References

Over 20 years of experience in a one-man company means that each project is managed by an extremely experienced specialist.

2024

Suomen Teollisuuden Energiapalvelut STEP Oy

2021-2022

Layout design for disctric heating control room. Defining of control room furniture and delivery.

Fortum Suomenoja powerplant

2021

Defining of control room furniture.

Loviisa Powerplant LO1

2020 - 2021

Renewal of EY01 emergency backup diesel generator. UI testing.

Loviisa Powerplant LO1

2019 - 2020

Renewal of emergency diesel generator EY03 automation. Testing of user interfaces.

Loviisa Powerplant LO1 & LO2

2019 -

Process computer system renewal. Design of user interfaces.

Loviisa Powerplant LO2

2019

Shift managers’ desk design and serveillance of installation.

Rovakaira Ltd

2019

Electric grid control room layout design and defining of control room furniture.

ADVEN Ltd

2019

Central control room layout design and defining of control room furniture.

Loviisa Nuclear Power Plant - Fortum

2013 - 2018

Turva- ja käyttöautomaation uusiminen (ELSA projekti). Ohjauspaneelien digitointi ja tietokannoitus.

Renewal of security- and usage automation ( project ELSA ). Digitalization and databasing of the control panels.

Valmet Automation

2018

Control room furniture delivery (Ørsted A/S).

Loviisa nuclear power plant - Fortum

2013 - 2018

Replacement of security and operating automation (ELSA project). Digitization of control panels and data base generation

Fortum Loviisa 1 & Loviisa 2

2017

QDS-displays (Qualified Display System) of PPS system (Preventive Protection System) testing with Areva.

Loviisa power plant LO1

2017

Design and installation supervision of the shift manager’s desk.

VR-Group

2016 - 2017

Operating centre layout design and control room equipment configuration.

Vantaa Energy

2015

Operating centre layout design.

Fortum hydropower and trading control room

2015

Control room layout design and control room equipment configuration.

Metso Automation

2014

Delivery of control room equipment (Vimmerby Energi & Miljö AB).

Operating centre – Helen electricity distribution network

2013 - 2014

Control room layout design and control room equipment configuration.

Loviisa nuclear power plant - Fortum

2005 - 2013

Replacement of security and operating automation (LARA project) Control room (main control rooms, auxiliary control rooms…) layout design. Design relating to security and operating automation user interfaces (QDS, OM690). Designing the manual backup system user interface for reactor protection. Design and programming of project-specific applications for the tool software (MicroStation-MDL, Assess-Visual Basic).

Main grid control room - Fingrid

2011 - 2012

Control room (main control room, training control room) layout design, ventilation configuration, and data and electrical cabling configuration.

Coordination of other design relating to control room design (interior design, lighting, control room equipment, adjacent premises, acoustics).

Inkoo power plant, 2nd unit - Fortum

2009

Control room layout design.

Pitkäniemi power plant - Fortum

2008

Control room layout design.

ÅF-Enprima - Kotka Energy

2006 - 2007

Control room layout design.

Control room equipment design.

Process diagram display configuration.

ÅF-Enprima, EKOKEM

2006 - 2007

Control room layout design.

Control room equipment design.

Vilniaus energija, CHP-2 - Vilnius, Lithuania

2005

Design and programming of a boiler protection system (HIMA).

Lenenergo Power Plant 5 – St. Petersburg, Russia

2005

Design, programming, and commencement of serial communication buses between various separate automation systems (boiler protection, turbine protection, block protection) and the main automation system (MetsoDNA).

Northwestern plant – St. Petersburg, Russia

2004 - 2005

Updating project-specific tool software (MicroStation-MDL, Assess-Visual Basic).

Kozienice power plant - Poland

2004 - 2005

Control room layout design.

Budapest Erömü, Kispest power plant - Hungary

2002 - 2004

Control room and automation premises layout design.

Control room equipment design.

Design, programming, and commencement of serial communication buses between various separate automation systems (hydropower plant, steam boilers, hot water boilers, electric system, district heating system, boiler protection, gas turbine, steam turbine) and the main automation system (MetsoDNA).

Biomass power plant - Herbrechtingen, Germany

2002 - 2004

Control room and automation premises layout design.

Control room equipment design.

Large-scale display system design.

Design, programming, and commencement of serial communication buses between various separate automation systems (hydropower plant, steam boilers, hot water boilers, electric system, district heating system, boiler protection, gas turbine, steam turbine) and the main automation system (MetsoDNA).

Conel, Deva power plant - Romania

2000 - 2004

Control room and automation premises layout design. Control room equipment design. Large-scale display system design.

Afferde power plant – Hameln, Germany

2002

Design, programming, and commencement of serial communication buses between various separate automation systems (burners, ammonia feed, fuel conveyors, combustion gas filter) and the main automation system (MetsoDNA).

Budapest Erömü, Újpest power plant - Hungary

1999 - 2002

Control room and automation premises layout design. Control room equipment design. Large-scale display system design. Design, programming, and commencement of serial communication buses between various separate automation systems (hydropower plant, hot water boilers, 120 kV electric system) and the main automation system (MetsoDNA).

Conel, Braila power plant - Romania

1999 - 2001

Control room and automation premises layout design. Control room equipment design. Large-scale display system design.

Conel, the southern power plant in Bucharest - Romania

2000

Control room and automation premises layout design.

Control room equipment design.

Large-scale display system design.

Design, programming, and commencement of serial communication buses between various separate automation systems (hydropower plant, hot water boilers, 120 kV electric system) and the main automation system (MetsoDNA).

Kozienice power plant - Poland

1999 - 2000

Control room and automation premises layout design.

Control room equipment design.

Large-scale display system design.

Edenderry power plant - Ireland

1999 - 2000

Control room and automation premises layout design.

Control room equipment design.

Power system centre - Fingrid

1998

Control room and automation premises layout design.

Control room equipment design.

Olomouc power plant – Czech Republic

1996 - 1998

Control room and automation premises layout design. Control room equipment design.

Design, programming and commencement of automation system user interface (Damatic XD).

Chvaletice power plant – Czech Republic

1996 - 1998

Design, programming and commencement of desulphurisation plant user interface (Damatic XD).

IVO Voimansiirto Oy

1995 - 1998

Area control room (Hämeenlinna, Varkaus, Petäjävesi, Oulu) layout design. Control room equipment design.

Espoo - Espoon Sähkö Oy

1996

Central control room (electrical) layout design. Control room equipment design.

IVO Voimansiirto Oy

1995

Central control room layout design.

Control room equipment design.

Rovaniemi - Kemijoki Oy

1994

Central control room layout design.

Control room equipment design.

Meri-Pori power plant – Imatra Power Company

1991 - 1993

Control room layout design. Control room equipment design. Automation system user interface design (Siemens).

Krško nuclear power plant, Slovenia

1991

Control room layout design.

Control room equipment design.

Loviisa nuclear power plant - Imatra Power Company

1990 - 1991

Design, procurement, and delivery supervision of the shift manager’s desk.

Loviisa nuclear power plant - Imatra Power Company

1986 - 1990

Design and programming of the process computer system user interface (ABB PMS).

Haapavesi power plant - Imatra Power Company

1988 - 1989

Control panel layout design (Manuell mosaic).

Fortum Suomenoja powerplant

2021

Defining of control room furniture.

Loviisa Powerplant LO1

2019 - 2020

Renewal of emergency diesel generator EY03 automation. Testing of user interfaces.

Loviisa Powerplant LO2

2019

Shift managers’ desk design and serveillance of installation.

ADVEN Ltd

2019

Central control room layout design and defining of control room furniture.

Valmet Automation

2018

Control room furniture delivery (Ørsted A/S).

Fortum Loviisa 1 & Loviisa 2

2017

QDS-displays (Qualified Display System) of PPS system (Preventive Protection System) testing with Areva.

VR-Group

2016 - 2017

Operating centre layout design and control room equipment configuration.

Fortum hydropower and trading control room

2015

Control room layout design and control room equipment configuration.

Operating centre – Helen electricity distribution network

2013 - 2014

Control room layout design and control room equipment configuration.

Main grid control room - Fingrid

2011 - 2012

Control room (main control room, training control room) layout design, ventilation configuration, and data and electrical cabling configuration.

Coordination of other design relating to control room design (interior design, lighting, control room equipment, adjacent premises, acoustics).

Pitkäniemi power plant - Fortum

2008

Control room layout design.

ÅF-Enprima, EKOKEM

2006 - 2007

Control room layout design.

Control room equipment design.

Lenenergo Power Plant 5 – St. Petersburg, Russia

2005

Design, programming, and commencement of serial communication buses between various separate automation systems (boiler protection, turbine protection, block protection) and the main automation system (MetsoDNA).

Kozienice power plant - Poland

2004 - 2005

Control room layout design.

Biomass power plant - Herbrechtingen, Germany

2002 - 2004

Control room and automation premises layout design.

Control room equipment design.

Large-scale display system design.

Design, programming, and commencement of serial communication buses between various separate automation systems (hydropower plant, steam boilers, hot water boilers, electric system, district heating system, boiler protection, gas turbine, steam turbine) and the main automation system (MetsoDNA).

Afferde power plant – Hameln, Germany

2002

Design, programming, and commencement of serial communication buses between various separate automation systems (burners, ammonia feed, fuel conveyors, combustion gas filter) and the main automation system (MetsoDNA).

Conel, Braila power plant - Romania

1999 - 2001

Control room and automation premises layout design. Control room equipment design. Large-scale display system design.

Kozienice power plant - Poland

1999 - 2000

Control room and automation premises layout design.

Control room equipment design.

Large-scale display system design.

Power system centre - Fingrid

1998

Control room and automation premises layout design.

Control room equipment design.

Chvaletice power plant – Czech Republic

1996 - 1998

Design, programming and commencement of desulphurisation plant user interface (Damatic XD).

Espoo - Espoon Sähkö Oy

1996

Central control room (electrical) layout design. Control room equipment design.

Rovaniemi - Kemijoki Oy

1994

Central control room layout design.

Control room equipment design.

Krško nuclear power plant, Slovenia

1991

Control room layout design.

Control room equipment design.

Loviisa nuclear power plant - Imatra Power Company

1986 - 1990

Design and programming of the process computer system user interface (ABB PMS).

1986
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    Kari Rintamäki

    Kari Rintamäki

    Engineer and entrepreneur

    +358 50 5818 255

    karr Control Oy

    Business code 20637703, Kerava

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