The Humber refinery uses thermal cracking, coking and calcining processes to supply beneficial petroleum coke and other lighter products. It has a $1bn (拢645.2m) plan in place to additional improve effectivity, security and environmental protection in the years as much as 2010.

Navigating the Oil and Gas Landscape: From drill bit to salesThe refinery was brought onstream in 1969 on a 480-acre site within the Humber Estuary and refines crude oil primarily from the North Sea (its preliminary capability was three million tonnes a year however this has more than trebled as a result of upgrading to over eleven.5 million tonnes a 12 months. The refinery receives the crude from Tetney Oil Terminal.


In January 2000 Conoco Limited unveiled a $996m (拢700m) funding programme for its Humber refinery to provide a brand new era of unpolluted fuels required for the following century.

The refinery units in Humberside, South Killingholme, UK, are now totally able to producing ultra-low sulphur gasoline and diesel, compliant with the European Union (EU) fuel specs designed to learn air high quality launched in 2005.

The refinery operation includes an alkylation plant, petroleum coke processing facility including three calcination rotary tunnels. Petroleum coke is an important by-product from crude oil refining which has a great deal of use within the steel and aluminium smelting industries.

The refinery produces over seven-hundred,000t of petroleum coke annually and is one of the world’s largest producers. Over 70% of the refined oil products are for the UK, the remaining is for mainland Europe and the US. Refined products are saved and exported from Immingham dock.


The project spans roughly ten years and contains an funding within the area of 拢90m ($128m) on new models to provide clear fuels and 拢250m ($355m) on a sophisticated combined heat and power plant to meet the refinery’s future energy wants. The clean fuels investment will produce extremely-low sulphur petrol and diesel.

The incentive behind the funding is to reinforce Humber’s position as one in every of Europe’s premier refineries and improve its capability to supply cleaner road fuels to the UK market, which is according to the federal government’s commitment to improve air quality. Moreover the funding will scale back the necessity to import the extremely-low sulphur diesel which is extra costly.

The Humber refinery already meets the EU’s 12 months 2000 gasoline and diesel specs, however the investment will enable the corporate to satisfy the growing worldwide demand for even cleaner fuels and to fulfill the 12 months 2005 specification. It also will allow the refinery to satisfy new fuel specs in the United States, which is a major marketplace for Humber gasoline.

Over the past 40 years the company has invested almost 拢5bn ($7.1bn) in numerous exploration, manufacturing, refining and marketing actions in the UK. The company plans to spend over 拢1.5bn ($2.1bn) in the UK on new initiatives throughout the primary decade of the century.


Ultra-low sulphur fuels have a sulphur content of fifty parts per million (ppm), which is one tenth of the current 500ppm restrict. New EU laws will progressively cut back the maximum sulphur content material of gasoline from 150ppm in January 2000 to 50ppm in 2005. The sulphur limit for diesel will reduce from 350ppm in 2000, to 50ppm in 2005.

The refinery processes over 234,000 barrels of crude oil per day and produces over 14 million litres of low sulphur gasoline day-after-day.

GASOLINE PLANT Production And cost

Building of the $55m gasoline plant commenced in 1999 and was on stream in January 2000. Design and engineering of the $90m diesel plant also began in 1999 and development commenced in March 2000, and was online in summer 2001.

The projects created nearly 275 jobs during the 2-12 months construction section, lots of which have been filled by local contractors.

Fluor Daniel dealt with off-site engineering and procurement work on both projects, and Parsons Worldwide was awarded the engineering, procurement and construction contract for the diesel hydrodesulfurisation unit.


In April 2001, a big explosion occurred on the saturate gas plant area of the refinery site. ConocoPhillips procedures had been investigated and the corporate was subsequently fined 拢895,000 and informed to pay full costs of 拢218,854 at Grimsby Crown Courtroom in an action introduced by the Health and Safety Executive (HSE) for failing to effectively monitor the degradation of the refinery pipework.

In the course of the hearth 170,000t of Liquid Petroleum Gas (LPG) have been released and caught fire. The resulting fire triggered different pipework to fail and prompted a second explosion. Kevin Allers of the HSE mentioned: “The blaze took more than two hours to place out and though no one was significantly injured, there was appreciable injury to different processing plants and properties off the location.”

An investigation by the HSE found the leak was caused by the failure of an elbow pipe because of erosion and corrosion and a gas-fired heater in an adjacent processing unit was the more than likely trigger of ignition of the gas.


Immingham CHP, which commenced business operation late 2004 and is one in all the biggest, cleanest and most effective of its sort in Europe gives steam heat and electrical power to ConocoPhillips Humber refinery and steam heat to the entire Lindsey oil refinery, adjoining to it in North Lincolnshire.

In October 2006 ConocoPhillips introduced the approval of an investment of approximately $400m (拢210m) to develop capacity at its Immingham Combined Heat and Energy (CHP) plant in the UK by 450MW, from 730MW to 1,180MW. This growth will make Immingham CHP one of the world’s largest and most effective power stations and an additional supply of low carbon heat and power for the UK.

Business operation of the growth is currently expected to begin within the summer season of 2009. By combining the production of heat and energy, Immingham CHP makes use of 20% less gasoline and produces 25% less carbon than the alternative of producing heat and energy individually.