The National Sanitation and Environment Fair (FENASAN) in Brazil, held alongside the 37th AESabesp Technical Meeting from October 20 to 22, 2026, from 1:00 PM to 8:00 PM in the Green and Red Pavilions at Expo Center Norte in São Paulo, once again solidifies its position as the largest environmental Water and Wastewater event in the Americas.
With an estimated gathering of hundreds of exhibitors and over 15,000 visitors and conference attendees, the event serves as one of the primary meeting points for professionals, managers, system integrators, utilities, and technology companies.
Throughout the 3-day program, the sector will discuss key topics such as resilience in the face of extreme weather events, decarbonization, artificial intelligence, and the technological pathways to achieving universal sanitation targets.
We will be at booth M27 presenting a complete ecosystem for the sector. Visitors will have access to demonstrations of architectures tailored for automation, remote monitoring of water and wastewater systems, process control, and telemetry. Check them out below:
Highlighted solutions at our booth
Nexto XF: new series of compact controllers
Nexto XF Series represents Altus’s new generation of micro PLCs, combining high-density onboard I/O points with a platform designed for edge computing. Powered by a dual-core ARM processor and supporting Docker, this series can execute complex PID loops and local intelligence routines directly on the controller.
In raw water intake and deep well applications, the Nexto XF Series analyzes flow rate and water quality variables locally before transmitting consolidated data to the control center. This edge processing capability ensures that emergency pump shutdown routines execute in milliseconds upon detecting electrical faults or thermal anomalies, preventing severe damage to intake equipment.
Nexto XP: IIoT technology for process control
Designed as a gateway to smart automation and the IIoT ecosystem, the Nexto XP series offers cost-effective controllers with support for MQTT, EtherNet/IP, and direct communication with SQL databases. The line also features native cybersecurity tools, including integrated VPN and firewall capabilities.
In water booster stations and pressure boosting systems, the Nexto XP series provides precise pressure and level control for urban reservoirs. Its ability to transmit operational logs directly to corporate servers eliminates the need for edge PC hardware, simplifying telemetry architectures across distribution networks.
NX3035: high performance redundancy
NX3035 meets the most stringent high-availability requirements for industrial processes through its hot stand-by redundancy architecture and integrated SFP optical ports dedicated to high-speed synchronization. The system guarantees instantaneous control bumpless transfer to the secondary CPU without operational disruption or data loss.
In large-scale Water Treatment Plants (WTP) and Wastewater Treatment Plants (WWTP), the NX3035 ensures complete operational continuity. The automatic and transparent failover of the primary controller prevents unintended downtime in chemical dosing or effluent aeration processes, avoiding environmental fines and supply disruptions.
NX3008: a global CPU for your business
NX3008 is a high-performance controller capable of managing over 2,000 I/O points and executing more than 1,000 PID loops in just 2 milliseconds. The unit features support for PROFINET ring networks (MRP), an embedded web server, and a Docker platform for application virtualization.
This CPU is the ideal choice for controlling and monitoring highly complex treatment plants, managing coagulant dosing, flocculation, and filter backwashing stages in real time. Its high processing speed enables precise adjustments to chemical dosing in response to inlet turbidity variations, optimizing raw material consumption.
BluePlant SCADA: greater efficiency in system supervision
BluePlant is a SCADA supervisory solution built on an HTML5-based architecture, allowing native access to system screens from any web browser on computers, tablets, or mobile devices. The software offers advanced features for creating graphical synoptics, historical reports, and alarm management.
In Water and Wastewater operations, BluePlant serves as the core layer of the Operational Control Center (OCC), integrating remote monitoring for water and wastewater systems distributed across multiple municipalities. The platform consolidates georeferenced views of reservoirs and pumping stations, enabling operations teams to make informed decisions at the first sign of network anomalies.
G Series: distributed I/O systems to expand your application
G Series offers a modular, compact distributed input and output system designed to operate with multiple industrial communication protocols in scalable environments. The series stands out for its ease of maintenance and support for hot-swapping modules while powered.
Applied in WTP and WWTP industrial plants, the G Series enables decentralized signal acquisition from flow meters, level transmitters, and pH analyzers distributed across the facility. By positioning remote modules near process instruments and connecting them to the main panel via a fieldbus, panel builders can reduce copper cabling requirements and simplify cable tray routing.
LoRa Gateway: integrated and flexible communication
GW700 is a wireless communication gateway based on the LoRa protocol, designed for long-range, ultra-low-power connectivity in IIoT applications. Built with a rugged enclosure, the device is suitable for installation in outdoor street boxes and harsh environments.
This solution solves telemetry challenges in Water and Wastewater for isolated infrastructure points, such as rural artesian wells, pressure reducing valves (PRVs), and piezometers in raw water intake dams. The GW700 transmits data over miles without requiring structured cabling or cellular network costs.
NL717 Datalogger: precise data acquisition
NL717 is a standalone unit designed for data acquisition, non-volatile storage, and scheduled transmission of field data from remote installations. Engineered for long-term battery autonomy, it guarantees historical record integrity even through extended power outages.
Its application is strategic in District Metered Areas (DMAs) within distribution networks, directly supporting operational efficiency in Water and Wastewater through water loss management. By recording flow and pressure events during off-peak hours, such as overnight, the NL717 provides the necessary data to accurately identify underground non-visible leaks.
Ensure greater energy efficiency with the PH3500 power meter
PH3500 performs measurement and remote monitoring of three-phase electrical energy parameters via the Modbus TCP/IP protocol, including active and reactive energy consumption, power factor, and harmonic distortion.
Because pumping stations are the largest energy consumers in the sanitation sector, the PH3500 directly supports energy management for these facilities. By integrating it into the supervisory system, managers can track motor electrical efficiency in real time, avoiding low power factor penalties and scheduling high-demand operations outside peak tariff hours.
High speed communication with the Connect Series Switches
Connect Series consists of managed industrial switches featuring advanced ring network redundancy (ERPS protocol), IP30 ingress protection, and cybersecurity port protection mechanisms such as IP Source Guard.
These devices ensure data traffic integrity across the automation network connecting PLCs, HMIs, and supervisory servers. In harsh, electrically noisy environments, such as pump stations and treatment plant substations, the Connect Series keeps the information flow immune to electromagnetic interference, guaranteeing high communication availability without packet loss.
Higher speed, ruggedness, and cost-effective with X2, P2, and Axon HMIs
The X2, P2, and Axon Series range from compact displays for dedicated machinery to high performance graphic panels built with die-cast aluminum enclosures, featuring remote access support via VNC. Additionally, P2 Series models allow CPU modules to be mounted directly on the back, creating an integrated PLC and HMI solution.
Installed on the plant floor alongside chemical dosing skids, filtration units, and sludge dewatering presses in WWTPs, these HMIs deliver clear local diagnostics to operators. Field teams gain quick access to trend graphs and process synoptics, enabling them to adjust operational parameters without needing to travel back to the central control room.
AD inverters: reliability and resistance for harsh environments
AD series of frequency inverters, available in the compact AD600 models and the high performance AD700 series (with capacity up to 1000 kW), offers advanced vector control of electric motors alongside integrated energy-saving functions and sleep/wake modes.
Applied to pump drives in water and wastewater pumping stations, AD series inverters continuously adjust motor speeds according to network demand. This continuous modulation can yield significant reductions in electrical consumption and eliminates the water hammer effect in trunk mains during starts and stops, protecting pipelines against bursts and extending asset service life
Save the date, secure your badge to visit us at booth M27, and experience the future of automation up close.
We look forward to seeing you there!
