Mark & Wedell has supplied NOV (previously NKT Flexibles) with a large variety of machined components since 1997 such as inner and outer casings, inner liner holders, outer sheath expanders, end sleeves etc. for cables and flexible pipes.

Being a selected supplier to NOV requires high manufacturing standards and a strong focus on quality as the components are used in infrastructure for ultra-deep waters (depths beyond 5000 ft/1,524 m).

M&W Engineering has developed and manufactured different solutions and components for insulin production for Novo Nordisk since the 1980’s.

Including the production and installation of over 80+ HPLC (high-pressure/performance liquid chromatography) columns for insulin production – the majority of which are used in the daily production of insulin at various Novo Nordisk plants.

M&W Engineering’s electrical engineering department has developed and maintained several harbor control systems (including the signal communication) as well as individual components for Forsea (previously Scandlines) since 2002.

M&W was contacted by Chemours’ consulting engineering company, Jacobs Engineering, who were searching for a company that could design and manufacture a 100% customized vibration conveyor for polymer products.

Mark & Wedell Engineering has supplied Coloplast with a large variety of machinery and components for production since the early 1970’s such as adhesive filling machines and big bag machines.

Furthermore Mark & Wedell Engineering has manufactured and maintained a various number of coolers, piping systems and has been involved in different development / design collaborations.

In 1995, M&W Engineering was contacted by Maersk Oil & Gas (now Total) to come up with a better, safer and more reliable pressure protection system to be used for well stimulation jobs. Other technologies had proven unreliable and insufficient.

As part of this partnership M&W Engineering developed an entirely new system for oil and gas wells, called the Annulus Pressure Relief System (APRS) based on easy to install and replaceable burst disc technology including all relevant certificates and Type Approval Documentation from DnV.

The first version of the APRS was certified to a working pressure of up to 6,000 psi (413 bar). An upgraded version for working at even higher pressure loads up to 10,000 psi (689 bar) was subsequently developed for Aker BP in 2020.

In 2010, Novozymes came to M&W Engineering with the aim of improving their sampling process. A few months later M&W Engineering had developed and constructed a dividing plant for representative division of material for the customer’s production facility in Bagsvaerd.

The Mobile Dividing Plant can be installed in conjunction with a sampling plant or placed completely independent of the sampling operation and is available for dry powder and bulk materials with corn size up to 15 mm and can be provided with up to 20 sample outlets.

The Snorre field has two platforms named Snorre A and Snorre B which went into production in 1992. The Snorre Expansion project includes upgraded facilities of Snorre A as well as new subsea templates. It is expected to increase the production life by 30 years. The Snorre field lies 200km west of Floro in the Norwegian North Sea.

The Sepia Oilfield development project includes the joint development of the Sépia oilfield, previously simply known as the north-eastern area of Tupi, and the Sépia Leste discovery, which are located approximately 185km and 250km respectively off the Rio de Janeiro coastline in Brazil.

The Anyala and Madu fields are in oil mining leases (OML) 83 and 85 in shallow waters of the Niger Delta, approximately 40km offshore the Bayelsa State, Nigeria.

Ichthys LNG is located 220 kilometers offshore Western Australia and went into production in July 2018. Production of 8.9 million tonnes of LNG and 1.6 million tonnes of LPG per annum. Gas and condensate from the Ichthys field is transported 820 km to onshore processing at Darwin.

The Johan Castberg project comprises three oil fields, namely Johan Castberg, Havis, and Drivis, located 100km northwest of the Snøhvit-field in the Barents Sea, offshore Norway.

Troll oil and gas field is located 60 km west of Sognefjorden in the Norwegian North Sea, at water depths of 300m and is the biggest oil and gas producing field in Norway.

Shah Deniz 2 is located in the Caspian Sea, Azerbaijan. It is one of the largest energy projects in the world. The field was discovered in 1999.

The Nova field (formerly known as Skarfjell) is located in the north eastern part of the Norwegian North Sea. The field was discovered in 2012 and plans for development was proposed in 2018. Production is expected to commence in 2021 and it is estimated to produce 60-140 million barrels of oil during its development.

Vigdis oil and gas field is located in the Tampan area of the North Sea, at a depth of 280m. The field was first discovered in 1986 and production commenced in 1997.

The Offshore Cape Three Points project is the development of oil and gas fields, Sankofa Main, Sankofa East, Gye Nyame, Sankofa East Cenomanian and Sankofa East Campanian. The fields are located in the Tano Basin and are at depths of 600-1000m.

The Espoir field is located 19 km offshore south of Jacqueville at depths ranging from 100-600m. It has an estimated 180 billion cubic feet of natural gas as well as 93 million barrels of oil in recoverable reserves.

The Gina Krog oil and gas field is located in the North Sea, Norway, at a water depth of 120m. There are currently 11 production wells with the potential for 9 more, as well as tie-in to new discoveries.

Lula Extremo Sul is a subfield of Lula located in the Santos Basin, Brazil, at a depth of 2,150m. The Lula Field is one of the largest deep-water fields in the world.

The Kepler field is part of the Na Kika fields located in the Missisipi Canyon blocks in the Gulf of Mexico, approximately 140 miles south-east of New Orleans, Louisiana, US.  The field was discovered in 1987.

Lula Norte is a subfield of Lula (Formerly known as Tupi) located in the Santos Basin, Brazil, at a depth of 2,150m. The Lula Field is one of the largest deep-water fields in the world.