Plant engineering for chemicals
- Plant safety & explosion protection
- Accuracy & reproducibility
- Quality & material resistance
Storage, mixing, dosing of liquids and solids
The chemical industry places high demands on the processing of liquids and solids. IFA Technology offers customized system technology for precise dosing, mixing and safe storage of chemicals to ensure maximum production safety and efficiency.
All projects comply with relevant laws, standards and directives, including TA-Luft, ATEX, BG Chemie and BImSchG, and meet customer specifications.
- Over 300 realized projects worldwide
- Dosing: from 5 grams, accuracy ±0.1 grams
- Largest system: up to 11 tons of metal pickling per batch
Customized plants for the chemical industry
Chemical processes require maximum precision, safety and reproducibility. To meet these requirements, IFA Technology offers gravimetric and volumetric mixing and dosing systems, Tank- and Silo systems sowie reaction systems for the chemical industry. Our systems not only meet the regulations for explosion protection and emissionreduction, but also the requirements for material resistance.
Mixing & dosing liquids
Processing of liquids such as acids, alkalis, alcohols and solvents through precise dosing, safe mixing and efficient storage for reliable production.
Powder & additive dosing
Minimized contamination risks and consistent product quality by mixing and dosing solids such as salts, acid granulates, melting agents and additives.
Reaction systems for polymerization
Equipped with heating and cooling systems, pH measurement and viscosity control to optimize complex chemical processes such as the polymerization of resins.
Silo systems & tank farms
Safe storage of liquids and solids. Combination of conveying paths and mixing systems for optimized batch operation and continuous processes during filling.
Special plant engineering
Customized solutions for complex chemical processes that are precisely tailored to the individual requirements and specifications of our customers.
Safety & efficiency
- Highest safety standards
- Explosion protection & emission reduction
- Reproducibility
- Traceability & process reliability
Innovation & flexibility
- Continuous technological development
- Automated process monitoring
- Minimization of error sources
- Modular design for flexible adaptations
Specialization
- Systems for the safe processing of highly aggressive chemicals
- Substances such as fuming nitric acid (99%), hydrofluoric acid HF (40%), sulphuric acid, caustic soda
Do you have questions about chemical process plants?
We prioritize close collaboration with our customers and plan each project individually to develop tailor-made solutions. Our team of experts supports every project phase - from analysis and planning to implementation and after-sales service. In this way, we ensure smooth implementation and optimum results.
Feel free to contact us - we look forward to supporting your company in optimizing production processes.
FAQ on plant engineering for chemicals
What types of chemical substances are processed with your systems?
Our systems are designed for processing acids, alkalis, alcohols, salts, additives and melts. This flexibility allows customized solutions for different production requirements.
Are your systems suitable for potentially explosive atmospheres?
Our chemical plants comply with international and country-specific explosion protection regulations. They offer maximum safety when processing hazardous substances. We adapt gas and dust explosion protection systems to your project specifications. This is how we ensure safe and reliable production.
Do you create custom-made products for special requirements?
We develop customized solutions for your needs. Our special systems are individually tailored to your production processes.
How do you ensure precise dosing and mixing of chemicals?
Our systems use gravimetric and volumetric systems as well as precise sensors. These control dosing and mixing ratios precisely. We guarantee consistent quality and reproducibility. We take individual material properties into account for optimum results.