SOPYL/YLD-2.2 Easy to Operate 3hp Surge Aerator for Shrimp Pond Aeration

The Surge Aerator is a high-performance surface oxygenation system built for aquaculture ponds, wastewater treatment facilities, and large-scale water body management. Its precision-engineered impeller generates strong directional currents and continuous surface turbulence, significantly expanding the air-water interface and accelerating dissolved oxygen transfer. Designed for 24/7 operation in corrosive and biologically demanding environments, the unit combines robust construction with exceptional energy efficiency to deliver stable, cost-effective aeration performance over the long term.

Product introduction

The concept is simple: the larger the surface area exposed to air, the more oxygen enters the water. By turning a flat, still pond surface into a constantly moving, rippling field, the wave maker aerator maximizes this natural gas-exchange process around the clock. Jiangxi Sop Industrial Co., Ltd. is professional aerator's supplier in China with more than 20 years production and sales experience, we can offer 7 days fast shipping services. We have established partnerships with 5000+ customers from all over the world. Jiangxi Sop Industrial Co., Ltd. is professional aerator's supplier in China with more than 20 years production and sales experience, we can offer 7 days fast shipping services. We have established partnerships with 5000+ customers from all over the world.

Features

1. Good mixing effect

2. High aeration efficiency

3. Energy saving

4. Easy to operate and maintain

Parameters

Product Name	Surge Aerator
Model	SOPYL-2.2/YLD-2.2
Current Type	AC
Rated Power	2.2Kw
Voltage	220/380V
Power Source	Electric

Details

Application

Surge Surge aerators are trusted across a wide range of water environments. In shrimp and fish farming, they deliver continuous oxygenation to high-density ponds, hatcheries, and grow-out systems, boosting feed conversion and survival rates. In wastewater lagoons and oxidation ponds, they sustain the aerobic activity that breaks down organic waste. In lakes and reservoirs, they keep surface water moving to prevent algae blooms and thermal stratification. In aquaponics and recirculating systems, they maintain the oxygen balance both fish and plants depend on. And in shallow ponds under 1.5 meters — where paddlewheels and diffused-air systems lose efficiency — they consistently outperform the alternatives.