Modell-Kennlinienfeld

On-line measurement of acid and metal salt concentration in pickling baths

Initial situation:

The targeted adjustment of the optimum concentrations of free acid fractions and metals in industrial steel pickling baths is of great importance for a consistently high product quality and plant productivity. With manual concentration monitoring, this is only possible to a limited extent because of the personnel and material expenditure. The BFI has developed online measuring technology “DynAcid®” for continuous concentration monitoring in pickling baths.

Objectives:

  • Continuous information on acid and metal salt concentration
  • Automated pickling bath control
  • Optimized pickling bath composition for a consistently high pickling result
  • Increase product quality and productivity
  • Saves time and cost-intensive chemical analysis

Our portfolio:

  • Presentation of the applicability of the measuring system in operational tests
  • Adjustment of the calibration of the characteristic field to operational conditions
  • Support during planning and realization of the installation of the measuring system
  • Continuous service of the installed measuring system – e.g. half or quarterly

Recommendation

Optimization of dedusting

Goals: Cost-effective inventory and assessment of existing plants with regard to dust emissions and the efficiency of dedusting Proposal and […]

Optimization of block casting

Your goals: Cost-effective evaluation of possible process changes Improve product quality Avoiding rejects Our portfolio: Design / optimization of pouring […]

New measuring instrument for the determination of the combustion technology properties of process, mixed and natural gases

Your goals: Efficient combustion of process, mixed and natural gases even in the case of changes in the fuel gas […]

Adjustment of the fuel gas air ratio in the near stoichiometric range

Your goals: Efficient heat treatment of steel, non-ferrous metals, porcelain / ceramics Gas generation from natural gas Complete thermal post-combustion […]