DEF Manufacturing Plants Tailored to Your Needs
Looking for a reliable DEF manufacturing plant? We specialize in delivering turnkey AdBlue® / DEF production units with daily capacities ranging from 4 KL to 100 KL, designed to meet diverse industrial demands. Whether you're setting up a small-scale operation or expanding to a large DEF production facility, our solutions are fully customizable to match your specific requirements.
Our DEF plants are engineered for efficiency, compliance, and scalability?ensuring consistent output and high-quality Diesel Exhaust Fluid that meets ISO standards. We offer complete support from design to installation, helping businesses streamline their DEF supply chain with minimal downtime.
Ideal for fleet operators, fuel distributors, and industrial clients, our DEF manufacturing systems integrate advanced automation and safety features for optimal performance. With years of expertise in DEF technology, we ensure your plant is future-ready and environmentally compliant.
How the EURO-20T Adblue/DEF Making Machine Works
Elements | Specification |
Machine Model | EURO - 20T |
Production Capacity | 20000 LTR Per Day |
Machine Built Quality | Heavy Structure,AdBlue Quality Sensor, Fully Automatic Operation by Industrial PLC with HMI,Filter Replace Notification |
Power Requirements | 60 KW / 3 Phase |
Weight | 2500 kg |
Dimension | 4500 x 1800 x 2000 mm |
Installation | Free In India With Trial & Training |
Comprehensive Warranty and Support | 01 Year Limited |
Consumable | On Demand |
Operate | Easy To Operate With Plug & Play System In Low maintenance |
Grade Standard | ISO |
Country Of Origin | Made in India |
Automation Grade | Automatic |
Brief description
- The components for blending of AdBlue® product are technical grade urea ( in crystals/pills) and DI water. Urea is 32.5% and balance DI water.
- Raw water from the storage tank is fed in to the De-Ionized plant. This can be an HDPE tanks of suitable capacity.
- The DI water this produced will be stored in DM water storage tanks.
- Raw water from the storage tank is fed in to the De-Ionized plant. This can be an HDPE tanks of suitable capacity.