Scientific & Technical Consulting

Engineering for chemical production, from the formula to the plant

We work with producers of chemicals, fertilisers and other process industries where chemistry and production meet: a formula that no longer behaves as it should, or a unit that has to run safely after a change. Our experience covers more than 20 years in laboratories and plants, up to the management of an industrial site, with a doctorate in heterogeneous catalysis.

Simplified piping and instrumentation diagram (P&ID)Feed tank T-201 with level indicator LI-201. Centrifugal pump P-201 feeds the top head of jacketed stirred reactor R-201. Temperature loop TIC-202 measures the reactor temperature through the top head and acts on the steam control valve of the jacket; condensate leaves at the bottom of the jacket. The reactor discharges into rotary dryer D-201, and the product line carries sampling connection SC-201.
Fig. 2 From the formula to the running plant

01 Fields

Four fields, all within technical chemistry

  1. Formulation & product development

    We develop and adjust formulations and qualify the raw materials that go into them, with the matching specifications and stability data. Scale-up takes a product from laboratory batches to industrial production; this includes ranges of specialty and commodity liquid fertilisers.

  2. Industrial troubleshooting & quality

    Root cause analysis when product quality drifts or a production setting stops giving the expected result, followed by the corrected process chemistry and parameters. We also study the chemical mechanisms of an existing product to modernise its formula, lower its cost or improve its environmental profile.

  3. Processes, safety & operations

    Site management, process safety and SEVESO obligations, regulatory compliance, reliability and maintenance, turnarounds, OPEX and CAPEX budgets, and the definition of production equipment.

  4. Analytical chemistry & characterisation

    Surface and analytical chemistry to characterise materials and validate products: XRD, XPS, SEM, IR, BET and TGA.

02 Approach

From the diagnosis on site to the change in production

Most assignments start at the plant. The diagnosis ends in a written deliverable, such as an analysis report, an action plan, a procedure, a specification or input for a permit application, which we then put into practice with your teams.

The engineer who makes the diagnosis follows the file until it is closed.

03 Examples

Example assignments

  1. A

    Change of raw material

    After a change of supplier, a formulation lost part of its properties. We compared the old and new lots to find the parameter responsible, then adjusted both the formula and the purchasing specification, so that later deliveries are checked on the right criterion.

  2. B

    Complaints about a granulated fertiliser

    Customers reported that a granulated product was caking in storage. We traced the cause through moisture, particle size and coating with a series of trials, and handed over an action plan with a control method for production.

  3. C

    Modified production unit

    A production unit had been modified and its operating documents no longer matched the installation. We carried out the process risk analysis and rewrote the work instructions accordingly; the operating teams were then trained on the new mode of operation.

  4. D

    Scoping an industrial investment

    Before committing to an investment, a company needed a firm frame for the project. We set out objectives, budget and schedule, supported the preparation of the permit application and defined the indicators used to follow the project.

04 Engineer

Who carries out the work

Chemical & bio-industry engineer, PhD in heterogeneous catalysis

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05 Contact

Write to us

We reply within 24 hours.

Licensed engineering consultancy (Ingenieurbüro) for technical chemistry under the Austrian Trade Regulation Act.