Energy

Contact

SCHAEFER + MERKIN Ingenieure GmbH
Schäufeleinstraße 5
80687 München

Contact Person: Eckhard Schaefer

he energy supply forms the basis for sustainable development and safeguarding the quality of life. SCHAEFER + MERKIN Ingenieure plans the most modern plants for power generation and distribution:

  • Thermal power plants
  • Hydroelectric power plants
  • Wind turbines
  • Solar power plants
  • Electrical power transmission and distribution
  • Oil and gas pipelines

We offer investors and financial institutions an independent evaluation of investment projects.

+ Nawara and south Tunisia gas development Project – central process facility

Client

OMV (Tunisia) Production GmbH

Project

Pipe racks and shelters.

Services

Structural Engineering

Design Period

2016 – 2017

Construction Period

2017 – 2018

+ Sludge Incineration Plant in Mainz

Client

Thermische Verwertung Mainz GmbH

Project

Seven-storey power plant building in reinforced concrete and steel with a height of 27 metres.

Services

Structural Engineering

Construction Costs

approx. 7 mio. €

Gross Volume

approx. 74.000 m³

Design Period

2017 – 2018

Construction Period

2018 – 2019

+ Coal Fired Power Station Datteln 4

Owner

UNIPER SE

Project

New construction of a monoblock coal fired power Station with 1.100 MW with combined heat and power scheme for district heating of 100.000 households. Secondary steel structure.

Services

Structural Engineering

Design Period

2016

Construction Period

2016 – 2017

+ Nuclear power station, Taishan (China)

Owner

TVO, Helsinki

Client

SOFINEL S.A., Erlangen

Project

Pressurized water reactor with 1.600 MW

Services

Project management, process documentation and detail design as well as change management for the Radioactive Waste Treatment Building.

Design Period

2008 – 2012

Construction Period

2009 – 2014

+ Nuclear power station, Olkiluoto 3 (Finland)

Owner

TVO, Helsinki

Client

Areva NP GmbH, Offenbach

Project

Presssurized water reactor with 1.600 MW

Services

Project management, Process documentation und detail design for Auxiliary Building and Radioactive Waste Treatment Building, detail design for cable troughs, change design and change management for steel platforms and penetrations

Design Period

2006 – 2012

Construction Period

2005 – 2015

+ Combined heating and power waste combustion station, Geiselbullach

Owner

Gemeinsames Kommunalunternehmen für Abfallwirtschaft der Landkreise Fürstenfeldbruck und Dachau

Client

Kraftanlagen München GmbH

Project

New construction of recuperator

Services

Detail design and structural calculations

Design Period

2014

Construction Period

2014

+ GEOVOL II Geothermal power plant, Unterföhring

Owner

Geovol Unterföhring GmbH

Project

New construction of a 2-storey-building in concrete with 19.000 m³ volume and 2.100 m² floor-area

Services

Structural calculations in 3D

Design Period
2014

Construction Period
2014

+ New construction of combined cycle power plant, Lichterfelde (Berlin)

Owner

Vattenfall GmbH

Project

Combined cycle power plant with 230 MW-District heating and 300 MW electrical power generation

Services

Basic Design

Design Period

2014

Construction Period

2014 – 2016

+ Combined cycle power plant (GUD) Niehl 3, Cologne

Owner

Rhein Energy, Cologne

Client

Kraftanlagen München GmbH

Project

450 MW combined cycle power plant in concrete and steel

Services

Detail design and preparation of tender documents

Construction Costs

approx. 350 Mio. €

Design Period

2013

Construction Period

2013 – 2014

+ Thermal storage for combined heating and power station, Erfurt

Owner

Municipal Utulities Erfurt

Client

Kraftanlagen München GmbH

Project

Thermal storage for district heating with 20 m diameter und 24 m height with 4 000 m³ content

Services

Detail design and structural calculations

Design Period

2013

Construction Period

2013

+ Transalpine Pipeline Tal III Triest – Karlsruhe – Secondary Containments

Client

German Transalpine Ölleitung GmbH, Munich;

TAL Austria, TAL Italy

Project

Construction of approximately 230 oil-tight secondary protective containers in the 46 stations of the Transalpine oil pipeline between Trieste and Karlsruhe.

Services

Project planning and structural engineering phases 1 – 2 with basic evaluation and preliminary planning;

Examination of concrete strengths, tendering and monitoring of subsoil investigation and preparation of subsoil reports.