Printing Ink Waste Water Treatment Machine
Product Spotlights
The Automatic Ink Waste Water Treatment Machine is an integrated environmental protection equipment designed for printing, packaging, ink production and coating industries. Targeting ink wastewater’s core pain points—complex composition, high chromaticity, high COD value and poor biodegradability—it achieves full-process unattended operation from collection to discharge or reuse via automatic control and multi-process purification. It helps enterprises meet environmental regulations and cut costs through water recycling, becoming essential for green industrial transformation amid tightening global environmental policies.
1. Product Overview & Core Positioning
Ink wastewater, a highly polluting industrial wastewater from equipment cleaning, residual ink discharge and printing plate cleaning, causes severe soil and water pollution if directly discharged, leading to enterprise penalties or shutdowns. This machine integrates physical separation, chemical coagulation, advanced oxidation and biological degradation into a modular design, customizable by water quality and volume. It suits both water-based and oil-based ink wastewater, offering a one-stop treatment solution with strong adaptability and stable effects.
2. Core Working Principle
The machine adopts a multi-stage combined treatment process for optimal purification, with the following key steps:
Pretreatment Stage: Wastewater is collected in a buffer tank, where large impurities are removed by grille filtration and sedimentation to reduce subsequent load and prevent blockages. The automatic dosing system adjusts pH to 6.0-9.0 for subsequent reactions.
Chemical Coagulation Stage: Pretreated wastewater is pumped into the reaction tank, where composite flocculants (e.g., PAC, PAM) are automatically added to form large flocs, separated by sedimentation or air flotation. This removes over 80% of suspended solids, 50% of COD, and significantly reduces chromaticity.
Advanced Oxidation Stage: UV/O₃ or electrocatalytic oxidation breaks down refractory organic substances (e.g., ink resins, solvents) into degradable small molecules, further removing COD (85%-95%) and chromaticity (≥90%).
Biological Degradation Stage (Optional): For higher requirements, a biological module (UASB, MBBR) decomposes macromolecules into CO₂ and water, ensuring effluent meets reuse standards.
Deep Filtration & Post-treatment Stage: Ultrafiltration or activated carbon removes residual impurities and odor. Online water quality detection ensures compliant discharge or recycling for production (e.g., equipment cleaning).
3. Key Technical Parameters (Table)
The table below shows standard parameters; customization is available based on customer needs (treatment capacity, effect, size).
Parameter Name |
Specification |
Remarks |
Treatment Capacity |
0.5-100 m³/day |
Customizable; small (0.5-5), medium (10-50), large (50-100) m³/day |
Inlet Water Quality |
COD: 500-15000 mg/L; Chromaticity: 500-5000x; SS: ≤5000 mg/L; pH: 3.0-11.0 |
Suitable for water-based & oil-based ink wastewater |
Effluent Water Quality |
COD: ≤50 mg/L (discharge); ≤100 mg/L (reuse); Chromaticity: ≤50x; SS: ≤10 mg/L; pH: 6.0-9.0 |
Meets GB 8978-1996 Class I discharge standard |
COD Removal Rate |
85%-95% |
Adjustable by inlet water quality |
Chromaticity Removal Rate |
≥90% |
Up to 98% for water-based ink wastewater |
Power Supply |
380V/50Hz (3-phase 4-wire); 220V/50Hz (small models) |
Industrial standard voltage |
Power Consumption |
1.5-50 kW |
Depends on capacity; small (1.5-5), medium (5-20), large (20-50) kW |
Equipment Material |
PP, 304/316L stainless steel |
Corrosion-resistant; core components ≥5-year service life |
Control Mode |
PLC automatic control + touch screen; remote monitoring available |
Unattended; fault alarm & parameter adjustment |
Installation Type |
Above-ground (container), underground (buried) |
Small footprint (1/3 of traditional systems) |
Overall Size |
1800×950×1500 mm (small); 3000×1500×2000 mm (medium); customizable |
Depends on treatment capacity |
Warranty Period |
1 year (core components: 2 years) |
24-hour after-sales service |
4. Core Advantages
Compared with traditional equipment, this machine has obvious advantages in intelligence, treatment effect and cost:
Full Automation: Equipped with high-precision PLC control and online monitoring, it completes the whole process automatically, supporting remote monitoring and fault warning. No special personnel are needed, reducing labor costs.
Efficient & Stable: Multi-stage treatment ensures high COD/chromaticity removal rates and stable effluent quality. It automatically adjusts parameters to adapt to fluctuations in inlet water quality/volume.
Compact Design: Integrated modular structure has a small footprint (1/3 of traditional systems), suitable for limited workshop space, with above-ground/underground installation options.
Low Cost: Corrosion-resistant core components have a long service life. Energy consumption is 20%-40% lower than traditional equipment, and water recycling cuts fresh water costs.
Strong Adaptability: Suits various ink wastewater types/concentrations; customizable solutions for different enterprise needs.
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Eco-friendly: No secondary pollution; sludge can be pressed into dry cakes for safe disposal. Energy-saving motors and optimized design align with green development.
5. Application Scenarios
The machine is widely used in industries generating ink wastewater, providing compliant treatment solutions:
Printing & Packaging: Screen printing, pad printing, can printing, etc., handling equipment cleaning and residual ink wastewater.
Coating: Furniture, automobile spraying, shipbuilding, removing resins, solvents and heavy metals from ink-containing wastewater.
Fine Chemical & Dye: Dye production, leather dyeing, improving biodegradability of refractory organics.
Ink Production: Treating mixing and cleaning wastewater to realize production water recycling.
Other Industries: Extendable to papermaking, wood processing, etc., for high chromaticity/high COD wastewater similar to ink wastewater.
6. After-sales Service & Support
Comprehensive after-sales service ensures stable equipment operation:
Pre-sales: On-site investigation, water quality testing and customized solution design.
Installation: On-site installation, commissioning and staff training for quick put-into-use.
Maintenance: 1-year free warranty (2 years for core components), 24-hour online consultation and timely on-site maintenance.
Consumables: Stable supply of flocculants, filter membranes, etc., at preferential prices.
Technical Upgrade: Equipment upgrades to meet updated environmental policies and enterprise development needs.
In conclusion, this high-efficiency, intelligent and eco-friendly machine integrates advanced technology, stable performance and low cost. It helps enterprises achieve compliant production, recycle water and reduce costs, supporting green sustainable development. Personalized solutions are available for small workshops and large enterprises alike.
Overseas manager: Tom Wang
Email:cartonmachine.tomwang@aliyun.com
Phone/Wechat/Whatsapp:+86 133 0307 8975
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