weather observations
• Visualization of data from sensors in the field: rain gauges, level probes, flow meters, piezometers, bacteriological or physico-chemical sensors,...
• Water quality monitoring with qualification of the pollution risk
• Anticipation of the risks of submersion, floods and low water phenomena
• Prediction of pollution risks
• Optimization of hydraulic control structures (low water level support, flood control dam, river navigation...)Calculation of predictive management strategies with simulations (dyke failure, structure inactivity, ...)

• Pau Béarn Pyrénées Agglomeration Community: continuous analysis of hydrometeorological risks on the watershed of Ousse des Bois and generation of alerts.
• City of Biarritz: forecasting the risk of marine submersion to trigger the deployment of population protection solutions

MANAGE DRILLING SITE PERFORMANCE IN REAL TIME

AQUADVANCED® Well Watch is the first global solution to continuously monitor and optimise the performance of wells and their pumps.

• Increase of wells and pumps lifespan

• Reduced operating and investment costs

• Well-managed water ressource and sustainable availability of underground resources

• Controlled water resource and secured access to underground resources

• Optimisation of maintenance plans

• Dashboard of the key performance indicators of the pump and the well

• Overview of the well field with data updated daily, alerts and links to ‘’open data’’ hydrogeological data sources 

• Record of maintenance operations and planning of future operations

• Preservation and optimisation of access points

• Use of well-adapted regeneration protocols as a per required frequencies 

REAL-TIME, 360° CONTROL OF WATER AND SANITATION PLANT PERFORMANCE

AQUADVANCED® Plant is a decision support system dedicated to operators for the continuous improvement of the performance of drinking water and wastewater plants. Thanks to this modular and customizable digital platform, operators comply with water quality regulations while optimizing operating costs through detailed monitoring of assets and their interactions.

  Advantages for drinking water:

• Adaptation to the specificities of each plant's processes

• Optimum reagent dosage injection

• Water quality compliance monitoring

• Optimisation of membrane maintenance

  Advantages for waste water :

• Treated water compliance monitoring

• Optimisation of the main treatment processes in each area (water, sludge, air)

• Real-time monitoring of equipment conditions to predict required maintenance and prioritise replacements

• Dispersion systems for odor nuisances

• Real-time monitoring and precise analysis of compliance, effectiveness of interventions, operating costs and treatment process efficiency, etc.

• Early detection of deviations, contextual alerts and risk anticipation of process and equipment anomalies

• Smart alarm management: urgency allocation, filtering and grouping

• Analysis and performance overviews customised for each operator

• Real time, multi-plant dashboard shared among stakeholders

• Preventive maintenance, tailored to the condition of the equipment

• Equipment ageing modelling and calculation of replacement strategies

• Calculation of optimised operational strategies

• Modules for treatment process optimisation and control

• Optimised consumption of energy and reagents 

• STEP Biarritz: detection of an energy over-consumption by a ventilator resulting in some 14% saving over 75 000 kWh/year

ENERGY AND OPERATIONS OPTIMISATION FOR WATER UTILITIES

Aquadvanced® Water Supply is a real-time optimisation system for water distribution networks, proven to bring down energy costs. The solution also maximises operational performance and water quality, as greater energy efficiency is reducing your operation’s environmental footprint.
Aquadvanced® Water Supply utilises SCADA and telemetry systems to read live data and issue commands to pumps and valves throughout an entire distribution system, producing the correct volume of water where and when it is needed.

• Operational Consistency: Optimise and automate network operations consistently
• Energy cost & energy reduction: Reduce energy cost up to 20% and energy use by up to 10% also reducing the carbon footprint
• Production Optimisation: Predict water demand and improve water source planning while reducing purchasing costs
• Quality: Improve water quality operations, reservoir turnover and blending

• Continuous optimisation and generation of pump, valve and treatment plant schedules
• Continuously updated water demand forecasts
• Adaption to changing electricity supply prices
• Calculation of production schedules optimised according to asset availability, water demand, electricity prices and reservoir storage constraints
• Simulation module for calculating operating strategies and estimating their operational and cost impact
• Optional transmission of commands to the SCADA system for immediate automatic control

• Tarragona - Spain: 15% reduction in energy costs, saving €1 000 000 

• Peel region - Canada : 5,600 tonnes of greenhouse gas emissions saved

* previously known as AQUADVANCED® Energy

OPTIMISE YOUR WASTEWATER AND RAINWATER MANAGEMENT SYSTEMS

AQUADVANCED® urban drainage is a real time software solution dedicated to the monitoring and control of sewerage networks. Thanks to the processing of meteorological data, information from different sensors on the sewerage system, and advanced algorithms, the solution allows to anticipate and prevent floods, control the quality of discharges into the receiving environment, while optimising the existing regulation and treatment infrastructures.

• Overall improvement in sanitation service quality and compliance with evolving environmental regulation
• Protection of population and assets against flooding risks coming from sanitation networks: anticipation up to 20 hours in advance
• Conservation of the natural environment's quality: up to 45% reduction in discharges per year
• Investment and financial performance optimisation: up to 50% reduction in expenditure on additional storage capacity

• Collection and processing of data from sanitation networks, using sensors and devices: flow meters, rain gauges, outlets, pumping stations
• Geographic dashboard or real time rainwater and wastewater network synopsis
• Regulatory compliance reports (periodic or on-going diagnosis)
• Event detection (blockages, clear water infiltration etc.)
• Weather forecasting and rainwater volume monitoring with radar visual display
• Forecast for heavy rains and risks of overflow in networks
• Real-time optimisation of sanitation system storage and treatment capacity, with or without automatic sanitation system control

• Singapore: optimising of the Marina Dam operations, to maintain reservoir levels during heavy rains 

• Biarritz: over 40% reduction in wastewater discharged into bathing water

IMPROVE THE PERFORMANCE AND SAFETY OF YOUR DRINKING WATER SYSTEM

AQUADVANCED® Water Networks is a real time software solution dedicated to the management of the performance of drinking water networks and to the preservation of water resources. It is an efficient management tool for operators and local authorities, which, thanks to the complete monitoring of the network in real time, allows to improve the detection and management of problems and to act directly on the reduction of water losses and the control of water quality.

• Continuous monitoring and Securing of the drinking water network
• Improvement of network efficiency
• Real-time monitoring of water quality
• Improving the quality of service
• Operational performance
• Preservation of water resources
• Compliance with regulatory constraints

• Monitoring of the performance of the entire network with map and sector views, calculation of indicators (night flow, daily volume, network performance, pressure, etc.) and thematic views
• Event manager based on statistical detection models
• Leak detection: analysis of data from sensors on the network, acoustic detection, and cross-referencing with data from smart meters
• Real-time monitoring of water quality through multi-parameter probe monitoring
• Pressure and pressure transient control, pressure stage management

• Versailles - France: 200,000 m³ of water saved in 2 years
• Macao - China: detection of a leak in the private pipelines at the University of Macao prevented the loss of 5000 m³, the equivalent of 3 days' consumption at the facility
• Poitiers - France: 960,000 m3 of water saved with data from acoustic recorders
• Seyne sur Mer - France: 75% of leaks repaired in less than 24 hours