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LG Sonic Ultrasonic Algae Control Device from the Netherlands

NegotiableUpdate on 05/11
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Overview

Herna supplies LG Sonic ultrasonic algae control instrument MPC Buoy from the Netherlands, purchased directly from the German headquarters, with nearly 30 years of experience in imported industrial products, original products, and support for selection. We provide you with one-on-one solutions: stable delivery time, competitive pricing, and 8 offices in China to provide relevant after-sales services.

Product Details

the NetherlandsLG SonicUltrasonic algae control instrumentMPC-Buoy

Herna Supplythe NetherlandsLG SonicUltrasonic algae control instrumentMPC-BuoyDirectly purchased by the German headquarters, near30Years of experience in importing industrial products, original products, supporting selection, providing you with one-on-one solutions: stable delivery time, competitive pricing, with a presence in China8The large office provides relevant after-sales services.

1、 Manufacturer Introduction

LG Sonic B.V.It is a Dutch environmental technology company headquartered in Zumterme, South Holland province. The company itself2011Since its establishment, we have been conducting technological research and development around the issue of algae in water bodies, mainly focusing on the application of low-power ultrasound for algae monitoring and suppression in lakes, reservoirs, and other water bodies. The goal of the plan is to reduce reliance on chemical algae killing agents and achieve long-term regulation of algal populations through physical means. At present,LG SonicThe device has been deployed in over55A country covering various types of water bodies such as drinking water sources, industrial circulating cooling water, hydroelectric power storage areas, and agricultural irrigation. The company has an internal water analysis laboratory in the Netherlands for continuous improvement of sensors and ultrasonic control algorithms.

2、 Product type

LG SonicThe current product series mainly revolves around two major areas: water monitoring and algae control, which can be summarized as follows:

MPC-Buoy——A floating ultrasonic algae control system that integrates monitoring, prediction, and control.

E-lineSeries - Ultrasonic algae control device for small and medium-sized water bodies, suitable for landscape lakes, ponds and other scenes.

Industrial Line——The ultrasonic algae control unit for industrial water bodies includes two forms: wet installation and pipe installation.

Monitoring Buoy——Water quality monitoring buoy, capable of independently collecting multiple parameters of water quality in real-time and predicting algal blooms.

Vertical Profiler——The vertical profile monitoring system can automatically measure water quality indicators at different depths along the water column.

POSensor——In situ phosphate online analyzer for continuous monitoring of phosphate concentration in water bodies.

Weather Station——Supporting meteorological stations can collect local meteorological data and integrate it into buoy systems and software to assist in the determination of algal bloom trends.

MPC-ViewSoftware - Online water quality data management and visualization platform, supporting remote viewing, alarm settings, and report generation.

3、 Main models

Under the product line,LG SonicMultiple specific models suitable for different water conditions can be further subdivided, including the following:

MPC-Buoy——Flagship buoy model, single coverage diameter800Integrated ultrasonic emission and multi parameter water quality monitoring.

E-Line——E-lineSeries basic model, used for small ponds or places with limited water area.

Industrial Wet——Wet installation of industrial ultrasonic units, placed in open water bodies such as cooling pools and reservoirs.

Industrial In-Line——Tube type ultrasonic treatment unit, installed in a closed pipeline, is used to suppress biofilm on the inner wall of the pipeline and algae in the water.

MPC-Buoy Mini——Miniature buoy, suitable for small or shallow water areas.

Vertical Profiler——Vertical profile analyzer, which can set different depth acquisition points to monitor water temperature, dissolved oxygenpHChlorophyll alpha, etc.

POAnalyzer——In situ phosphate analyzer, using wet chemical colorimetric and optical detection methods to measure phosphate concentration online.

4、 Product Introduction

The followingMPC-BuoyExplain to the representative and briefly introducePO₄ Sensor.

MPC-BuoyUltrasonic algae control buoy

MPC-BuoyIt is a solar powered platform that floats on the water surface. Top installation3Block monocrystalline silicon solar panel (total)750 Wp)Internally equipped with24V/40AhLithium iron phosphate battery pack. The floating body is filled with three aluminum framed polyethylene pontoons and closed cell polyurethane foam, with a total buoyancy capacity of about285Kilogram, can stably support the upper structure. Bottom mounting of buoy4An ultrasonic transmitter and a set of multi parameter water quality sensors. The overall weight is approximately200Kilogram (excluding anchor), usually installed by3Assemble and drag to the designated water area before anchoring.

Main technical parameters:

External dimensions: Approximately long2188 mm, with a total width of approximately2540 mm(including the unfolded size of the solar panel), with a height of approximately860 mm

Floating body:3Rotational molding for UV protectionHDPEPolyethylene buoy, anodized aluminum frame, filled with closed cell polyurethane foam

Solar panels:3×250 WpMonocrystalline silicon components,IP67connector

battery1×24VThe40AhLithium iron phosphate battery

Water quality sensor: chlorophyllAlpha470nm)Phycocyanin(610nm)TurbiditypH(Composite electrode014Range, ±0.1pHPrecision), dissolved oxygen (optical fluorescence method020mg/L)Temperature(CTN055℃,±0.5℃ accuracy)

telemetering:GSM/GPRS4G), optional Iridium satellite communicationCDMAWirelessGPS

Data interface:RS485×1TheRS232×3TheSDI-12×14A simulated channel (configurable)420mA

Ultrasonic transmitter:4A launch unit, launch surface configurationAquawiper™ Automatic cleaning brush

Working Principle:

Cyanobacteria and some other algae cells contain tiny gas vesicles(gas vesicles)It is used to adjust its own buoyancy to move up and down in the water column, approaching the water surface to obtain light energy.MPC-BuoyThe ultrasonic transmitter applies low-power sound waves to the surface of the water, and the generated sound pressure field can cause resonance and even collapse of these airbags. After the airbag fails, algal cells lose their ability to float and remain in the water layer with insufficient light, unable to carry out effective photosynthesis. They gradually sink to the bottom of the water and are naturally degraded by bacteria and other decomposers. This process does not directly damage the algal cell wall, so it usually does not trigger concentrated release of algal toxins.

To prevent algae from developing adaptability under sustained single frequency effects,MPC-BuoyAdopting“Chameleon Technology™” (Chameleon technology), based on real-time data feedback from water quality sensors, dynamically changes parameters such as waveform, frequency, pulse interval, and amplitude of ultrasonic waves to maintain suppression effect over a longer time scale.

5、 Advantages and Characteristics

1. Reducing the risk of toxin release through a physical inhibition pathway based on algal gas sacs

Unlike the method of directly killing algae cells through cavitation effect or chemical agents, this technology acts on the airbag structure inside algae cells, causing them to settle without rupture, and the decomposition process is relatively smooth. The concentration of algal toxins in water does not show a sharp increase. Multiple institutions have observed in third-party assessments that this method has minimal impact on fish, aquatic plants, and other aquatic organisms.

2. Ultrasound parameters can be dynamically adjusted to delay algae adaptation

Multiple types of algae may develop tolerance when continuously exposed to single frequency ultrasound waves.MPC-BuoyThe ultrasound output parameters are not fixed and unchanging, but are automatically adjusted by combining online water quality data with backend algorithms. When there is a sudden change in water quality indicators or an abnormal increase in chlorophyll, the platform can autonomously update the ultrasound program to cope with changes in algal population structure and environmental conditions.

3. Multi parameter high-frequency online monitoring and algal bloom trend recognition

Floats are used for each10Collect data on chlorophyll alpha, phycocyanin, turbidity, dissolved oxygen, etc. at a frequency of once per minute, and upload it continuously toMPC-ViewOnline platform. The system backend integrates monitoring data from over ten years of different water bodies, seasons, and algae species around the world. Through algorithm models, it determines the possibility of algal blooms and issues early warning notifications to users.

4. Low maintenance frequency, maintenance can be completed on water

The main maintenance work is carried out approximately every six months, and personnel do not need to lift the buoy back to shore during maintenance. They can perform routine operations such as sensor cleaning, transmitter wiping, and battery status checks on board the ship. The ultrasonic emission surface is equipped with an automatic cleaning brush, which rotates and scrapes off the attached biofilm at regular intervals, helping to maintain the efficiency of ultrasonic transmission. In the absence of cleaning, biological attachment can cause ultrasound output to decay more than in a short period of time50%.

5. Wide adaptability to climate, no need for seasonal recycling

The buoy can operate continuously in high temperature and drought, high altitude and strong ultraviolet radiation, or low temperature water areas in winter. Electronic components and battery compartments are equipped with corresponding protection, automatically reducing power consumption and maintaining core functions when there is insufficient sunlight. Therefore, in most geographical areas, it is not necessary to remove the buoy from the water surface in winter, which reduces the human intervention in the operation process.

6、 Main applications

According to existing public cases,LG SonicThe ultrasonic algae control device has been deployed in the following five types of water bodies:

1. Drinking water source reservoir

In lakes and reservoirs used for drinking water supply, algal blooms not only increase the treatment load of water plants, but also cause odor problems. By deployingMPC-BuoyIt can suppress algae density for a long time, reduce permanganate index, and decrease the input of disinfection byproduct precursors. dominican republicValdesiaWithin one year after the reservoir was put into use, the level of chlorophyll a decreased87%.

2. Industrial cooling water tank

Industrial circulating cooling water systems such as power plants and petrochemical plants are often plagued by excessive growth of algae, resulting in scaling of heat exchangers and pipeline blockages.MPC-BuoyandIndustrial LineBy adjusting the ultrasonic parameters to suppress algae in the cooling water tank and cooling tower collection tray, support is provided for stable heat transfer efficiency.

3. Hydroelectric power reservoir

Algae blooms in the reservoir area in front of the dam may lead to blockage of the trash rack and thickening of the attached biological layer of hydraulic structures. A water surface in Florida, USA1700Acres of hydroelectric reservoirs are being deployedMPC-BuoyAfterwards, the biomass of algae decreased by about87%Reduced the frequency of related cleaning work.

4. Municipal sewage and landscape water bodies

Stable ponds and facultative ponds in sewage treatment plants, as well as urban landscape lakes and park waters, often experience outbreaks of blue-green algae blooms due to high nitrogen and phosphorus loads. The buoy system plays an auxiliary role in reducing suspended solids and biochemical oxygen demand in the effluent, and also helps to reduce the occurrence of odors and algal slurry accumulation in landscape water bodies.

5. Agricultural irrigation reservoir

The filamentous algae and single celled algae that grow in irrigation channels and reservoirs are prone to clogging the filters and drippers of drip irrigation systems. Ultrasonic algae control can inhibit the proliferation of most planktonic algae and some attached algae, thereby ensuring the hydraulic smoothness of the irrigation system.

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