Europe

With global headquarters in Stavanger, Norway

Add Energy offers solutions across our spectrum of services, including Asset and Integrity Management, Drilling and Wells Operations and Safety and Risk Management across Europe.

Add Energy’s team of experts are located in our offices in Aberdeen, Stavanger, Oslo and Bucharest, delivering projects to our clients in 44 countries within Europe.

Our offices

Stavanger, Norway

Nordbøgata 4 4006 Stavanger

+47 66 98 32 90

Oslo, Norway

Strandveien 15 1366 Lysaker

+47 66 98 32 90

Aberdeen, UK

1 Albyn Place Aberdeen AB10 1BR

+44 (0) 1224 645 999

Bucharest, Romania

St. George Constantinescu no. 2C, 4th floor, Dist. 2 020339 Bucharest Romania

Our divisions operating in Europe

Asset and Integrity Management

Knowing the condition of a processing plant and targeted maintenance saves lives and costs

Drilling and Well Operations

Enabling drilling and completion operations to be safe, compliant and efficient

Safety and Risk

Assuring safety integrity and minimizing risk

Training and Advisory

Access solutions to enhance performance, reduce cost and assure integrity

Get in touch

Our track record

Project Showcase

Well Design and Cost Optimization Study

A case study with the project goal to reduce drilling costs and identify suitable well control measures for the purposes of assuring safety integrity amid a cost-conscious environment

Project Showcase

Inventory Management Optimization

A case study with the project goal to save time, optimize expenditure and reduce equipment outage time through enhancement of inventory management data.

Project Showcase

CMMS Gap Analysis & Planned Maintenance Optimization Study

To conduct a review of the Computerized Maintenance Management System (CMMS) currently being utilized, including the planned maintenance regime, to identify opportunities for optimization.

Project Showcase

Maintenance Optimization Strategy

To conduct a review of the Computerized Maintenance Management System (CMMS), and deliver recommendations that will improve the maintenance burden by implementing these changes through a series of maintenance optimization techniques.

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