Galex Axion One X750-WT Applied in India Dyeing Wastewater Treatment Project_Wastewater Treatment_GALEX

Cases Wastewater Treatment Galex Axion One X750-WT Applied in India Dyeing Wastewater Treatment Project
Galex Axion One X750-WT Applied in India Dyeing Wastewater Treatment Project

Hangzhou, Zhejiang, August 2025 — Galex Ltd's Axion One X750 high-pressure blower has been successfully validated in the wastewater treatment system of a dyeing factory in Hangzhou. Operating at 60 kPa working pressure and 5 m³/min flow rate, it replaced traditional Roots blowers to provide stable aeration for daily treatment of 300 tons of effluent.

Key Project Parameters

Metric

Traditional Roots Blower

Axion X750

Change

Input Power

11 kW

6.7 kW

↓39.1%

Annual Electricity Cost*

¥82,236

¥50,066

↓39.1%

Operating Noise

105 dB(A)

78 dB(A)

↓25.7%

* Electricity cost calculation: Power × 24h × 365d × ¥0.85/kWh (Zhejiang industrial rate)

Core Technical Advantages

1. Energy Optimization

High-efficiency mixed-flow impeller design increases efficiency to 81.5% at 60 kPa

2. Maintenance Simplification

Oil-free enclosed bearing system eliminates scheduled maintenance                                                                                                 

3. Noise Control

Aerodynamic and vibration-damping optimization reduces noise to 78 dB(A) at 1m

ROI Analysis

Item

Amount

Basis

Annual Electricity Savings

¥32,170

Power difference × runtime × electricity rate

Annual Maintenance Savings

¥2,000

Original Roots blower maintenance costs

Total Annual Savings

¥34,170


Simple Payback Period

6 months


Customer Feedback

"The X750 operates stably at 4.5m water depth aeration, with measured power consumption of 6.7 kW – 39% less electricity than the Roots blower. With combined energy and maintenance savings, the investment pays back in 6 months."
— Project Lead, Equipment Department, Hangzhou Dyeing Factory

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Technical Notes:

Noise testing performed per GB/T 2888-2022 at 1m distance

Power measurements validated by Zhejiang Special Equipment Inspection Institute (Report No. GX-TR-2025-0801)



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