20kHz 2000W Ultrasonic Sonochemistry for Medicinal Chemistry Research

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20kHz 2000W Ultrasonic Sonochemistry for Medicinal Chemistry Research

Customization:	Available
After-sales Service:	Yes
Application:	Liquid with Suspended Solids

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Product Description

📋 Basic Info.

Model NO.	RPS-SONO20
Application Area	Agricultural Chemicals
Certification	CE
Frequency	20kHz
Horn Material	Titanium Alloy
Capacity	20 L/Min
Max Pressure	35 MPa
Warranty	1 Year

🚀 Product Description

Introduction

Ships play a huge role in international trade, but untreated ballast water can pollute local ecological environments and endanger biodiversity. Ultrasonic cavitation effect can effectively neutralize marine life, protecting both the ocean environment and facility safety. This technology offers a synergistic treatment effect with low energy consumption and no secondary pollution.

🔬 Technical Specifications

Model	Frequency	Power	Max Capacity	Intensity
SONO20-1000	20±0.5 KHz	1000 W	10 L/Min	20 W/cm²
SONO20-2000	20±0.5 KHz	2000 W	15 L/Min	40 W/cm²
SONO20-3000	20±0.5 KHz	3000 W	20 L/Min	60 W/cm²

🌊 Marine Fouling Categories

Soft Growths: Such as sponges and organic matter.
Microorganisms: Bacteria and single-cell organisms like algae.
Hard Animals: Barnacles and bivalve molluscs that cause local corrosion and pipe blockage.

📸 Product Gallery

❓ Frequently Asked Questions

Q1: How does ultrasonic technology prevent marine fouling? A: Ultrasonic cavitation creates high-temperature and high-pressure micro-bubbles that rupture, causing sea creatures to peel off surfaces and breaking their epidermal cells.

Q2: Can it be used for sewage treatment? A: Yes, it can be combined with ozone, hydrogen peroxide, or UV light to degrade organic pollutants like phenol and trichloroacetic acid.

Q3: What is the benefit of using titanium alloy for the horn? A: Titanium alloy offers superior corrosion resistance and durability, especially in harsh marine or chemical environments.

Q4: Does the process cause secondary pollution? A: No, ultrasonic cavitation is an environmentally friendly physical process that does not generate secondary chemical pollutants.

Q5: What is the typical capacity of these units? A: Depending on the model, capacity ranges from 10 L/Min to 20 L/Min for continuous operating types.