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Mechanical engineering consultancy: efficiency measurements at hydropower plants, hydraulic calculations and inspection engineer services

IBLK Logo

Ingenieurbüro Lukas Karl

Groß Gerungs (AT)New on Amplifa

1Employees (sole proprietorship)
4–300 MWMeasuring range efficiency measurements
80–1200 mHead range of the measurements carried out
Wirtschaftskammer NÖ, FachverbandMembership
ATU68196249VAT number

About the consultancy

Ingenieurbüro Lukas Karl (IBLK), based in Groß Gerungs, Lower Austria, is a mechanical engineering consultancy operating as a sole proprietorship, specialised in metrological and engineering services. The focus lies on thermodynamic efficiency measurements at hydropower turbines, hydraulic water hammer measurements in pipelines, strain and strain-gauge measurements on hydraulic steel structure components, and vibration measurements on shut-off valves. In addition, the firm offers hydraulic calculations for pipelines and district heating networks, the preparation of emergency shutdown plans and run-off volume calculations, expert reports, and AM-VO (Austrian Work Equipment Ordinance) inspections of work equipment. With its self-developed software lunilog for inspection obligation management, the work of inspection engineers is digitally supported. Customers come primarily from the hydropower and energy infrastructure sector, including Salzburg AG, ÖBB and ÖBBS; projects have also been carried out in Georgia and Albania. The owner is Ing. Lukas Karl, who has many years of experience with thermodynamic measurements at power plants between 4 and 300 MW rated capacity.

Site
Groß Gerungs
Processes
AM-VO inspections (inspection of work equipment), Efficiency measurement of hydropower turbines (thermodynamic), Hydraulic water hammer measurement in pipelines, Strain measurements (strain gauges) on steel components, Vibration measurement on shut-off valves, Metrological accompaniment of shutdown tests, Hydraulic calculations (pipelines, district heating), Preparation of emergency shutdown plans and run-off volume calculations
Materials
Steel
Employees
1
Industries
Hydropower, Energy and pipeline infrastructure, Industry (work equipment/safety inspections), Energy/pipeline infrastructure
  1. 01

    Receipt and analysis of the measurement or inspection assignment

  2. 02

    Preparation and planning of the measurement technology

  3. 03

    On-site metrological execution (power plant, pipeline, facility)

  4. 04

    Evaluation and calculation

  5. 05

    Report preparation and expert opinion

  6. 06

    On request: digital support of inspection obligations with lunilog

Measurement objects and materials

Stahl

Steel

Material of hydraulic steel structure components and penstocks on which strain and strain-gauge measurements are carried out.

Location

Groß Gerungs

AT

Office and administrative location

Industries

HydropowerEnergy and pipeline infrastructureIndustry (work equipment/safety inspections)Energy/pipeline infrastructure

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
AM-VO inspections (inspection of work equipment)Inspection–––––
Efficiency measurement of hydropower turbines (thermodynamic)Inspection–––––
Hydraulic water hammer measurement in pipelinesInspection–––––
Strain measurements (strain gauges) on steel componentsInspection––––Steel
Vibration measurement on shut-off valvesInspection–––––
Metrological accompaniment of shutdown testsInspection–––––
Hydraulic calculations (pipelines, district heating)Engineering–––––
Preparation of emergency shutdown plans and run-off volume calculationsEngineering–––––
Development and distribution of lunilog - software for inspection obligation managementEngineering–––––

Additional services

Development and distribution of the software lunilog for inspection obligation managementAM-VO inspections (safety/work equipment inspections)Efficiency measurement of hydropower turbines (thermodynamic)Hydraulic water hammer measurement in pipelinesStrain/strain-gauge measurements on steel componentsVibration measurements on shut-off valvesHydraulic calculations (pipeline, district heating)Preparation of emergency shutdown plans and run-off volume calculationsExpert opinions

Reference customers

Salzburg AGÖBBÖBB-Infrastruktur/ÖBBS (Obervellach 2 power plant)Tischlerei KarnerZT HirtenlehnerZT Weinbergergbd Hydro GmbHDr. Josef SchedelbergerWiener Netze (via collaboration)

History

  1. 2006

    Employment with Dr. Josef Schedelberger: thermodynamic efficiency measurements from 4–300 MW, emergency shutdown plans, run-off volume calculations, measurements on hydraulic steel structure plant components and participation in expert reports (until 2013)

  2. 2014

    Collaboration with Dr. Josef Schedelberger: hydraulic calculations for the Adria Wien Pipeline, the Transalpine Oil Pipeline and the district heating pipeline of Wiener Netze (until December 2016)

  3. 2015

    Output measurement at the Lehen power plant of Salzburg AG (May to August, supplement May 2017)

  4. 2016

    Efficiency measurement at Fritzbach power plant (May) and Bärenwerk power plant (July) of Salzburg AG; vibration measurement on shut-off valves of the Enzingerboden power plant of ÖBB; foreign measurement in Lengarica, Albania, with gbd Hydro

  5. 2017

    Output measurement at Türnitz and Steinbach power plants of Tischlerei Karner

  6. 2018

    Strain-gauge measurement on the penstock and efficiency measurement at the Dießbach power plant of Salzburg AG; metrological accompaniment of the shutdown tests Bakhvi 3 in Georgia

  7. 2022

    Efficiency measurements at Dießbach power plant (2 machines) and Rotgülden II power plant of Salzburg AG

  8. 2024

    Thermodynamic efficiency measurement at Obervellach 2 power plant of ÖBBS (2 × 20 MW, October 2024)

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