 |
Harald
Karl Winkler, DI
|
Date of birth::
Martial status:
Nationality:
|
12th July 1955
Married, 3 children
Austria
|
EDUCATION AND
PROFESSIONAL STATUS
1973
|
Bundesrealgymnasium Lerchenfeldstraße,
Klagenfurt: Reifeprüfung (A-level)
|
1977
|
Höhere Technische Bundeslehr- und
Versuchsanstalt Graz: Ingenieur (B.Sc.) Mechanical
Engineering
|
1988
|
Graz
Technical
University
:
Diplomingenieur (M.Sc.) Chemical Engineering
|
1995
|
Chartered
Process Engineering Consultant (Professional Engineer)
|
2000
|
RWTH
Aachen
: Post-graduate
course on membrane processes
|
2000
|
Management
Center Innsbruck (MCI),
University
of
Applied Sciences
:
Teaching assignment for process engineering and environmental technologies
|
2004
|
Arch+Ing
Akademie,
Vienna
:
Course of lectures on mediation in the field of planning and construction
|
2004
|
1st International
Summer School on Business Mediation,
Admont
,
Austria
|
2005
|
UNESCO-IHE,
Institute for Water Education,
Delft
:
Short Course on Membrane Technology in Drinking and Industrial Water
Treatment
|
2006
|
2nd International Summer School on Business Mediation,
Admont
,
Austria
|
2007
|
Certified
Mediator
|
KNOWLEDGE OF LANGUAGES
German:
|
Mother tongue
|
English:
|
Fluent
|
Italian:
|
Basic
knowledge
|
EXPERIENCE
RECORD
1975-1977
(temporarily)
Design engineering in the field of mechanical
engineering
·
Treibacher Chemische Werke, Treibach
·
Stemag Transmission technology,
Graz
·
Wiener Brückenbau AG,
Vienna
·
Dornier Service Hangar,
Oberpfaffenhofen
,
Germany
·
Volke Consulting Engineers,
Munich
1978 – 1988
(temporarily)
·
M.A.N. Commercial
Vehicle Department, Munich:
Calculations and design in the field of hydraulic
transmission systems for vehicles and automated public transport bus systems
·
Steyr-Daimler-Puch Fahrzeugtechnik, Graz, Austria:
Calculations and design works for Puch Pinzgauer all
terrain vehicle
·
Enercon GmbH, Graz,
Austria:
Process engineering for contaminated soil treatment
·
TRANSNUKLEAR,
Hanau
,
Germany
:
Risk analyses for the transportation of radioactive
material by train; design of radioactive material transport containers (stress
and strain, sealing, failure probabilities)
·
GRAZ
TECHNICAL
UNIVERSITY
, Department for Chemical Engineering,
Graz
:
Feasibility study regarding the minimisation of
thermal energy costs with respect to an optimum fuel selection (application of
methods elaborated in the thesis)
1988 - 1995
ILF Consulting
Engineers,
Innsbruck
-
Munich
WASTEWATER TREATMENT PLANTS
·
Responsible for
process design and process engineering (basic & detailed):
·
Upgrading of Kappern-Marchtrenk WWTP (150.000 PE) -
basic
·
Maribor WWTP,
Slovenia
(400.000 PE) - basic
·
Innsbruck WWTP (400.000 PE),
Austria
– basic
and detailed
·
Pruhonice WWTP (7.000 PE),
Czech Republic
- basic
·
Villach WWTP (200.000 PE), - basic
·
Strass/Zillertal WWTP. (225.000 PE), detailed
·
Radfeld WWTP (55.000 PE), – detailed
·
Sevko WWTP (leather industries, 95.000 PE),
Bulgaria
–
basic
·
Balchic WWTP (leather industries, 45.000 PE),
Bulgaria
-
basic
·
Aydinli WWTP (leather industries, 200 tonsCOD/d),
Turkey
-
detailed
·
Bleiburg WWTP (10.000 PE, incl. brewery), - basic
·
Ebnit WWTP (1.150 PE), - basic
·
Upgrading Seveso WWTP (textile industries, 340.000
PE),
Italy
- basic
·
Upgrading Altolura WWTP (textile industries, 435.000
PE),
Italy
- basic
·
Upgrading Prague WWTP (2,100.000 PE),
Czech Republic
- basic
·
Upgrading Bressanone WWTP (70.000 PE),
Italy
- basic
·
Pilot plant for Innsbruck WWTP (2 x 70 PE), - basic
and detailed
·
Zumtobel WWTP (galvanic industry10 m³/h), basic
·
Upgrading of DORMA WWTP (textile industry, 2.500
m³/d),
England
- basic
·
Studies and
expertises
· Expertise
concerning the process design concept for the upgrading of Vienna WWTP (4.200.000 PE)
· Adaptations of the process design concept of Innsbruck
WWTP due to variations regarding the inflow quality and the required
purification requirements, - feasibility study
· Expertise concerning the actual condition of Seveso,
Altolura and Livescia WWTPs,
Italy
· Upgrading St. Kanzian WWTP vs. cooperation with
Kohldorf WWTP, feasibility study
·
Start-up-operations
(ST), pilot plant tests (PPT), takeover tests (TT)
· Biological treatment of Innsbruck WWTP, ST, TT
· Strass/Zillertal.WWTP, ST
· Radfeld WWTP, ST, TT
· Innsbruck WWTP, PPT testing a one-stage and two-stage
activated sludge process simultaneously.
· Lab scale PPTs to identify the optimum process for the
treatment of textile industry waste water using ozone treatment,
precipitation/flocculation and activated carbon.
SLUDGE TREATMENT PLANTS
·
Responsible for
process design and process engineering (basic & detailed):
·
Sludge drying plant at Dornbirn WWTP, - basic and
detailed
·
Anaerobic stabilisation and sludge dewatering at
·
Strass/Zillertal
WWTP, - detailed
·
Radfeld WWTP, -
detailed
·
Innsbruck WWTP, - basic and detailed
·
Livescia sludge drying plant,
Italy
, - basic
·
Studies
·
Sludge utilisation concept for Innsbruck WWTP,
feasibility study
·
Sludge dewatering and drying at Innsbruck WWTP,
feasibility study
·
Investigation on utilisation alternatives for dried
sludge in Vorarlberg, feasibility study
·
Start-up-operations
(ST), takeover tests (TT)
·
Sludge drying plant at Dornbirn WWTP, ST, TT
·
Anaerobic stabilisation and sludge dewatering at
·
Strass/Zillertal
WWTP, - ST, TT
·
Radfeld WWTP, - ST
·
Innsbruck
WWTP, - ST, TT
ENVIRONMENTAL TECHNOLOGY
· Optimisation of water utilisation concepts at textile
processing works in the greater
Como
area,
Italy
, -
feasibility study
· Handbook for the implementation of state-of-the–art
water saving measurements for textile processing enterprises in the greater
Como
area,
Italy
· Measurements for the minimisation of adverse
environmental effects (e.g. groundwater pollution) due to the extension of a
crane production facility at Nenzing, feasibility study
· Investigation on measurements and efforts to be taken
for the cleanup of contaminated sites and emission reduction for 2
pharmaceutical production plants in Ludwigstadt and
Munich
,
Germany
,
audit
· Flue gas desulphurisation of Maritza thermal power plant,
Bulgaria
;
feasibility study
LANDFILL TECHNOLOGY
· Leachate treatment and discharge concept for Lavant
landfill, feasibility study
· Leachate purification and biogas utilisation for
Lavant landfill, basic engineering
· Biogas utilisation plant for Graslboden landfill,
basic engineering
· Biogas utilisation plant for Reutte landfill, basic
engineering
WATER SUPPLY SYSTEMS
· Utility water treatment for Dornbirn-Schwarzach WWTP,
feasibility study
· Corrosion analysis and control of „Unaccounted for
Water“ for the main supply network of
Kuwait
City
· WTP for the Manavgat River Water Project (500.000
m³/d),
Turkey
,
- basic engineering
Since 1996
Process Engineering
Consultant (Professional Engineer)
