Zuiver water in drie stappen: Snelle behandeling met magnetische kralen

Beste vrienden in milieubescherming en waterbehandeling,Bent u ooit overweldigd door de uitdagingen van de behandeling van complex industrieel afvalwater?? Heavy metal is boven de geaccepteerde norm, hardnekkige organische verontreinigende stoffen, high sludge disposal costs… Worry no more! Vandaag, we introduce a technology that isboth highly effective and low-maintenance — theOp silica gebaseerde magnetische kralen Afvalwaterzuiveringsoplossing! No sorcery, just science — transforming polluted water into clear streams effortlessly!

1. Three Major Application Scenarios & Practical Solutions

Scenario 1: Removal of Heavy Metals from Electroplating Wastewater

Issue: Excessive Ni²⁺, Cr⁶⁺; slow sedimentation and high sludge volume in traditional processes

Oplossing:Add amino-modified silica-based magnetic beads (-NH₂ specifically captures heavy metals)

Magnetische scheiding (solid-liquid separation completed in 5 notulen)

Zure wasregeneratie (recovering heavy metal resources, beads recycled)

Data speaks:
Nickel removal rate > 95%，Sludge reduction by 70%
Annual metal recovery value up to $ 70,183.32 per 10,000 ton water

Scenario 2: Treatment of Oily Wastewater in Petrochemical Industry

Issue: Difficult separation of emulsified oils; high cost of chemical demulsification

Oplossing:  Use hydrophobically modified beads (C18 alkyl chain modification)

Beads bind with oil droplets to form “magnetized oil clusters”

Magnetic recovery (oil removal rate > 90%)

Voordelen:
No demulsifier needed, reducing costs by 40%
Treatment time shortened from 2 hours to 10 notulen

Scenario 3 Advanced Phosphorus Removal in Municipal Wastewater

Issue: Phosphorus pollution causes eutrophication

Oplossing:  Zirconium-loaded magnetic beads (Zr@SiO₂@Fe₃O₄)

Specific adsorption of phosphates

Alkaline washing regeneration for reuse

Resultaten:
Phosphorus adsorption capacity > 45 mg/g
Effluent total phosphorus < 0.3 mg/l (meeting Surface Water Class III standards)

2. Unveiling the Technical Mechanism!

“Magnetic Hunter” Adsorption Mechanism:

Electrostatic adsorption (charged groups like -OH, -NH₂ capture ions)

Chemical coordination (heavy metals form stable complexes with functional groups)

Hydrophobic interaction (alkyl chains efficiently capture organic pollutants)

“Second-Level Separation” Magnetic Response:
Onder een extern magnetisch veld, magnetic beads aggregate within 10 seconds — no need for lengthy sedimentation or filtration.

“Regeneration Master” Cycling Design:

Acid regeneration (0.1M HNO₃ desorbs heavy metals)

Thermal regeneration (300°C calcination decomposes organics)
After 10 cycles, adsorption capacity remains > 85%

3. Dimensional Advantage Over Traditional Processes!

Metric	Op silica gebaseerde magnetische kralen	Traditional Activated Carbon
Adsorptiecapaciteit	300 mg/g (for Pb²⁺)	150 mg/g
Separation Time	< 5 notulen	2-4 uur
Hergebruik cycli	≥ 10 keer	3-5 keer
Sludge Production	Reduced by 70%	Large volume, difficult disposal
Automatiseringsniveau	Fully automated	Manual operation required

Let’s empower your wastewater treatment with magnetic technology —add an “accelerator” to your wastewater treatment process!

Plaats nu uw bestelling, aarzel niet!

Leverancier

Shanghai Lingjun Biotechnologie Co., Ltd.werd opgericht in 2016 dat een professionele fabrikant is van biomagnetische materialen en reagentia voor nucleïnezuurextractie.

We hebben een rijke ervaring in de extractie en zuivering van nucleïnezuren, eiwit zuivering, cel scheiding, chemiluminescentie, en andere technische gebieden.

Onze producten worden op veel gebieden veel gebruikt, zoals medische testen, genetische testen, universitair onderzoek, genetische veredeling, enzovoort. Wij leveren niet alleen producten, maar kunnen ook OEM ondernemen, ODM, en andere behoeften. Als u een gerelateerde behoefte heeft, Neem gerust contact met ons op .