• BEHAO®–The Smat BEHAO Equipment

The Smart BEHAO®  Equipment is applied to the sidestream of wastewater treatment plants. Utilizing intelligent sorting technology, it accurately selects high-quality sludge flocs with strong sedimentation and high biological activity, automatically recirculating them to the front end of the biological treatment system to enhance processing efficiency. Simultaneously, it discharges low-efficiency sludge to maintain system vitality, ensuring the high-performance operation of the biological treatment unit and ultimately achieving in-situ capacity expansion and efficiency improvement. This equipment can be quickly installed without halting production, features simple operation, and significantly enhances the treatment capacity of the plant’s biological unit. It enables dual improvements in treatment scale and water quality without the need for plant expansion, making it an ideal solution for low-cost capacity increase in wastewater treatment plants.

• BeTarF – The Targeted Flocculant

The first-generation Targeted Flocculant (BeTarF) was jointly developed by Beijing Enterprises Water Group and the Institute of Chemistry, Chinese Academy of Sciences. Building on this foundation, we have independently innovated to create a series of chemical products for water treatment and sludge conditioning. These products target the extracellular polymeric substances (EPS) in sludge, improving sedimentation speed and floc density to address issues such as sludge bulking and in-situ capacity expansion. Currently, three product lines have been developed: emergency targeted chemicals, secondary clarifier capacity enhancers, and deep sludge dewatering conditioners. The BTF products have been deployed in 20+ wastewater treatment plants, serving a total treatment capacity of over 1,200,000 tons per day.

• Well-point Tank - A New Cost-Effective Solution for Leachate Treatment

The Well-point Tank product series, jointly developed by BG Well-point Environmental and BE Water Future Technology, is an innovative process package specifically designed for food waste leachate treatment.

Utilizing full-quantity treatment and synergistic process technology, it ensures stable and compliant effluent quality while achieving complete leachate treatment with zero concentrated liquid discharge.

Featuring a modular construction model—combining equipment tanks and stackable units—along with an intelligent operation control system for unattended operation, the Well-point Tank offers key advantages : Full-quantity treatment, Standardized design, Smart automation, Low chemical consumption, Space-saving, Reduced investment costs.

• LEBC - Low-Carbon & High-Efficiency Bio-Control System

As one of the core products of BE Water Future Tech's Dual-Engine Smart Water Solutions, the LEBC System integrates hardware and software, combining BEWT-OS intelligent control with BEWT-IOT smart sensing devices. It enables fully automated water treatment operations, including chemical dosing, real-time monitoring, self-cleaning, and intelligent process control, delivering a smart, high-efficiency water plant solution.
With proven success in 30+ projects, the LEBC System currently supports daily operational capacities exceeding 1 million tons, demonstrating its reliability and performance in real-world applications.

Application Showcase: Zaozhuang Wastewater Treatment Plant

As the first demonstration project for LEBC technology, Beijing Enterprises Water Group's Zaozhuang WWTP has achieved breakthrough performance through intelligent biochemical process control:

Stable effluent quality meeting China's Surface Water Quasi-Class IV Standards

11.9% reduction in electricity consumption per ton of water

49.3% decrease in carbon source dosage

• BE-SUTO - Smart Digital Vision
   

Smart Monitoring Solutions for Municipal Pipe Networks

Developed through the integration of sensing technologies, IoT, cloud computing, and mobile internet, our smart pipe network monitoring devices and management platform are designed to meet the operational demands of complex urban underground drainage systems.

By enabling multi-dimensional data sensing, real-time transmission, and quantitative analysis, the system provides scientific, data-driven decision support for Pipeline asset management, System diagnostics & fault detection, Rehabilitation & renovation planning

Pilot Application Projects

1.Yibin Xuzhou District Smart Drainage Monitoring Project (Phases I & II)

2.Yingkou Jinyuquan Outfall Overflow Identification & Smart Monitoring Project

3.Foshan Sanshui Industrial Zone Upstream Sewer Network Early Warning System (Production Deployment)

• BEWgST - Nitrate Digital Sensor

The Nitrate Nitrogen Digital Sensor utilizes UV absorption spectroscopy to deliver high sensitivity, rapid detection, and reagent-free operation. It enables simultaneous measurement of nitrate nitrogen (NO₃-N) and dissolved organic matter indicators (COD & DOC).

Equipped with a self-cleaning mechanism, the sensor maintains exceptional long-term stability for continuous online water quality monitoring. Proven in multiple field applications, it ensures reliable performance under real-world conditions.

Application Case: Shandong Zaozhuang WWTP

Deployed as part of the intelligent control product line at Beijing Enterprises Water Group's Zaozhuang WWTP, Addressing the industry challenges of highly variable influent quality and stringent effluent standards, this solution integrates monitoring sensors with smart control systems to achieve precise aeration/dosing control. It delivers up to 48% reduction in annual carbon source expenses.

• Holographic Design Platform

The Holographic Design Platform is an intelligent automated design software innovatively developed by BE Water Future Tech, leveraging deep industry expertise to revolutionize traditional design approaches. It rapidly delivers design calculations, BIM modeling, and CAD drawings with minimal input requirements. With inherent potential to integrate upstream and downstream industrial chains, this platform pioneers the development of intelligent manufacturing capabilities across diverse engineering fields through data-driven design.

• New Energy Island Integrated Solution

The New Energy Island is developed based on the characteristics of recycled water/wastewater, fully leveraging its advantage as a clean thermal source with stable temperatures. Compared to traditional fossil fuels and other heat-pump-based clean thermal sources, it can significantly reduce carbon emissions, initial investments, and operational costs. This equipment can provide both heating and cooling services for buildings, industrial facilities, agricultural operations, and more.

Product practice: Yanjiao West Plant Phase II Project in Sanhe City

The Water Source Heat Pump System Renovation Project at Yanjiao West Plant Phase II in Sanhe City introduces the New Energy Island - Smart Energy Management System for water source heat pumps, achieving refined management and efficient operation through intelligent upgrades. By integrating big data analytics and AI algorithms, the system predicts load fluctuations based on historical data, optimizes operational strategies, and enables real-time energy monitoring with dynamic adjustments. This ensures optimal performance while addressing traditional system issues such as excessive cooling in summer, overheating in winter, high energy consumption, and inconvenient regulation. The User comfort is significantly improved while operational costs are substantially reduced. After renovation, the system achieves 30%-40% overall energy savings and reduces carbon emissions, establishing a replicable "smart and low-carbon" management model for sewage treatment plants, industrial parks, and similar facilities.

• Activate SED to Simplify Excellence in Operations

Wastewater Operation Management System (BE-SED)BE-SED is a digital management system that encapsulates Beijing Enterprises Water Group's years of expertise in wastewater operations. It integrates the core standards of the "Star-Rated System" and adopts the "Cloud-Chain-Edge" management model.

Designed with a SaaS architecture, BE-SED offers flexible subscription plans—Basic, Standard, and Premium editions—enabling rapid deployment and cost-efficient implementation. This system empowers users to achieve a transformative management approach characterized by:

Standardization
Lean Operations
Centralized Efficiency
Intelligent Optimization

The Sewage Operation Management System (BE-SED) is a digital management system that embodies Beijing Enterprises Water Group's years of experience in sewage operation management. It incorporates the core standards of the group's "Star-level System" and the "Cloud-Chain-Terminal" management model. SED adopts a SaaS-based architecture design, providing customers with flexibly configurable subscription services in basic, standard and flagship versions, enabling rapid system deployment and low-cost application, and supporting users in realizing the transformation of management models towards standardization, leanization, intensification and intellectualization. Meanwhile, the smart operation BE-IOC system has been developed. As an integration of the cockpit, operation system and digital twin system, it provides data insight and decision support, helping enterprises achieve a leap in market promotion and operational efficiency.

• BE-Sense™: Autonomous, Affordable & Maintenance-Free—Redefining Water Monitoring Reliability

① Constant Sludge Level Controller

This product enables fully automated sludge recirculation management for secondary sedimentation tanks through:

Precision sensing hardware

Intelligent control software

Standardized services

Key Features:
✓ Controls sludge concentration in bioreactors
✓ Manages sludge return/waste processes
✓ Compatible with various WWTP configurations

② Instrument Pre-treatment Unit

Core Technologies:

Flat-sheet membrane filtration for efficient mixed liquor pre-treatment

Winch-lift frame for rapid membrane replacement

Temperature-controlled cabinet (optional for chemical analyzers) ensuring stable operation in extreme climates

Flow-through cell for electrode-based analyzers to maintain real-time sample validity

Application: High-precision water quality monitoring

③ Positive Displacement Flowmeter

Specialized for:

Low-flow chemical dosing applications

Addressing electromagnetic flowmeter inaccuracies in small pipelines

Leak detection when installed at dosing line terminals

Working Principle: Volumetric measurement technology

• BE-IoT Lite™: Effortless Data Collection for Water Operations

Software Gateway Solution

Replacing traditional hardware data gateways with our software-based alternative to overcome:

✓ Low deployment efficiency

✓ Lengthy implementation cycles

✓ High capital costs

✓ Complex retrofitting requirements

✓ Labor-intensive maintenance