Ahmed El Sewedy to be a key speaker at CRU’s 2nd World Wire and Cable Conference

April 9, 2008

The Chief Executive Officer of El Sewedy Cables, Mr Ahmed El Sewedy, will be a key speaker at the CRU’s 2nd World Wire and Cable Conference, in Barcelona from the 1-3 June 2008.

El Sewedy is a Co-host of the event and Ahmed El Sewedy’s presentation will be on the Structure of the Cable Market and Cable Distribution in North Africa.
Read the rest of this entry »


Exclusive Interview with Steve Ellis, MD of B3 Cable Solutions

October 16, 2007

QUESTION 1

How does B3 Cable Solutions differentiate your company and products in a highly competitive industry?

B3 manufactures and supplies a broad range of copper and fibre cable products into telecommunications, utilities, energy and rail markets. Cables are supplied from one of two B3 manufacturing plants utilising advanced continuous improvement techniques and through a programme of supply partnerships with high quality manufacturing companies in Asia. A key differentiating element within the B3 proposition concerns the provision of innovative supply chain solutions utilising a unique blend of business skills, industry knowledge and kaizen continuous improvement. These solutions are tailored to suit individual customer requirements and are focused in bringing about real margin improvement. Customers use a range of these solutions in streamlining processes, reducing overhead and logistics costs and in improving the efficiency of their own cable supply chain.

QUESTION 2

What environmental policies is B3 Cable Solutions currently implementing?

B3 has been recognised by leading industrial bodies for its practices in health and safety, ethical working and environmental manufacturing. The Manchester site was the first in its class to achieve the OHSAS 18001 standard and is accredited to ISO 14001 for its environmental management system. B3 is also working with a number of recognised bodies and customers in bringing about reductions in our carbon footprint. 

QUESTION 3

With the emerging Industrial economies of India and China, what policies does B3 Cable Solutions have to ensure they remain the Industry leader?

B3 seeks to provide its customers with the most complete and cost effective solution. This is achieved through careful management of our manufacturing facilities and supply partners – we seek to offer a proposition which includes not only the cable but a range of added value services, provided close to or in many cases within our customers’ premises. In this way we recognise certain opportunities available in global markets but add significant additional value through the provision of these services.

QUESTION 4

What advertising advantages does the internet offer B3 Cable Solutionsthat other media do not provide?

As a young company (albeit comprising businesses with significant historical presence), utilisation of the internet in developing our brand and in maintaining currency of our informational material is vital. In addition we utilise various forms on online transaction such as EDI and participate in many commercial processes using internet, extranet and other portals.

QUESTION 5

How much of B3 Cable Solutions budget is spent on Research & Development?

This varies in accordance with market trend but we continually work to develop both new, higher capability cable types and other supply chain services. We recognise that modern day living drives telecommunications, travel and energy companies to increase performance, capacity and service. B3 is well placed to meet these market expectations thanks to its innovative culture, technical pedigree and the relationships we have with our customers. Our cable designs seek to deliver increased performance, ease of installation and reduced space.

QUESTION 6

What do B3 Cable Solutions perceive to be the biggest threat to your company?

We continually evaluate threats but also the opportunities which arise from time or time or which may evolve over a longer period. We have a clear strategy to develop B3 Cable Solutions through continued improvement of our own facilities, through strengthening our key partnerships in supply and distribution and through selective acquisition of additional businesses to our group. We have a track record which demonstrates this already but of course our challenge is to continue the momentum gained to date.


Biog of Steve Ellis, Managing Director, B3 Cable Solutions.

October 16, 2007

Our latest Multi Media Partner to come on board are B3 Cable Solutions, and we carry out a very interesting interview with Steve Ellis the MD.  His Biog is below.  The interview to follow shortly.

Steve Ellis, Managing Director, B3 Cable Solutions.

As Managing Director Steve drives and manages all aspects of the business strategy across B3’s operations in Manchester and Longford.   

Steve has 20 years business experience gained across a range of manufacturing sectors, including 10 years within the cables industry.   He has accumulated a wide range of expertise across all areas of business management and has held senior positions within manufacturing, operations and general management.  He is experienced with the latest business management philosophies including Kaizen and Six Sigma, both of which are used extensively across B3.

His career has included roles within the cable division of BICC Group, (later to become part of the Corning Group), Pirelli Cables & Systems (now known as Prysmian Cables & Systems), AEI Cables and more recently Hoya Lens UK. 

During 2007 Steve has driven the strategic and operational integration of the newly acquired Longford business into the Group and has delivered sales and operation performance in excess of expectations.


Interview with Ahmed A. El Sewedy, Chief Executive Officer, El Sewedy Cables

September 5, 2007

QUESTION 1

What makes El Sewedy unique to the cable & wire industry?

El Sewedy Cables is one of the most successful industrial and trading business groups in Africa and the Middle East in many majors; wires and cables, metals and plastics, electrical products, contracting and turn key projects.

El Sewedy Cables was selected as the number one exporter in Egypt in 2005. This success has been achieved through our strong geographical presence in Egypt, Sudan, Syria, Ghana, Algeria, Saudi Arabia, Libya and Zambia with Twelve operational factories. Six other factories are currently under construction. Moreover, our manpower of approximately 5000 employees and strong financial position enabled us to be positioned amongst the top cable manufacturers in the world.

El Sewedy Cables offers a wide range of products, with its backbone composed of all kind of overhead conductors, cables (power, OPGW, winding wire, instrumentation, control, flame retardant and fire resistant, telephone, LAN, co-axial, audio, profibus, automotive wires, etc), fiberglass poles, transformers (dry type and power), joints and terminations, etc.   We also produce most of our main raw materials, such as Copper rods, Steel galvanized wires and PVC.  In fact, El Sewedy Cables for sectors as diverse as the automotive, railways, buildings, telecommunication and energy networks, oil and gas, etc.

From an industrial standpoint, transfer of the latest and most advanced technology has enabled a significant improvement in performance while also making it possible to increase the group’s profile throughout the worldwide cable market. Our state of the art cable manufacturing factories are created by the fusion of technologies from worldwide sources, such as Furukawa Electric, Draka Comteq, Leoni and Southwire. The group has also obtained quality certificates from the most reputable laboratories; such as: ISO 9001-2000, ISO 14001, ISO/TS16949, BASEC, KEMA, etc.

Apart from the advantages of partnering with the leaders in Industry, we have a major advantage logistically. Being based in Egypt awards us the benefits of utilizing both very low energy costs and cheaper labour rate.

El Sewedy Cables are very unique to the industry and is a company to be taken serious by all of our competitors. Our mission is to become the world’s prime expert in the cables industry with a strong financial foundation and a broad product portfolio, making us an attractive partner for all our stakeholders, shareholders, customers, suppliers and employees

http://www.elsewedycables.com/

QUESTION 2

Do you see El Sewedy market base expanding into new markets in the future? i.e. opening production plants in areas such as China, West Africa, and Asia?

El Sewedy began as a trading company in Egypt 70 years ago, and since then has become a very powerful group. We are the sole leader in the cable market in Egypt with a very strong position, financially and technically. In the industrial sector, we currently supply approximately 50% of Egypt’s global market share of power cables.

Moreover, during the past years, El Sewedy has been very much focused in the export sector as part of our world wide marketing plan. “El Sewedy Cables” was created and aimed at penetrating new markets through comprehensive marketing strategies and establishing branches throughout the Middle East, Africa, Europe and Asia.

We understand that entering new markets is not an easy task. Our Marketing and Business development departments are always identifying different ways to tackle new markets, whether it is by building new factories, joint ventures or agencies. We believe that local help from those new markets is necessary, creating strong relationships with our partners and allowing them to succeed with us.

The launch of new cable products has now to be considered as a benchmark for most of our competitors in the field of cables in the region. In 2005, export sales were 54% of our total sales, reaching 60% in 2006 and expecting get to 70% in 2007. The group is concentrating on making additional investments to target the market segments and countries throughout the world with strong growth potential. Europe is an immediate objective, mainly due to the advantages offered: a) close proximity between countries, b) Free custom duties according to Euro 1 certification.

http://www.elsewedycables.com/

QUESTION 3

The OGP and energy sector is a major contributor in El Sewedy’s success. Do you plan to accommodate other energy sources such as nuclear energy and renewable energy including wind farms?

The energy sector can be considered as the core aspect of the El Sewedy Cables business. However, we cannot forget that other products such as special cables and accessories are enabling us to provide a complete portfolio of solutions.

El Sewedy Cables acquired the latest and most advanced technology to cover the energy sector. This can be confirmed by means of technical agreements with Furukawa Electric Japan for the production of extra high voltage cables. In contrast our long reference list built for turn key projects include partners, ABB, Alcatel, Alstom, Bechtel, Schneider, Siemens, Technip and Westinghouse. El Sewedy Electric Contracting & Engineering Co., are specialised in the supply, installation and commissioning of electrical equipment on a turn key bases and services to utilities and industries.

Actually, we are also providing solutions for other energy sectors different from dealing with transmission & distribution companies; amongst them is the petroleum industry. Underground and telecom cables, control and instrumentation cables, LAN cables, flame retardant and fire resistant cables are examples of solutions for this specific sector.

El Sewedy cables has also started to meet the demand for renewable energy, since many power providers are turning to wind power or solar energy. Larger turbines on land and offshore require secure distribution links, remote management capability, and the stabilisation of a variable energy source. Overhead transmission lines, underground cables, control cables, or winding wires are just an example of products provided.

http://www.elsewedycables.com/

QUESTION 4

What Environmental policies does El Sewedy currently have?

In El Sewedy Cables, we have what we call “Company Comprehensive policy” which constitutes our Quality, Environmental and Occupational health & safety policies. 

We have laid down all necessary precautions to help reduce work-environment pollution such as, noise, gas emissions and liquid pollutants that may be a result from our production processes. Furthermore, one of our strategic objectives is the Continuous Improvement in environmental performance, and health and safety requirements. This improvement saves our manpower at all different levels, and helps reduce the risk of injuries and occupational diseases. El Sewedy Cables considers that conforming to legal regulation and legislations create a clean and pollution free working environment. El Sewedy Cables, therefore, is absolutely committed to the requirements of:

1- Quality Management System                                         ISO 9001-2000
2- Environmental Management System                             ISO 14001-2004
3- Occupational Health and Safety Assessment Series   OHSAS 18001-1999

http://www.elsewedycables.com/

QUESTION 5

How far do you think IT and B2B has integrated into the core business process for El Sewedy?

Running a business today is harder than ever before because of the speed and complexity of change in the New Economy. The key to thriving in a competitive marketplace is staying ahead of the competition. Making sound business decisions based on accurate and current information takes more than intuition. Hence, transforming El Sewedy cables into an adaptive organisation with the inbuilt ability to constantly renew itself and respond intelligently to an ever-changing environment – has become one of my top priorities.

IT and E-Business are playing an important role in this transformation. My strategic objective of becoming an E-Business enabled organisation has been followed by considerable investment in; the revitalisation and scalability of our ICT infrastructure, linking our geographically dispersed factories and offices; and in the implementation of fully integrated information systems aimed at realising the overall objectives and growth strategies of El Sewedy Cables. 

Currently, automation of core business processes has penetrated most of our factories operations and supporting administrative functions. The implementation of multi-module ERP application software, in some plants, helped the different departments of the organisation share data & knowledge, reduce costs & lead times and improve management of operational processes. Complete ERP implementations and integration between factories and the head office will commence within two years. Our in-house built organisation-wide Intranet system has helped augment the organisation’s efficiency, productivity and interdepartmental communications. Other systems are now in place to radically streamline the cable design and customer quotation processes, and capture all communications with our customers. Our website will soon include E-Business functionality where customers, distributors, suppliers and all business parties can interact in a virtual marketplace.

Our objective is the complete supervision and tracking of materials, information, and finances as they move in a process from supplier to manufacturer, then wholesaler to retailer and finally onto consumer. Thus, giving our customers what they want, when they want it, at the right price and with the expected quality.

Question 6

El Sewedy is one of the Middle East’s leading groups in the field of Cables, Plastics, Lighting and Construction.  What other Industrial Areas is El Sewedy planning to expand into?

As I have mentioned before, El Sewedy Cables strives to provide a complete portfolio of solutions. With this regard, and as part our strategy to expand our electrical products segment, El Sewedy Cables is establishing  a state of the art facility in Egypt for the production of Power and Distribution Dry Type Transformers. The plant will be the first of its kind in the Middle East and Africa. The transformers will be produced under license from TBEA, the leading manufacturer of transformers in China, and one of the most recognized names for the production of transformers world-wide. We perceive this move to fit perfectly in our profile and helps complete our vision of providing full vertical integrated solutions.
Moreover, El Sewedy Cables is on the process of establishing Red Sea Copper, a free zone company, for the development of copper smelter/refinery to be located at Ain Sokhna, in Egypt. The shareholding of the new project is expected to be El Sewedy Cables 74% and Glencore International AG 26%. The investment cost for the project is expected to be in the region of US$ 850 million. El Sewedy Cables has acquired a 1.7 million square meter plot of land close to the Sokhna port, designated for the project. The output of the project is expected to be 300,000 tons of copper cathodes to be sold through long-term off-take agreements between Red Sea Copper and El Sewedy Cables and Glencore International AG.

Question 7

Are there any other recent developments by El Sewedy that our readers should be interested in?

  1. El Sewedy Cables Company (SAE) executed a private placement of its shares amounting to LE 1.29 Bn on the Cairo and Alexandria Stock Exchange.• The Offering was priced at LE 43 per share
    • The total number of shares offered was 30,000,000 representing 25% of the share
       Capital of El Sewedy Cables
    • The total proceeds of the Offering were LE 1.29 Bn
  2. El Sewedy Cables has recently acquired 100% of the shares of Al Wataniya, which enjoys a ten year tax exemption for the production of power cables. The acquisition includes a plot of land amounting to 47,000 square meters, a steel structure and an administration building adjacent to Egytech Cables, which currently is the largest producer of power cables in terms of tonnage for the Group. The new acquisition will be managed by the existing senior management of Egytech Cables and will be considered for practical purposes an extension to Egytech’s existing facilities.

I believe that is an excellent opportunity for El Sewedy Cables to be able to expand our production facilities of power cables in Egypt, which in our opinion enjoys one of the lowest costs of production worldwide, whilst benefiting from the 10 year tax exemption.”

Click the link below to view El Sewedy Cables Company Listings

http://www.thecabledirectory.com/el_sewedy_company-info.htm


Biography Ahmed A. El Sewedy, Chief Executive Officer, El Sewedy Cables.

September 5, 2007

Our latest on-line interview is the best one yet.  Our latest Multi Media Parter to come on board is El Sewedy and the interview is with the CEO

Ahmed A. El Sewedy, Chief Executive Officer, El Sewedy Cables.

Subsequent to attaining his B.sc degree in Electrical Engineering from Cairo University in 1986, Ahmed joined his family’s business of manufacturing cables. Being an apprentice to the industry, he was assigned and assumed a diversity of roles, proceeding from one to another, in preparation for the business’s new leader. In 1997, he was appointed as the CEO of the company and initiated corporate strategies that shifted El Sewedy to a new horizon.  Starting with ONE cables factory, Ahmed master minded the current massive expansions of El Sewedy Cables and drove a 30% per annum growth of capacity, revenues and manufacturing plants to reach 16 factories in the MENA region by end of 2007.  In May 2006, he led El Sewedy Cables IPO, and the private placement of shares on the Cairo and Alexandria stock exchange amounted to 1.29 billion Egyptian pounds representing 25% of the share capital of El Sewedy Cables.

Click the link below to view El Sewedy Cables Company Listings

http://www.thecabledirectory.com/el_sewedy_company-info.htm


Energy for the Generations - Interview with Jeroen van der Veer, Chief Executive, Shell

July 30, 2007

Energy for the Generations

by Jeroen van der Veer
Chief Executive
Royal Dutch Shell pl
c

Reflecting on the relationship between food and energy (biofuels, to be precise) provides a good introduction to an important dilemma: how to secure energy that is clean, cheap and convenient – the three Cs – for ourselves and future generations.

Late last year, I noticed a tiny newspaper report about a Chinese government decision to limit the conversion of corn into ethanol. The reason was that ethanol production was beginning to compete too much with food production. Instead, China now intends to produce ethanol from the less tasty crops of sorghum and cassava. Another story told of a tortilla war in Mexico. Tortillas, of course, are made from corn, much of which Mexico imports from the United States. Domestic corn production suffered a decline in the 1990s, when cheaper U.S. corn flooded the Mexican market. But now the situation is reversed. The United States, in an effort to reduce oil imports, uses nearly a quarter of its corn yield for the production of ethanol. The global price of corn has risen to the highest level in 10 years, and this has translated into a higher price for tortillas. Millions of poor Mexicans are the unintended victims.

I am the first to admit these two stories are simplifications. But I believe they tell us several things about how and how not to work for a sustainable energy future.

First, in our search for clean and secure energy, we must keep an eye on the law of unintended consequences. Every solution creates a new set of problems, it is said, so why not try to think more than just one step ahead? It does not take an Einstein to figure out that one cannot turn corn into fuels and eat it too. It might take an Einstein, however, to discover ways of producing biofuels that compete less directly or not at all with food. I consider myself lucky that Shell and its partners have quite a few Einsteins working to crack the bio-code. Shell, Choren and Iogen are currently developing ways of producing second-generation biofuels from residues like straw and wood chips. We will be separating the wheat from the chaff, so to speak.

Meanwhile, there are many options to cushion the impact of first-generation biofuels on food prices. We must ensure diversity in the types of crops we use. We should grow them in parts of the world where arable land is underused, thus boosting local economies and creating a synergy between food and fuel production. And we should avoid import restrictions so that we make use of each region’s natural strengths while creating a truly global market for biofuels. If we do all of that, there will be a bright future for biofuels.

Second, the vision of a secure and clean energy future must be more than a rich man’s concern if it has any chance of succeeding. We do not want to pit 900 million car drivers against 2 billion people who have no access to modern energy services at all. Imagine you are unfortunate enough to live in a poor neighbourhood in one of the world’s mega-cities. It is of course possible that you wake up every morning worried about climate change. But it is more likely that your main concern is how to find affordable food.

Third, we need the right mix of realism and idealism. A vision may show the way forward, but the facts tell us where the journey begins. I will elaborate on some of these facts before addressing a realistic vision.

Facts

The most important fact is that energy demand is rising and will continue to rise. Another fact is that fossil fuels are and will remain the dominant source of energy for decades to come. Fossil fuels make up between 80 and 85 per cent of the world’s global energy mix. With stringent international measures, we could reduce that share to around 77 per cent by 2030.

Solar and wind energy together provide around 0.15 per cent of the world’s total primary energy consumption. Biofuels add 450,000 barrels of oil equivalent per day, or around 0.2 per cent. This is about the same as the daily consumption of Greece or Pakistan. A major part of the remainder is made up of nuclear energy. The use of alternative energy, such as solar and wind, is set to grow. If we look to 2050 and beyond, renewables could perhaps begin to make up as much as a quarter of the global energy mix. But very few people realise just how far we have to go to reach that point. For instance, if the United Kingdom would fit 20 million roofs each with four square metres of standard silicon-based solar panels, this would generate less full-time equivalent power than a typical power station fired by gas or coal, or no more than 1 per cent of U.K. electricity capacity. As we say in the Netherlands, only the sun rises for free. However, we clearly need to improve our performance in exploiting its energy.

As for wind energy, the London Array offshore windfarm in which Shell is a partner will have up to 341 wind turbines, generating the equivalent of about 1 per cent of the U.K.’s electricity demand. The project has received some positive support from nongovernmental organisations. However, compare that to China, which last year alone added conventional generating capacity roughly equivalent to the entire U.K. stock of power stations. Clearly, if we want wind energy to make a difference, we will need more commitment from all stakeholders and greater speed in realising the projects.

Another important fact is that coal is making a comeback, particularly in China and India, where it is abundant and cheap. In the United States, too, more than half the electricity is generated by coal-fired power plants. In the European Union the figure stands at 36 per cent. Anybody who is concerned about carbon emissions cannot be happy with these figures, since coal is at the dirty end of the emissions scale. However, wishing coal away will not alter the facts. A more useful approach might be to invest in a combination of “clean-coal” techniques, such as coal gasification, which turns coal into synthetic gas, and coal-to-liquids technology. I would also include the capture and underground storage of carbon dioxide (CO2) in this list, as well as techniques that convert CO2 into solids that could serve as building materials.

One more fact: Electricity generation is now responsible for 41 per cent of global energy-related carbon emissions. That could rise to 44 per cent by 2030, as electricity takes a bigger share of energy consumption. Some people say the “future is electric.” They point to initiatives in the automotive industry and Silicon Valley to promote plug-in hybrid cars. I am sympathetic to this development. But before we get electric about such future prospects, let us remember that it would require generating more power than we do already.

Vision

Now let us turn to the vision of a realist. I will try to keep it as transparent as the synthetic fuel, made from natural gas, that was added to the diesel of an Audi race car last year. The salesman in me is compelled to mention that this was the first diesel car to win the 24-hour race in Le Mans as well as the Le Mans series of eight races in the United States. (This year, the rules have changed: Diesel cars will not be allowed to carry the same volume of fuel as petrol cars.)

Two things are pretty obvious to me: One is that the most certain way to balance the three Cs is energy efficiency.

The best way to use energy is not to use it. The best way to mitigate CO2 emissions is not to emit them. Gains may be made at the well, in car engines, in manufacturing industries, or in office buildings and homes. The possibilities to save energy are legion and not restricted to the energy industry.

The other certainty is this: Yes, we need to promote renewables. But if we really care about the “C” of clean, and if we accept the argument that fossil fuels will remain dominant for at least the coming three decades, then making efficiency and CO2 gains in the fossil part of the global energy mix is the most urgent task we face.

Here is an example. Shell is investing billions of dollars in an effort to cease all continuous flaring of waste gas at oil wells, especially in Nigeria. We will turn waste gas into pipeline gas for power generation and liquefied natural gas (LNG). Ultimately, this should reduce CO2 emissions by around 30 million tonnes per year.

As the International Energy Agency has pointed out, there are several other countries where continuous flaring is still a reality. With today’s gas prices, putting a stop to flaring and gathering the gas isn’t just good for the environment, it is also a commercial opportunity. A global cap-and-trade system for CO2 emissions is a precondition to making fossil fuels cleaner and promoting renewables around the world. In any cap-and-trade system, companies that invest large sums to capture and store CO2 should receive credits for that. If carbon has a cost, then getting rid of it should bring a reward. Power generation in particular offers opportunities for limiting emissions. Since power plants are stationary, it is relatively easy to capture the carbon they emit.

Regarding the Kyoto Protocol, the post-2012 system should be based on two pillars: First, it must be global to establish a level playing field for all. Second, it should go beyond CO2 and greenhouse-gas emissions to include global energy security.

The Seventh Generation

I have been inspired by what I have read about the traditional chiefs of the Native American Iroquois nation. Before making a decision, they must weigh its impact on the welfare and well-being of the seventh generation to come.

Indeed, leadership is foresight. We, the “carbon humans” of the twenty-first century, are very advanced technologically. We know that the costs of taking action against CO2 today are much lower than they would be for future generations. That is why we should secure energy for the generations. The alternative could be an intergenerational market failure.

When I think about Shell’s role in meeting this challenge, I believe that we are well placed to make a tangible contribution and at the same time sustain our business for many years to come. With a strong resource base and a lot of good investment opportunities, we can help secure energy supplies. We are well positioned in second-generation biofuels and in renewables, one of which we will grow into a major business. And thanks to our Einsteins, we will pass exciting technologies on to future generations – including and especially to young scientists joining Shell. After all, as the Dutch humanist Erasmus would point out: For talent to bring a reputation, it needs to be visible.

Jeroen van der Veer is chief executive of Royal Dutch Shell plc. He leads the executive team and is accountable for business performance and implementing strategy. Since 2004, he has led Shell through major changes, including simplifying governance and organisation and clarifying direction and accountabilities.

He joined Shell in 1971 and worked in manufacturing and marketing in the Netherlands, Curaçao and the United Kingdom. In 1984, he returned to Shell Nederland as manager of corporate planning and then of the Pernis refinery in Rotterdam.

After an assignment coordinating Shell businesses in Africa and Canada, he became a managing director of Shell Nederland in 1992. In this post, he led major reorganisations as well as a $2 billion upgrade of the Pernis refinery. In 1995, he moved to the United States as president and chief executive of the Shell Chemical Company. He was appointed a group managing director in 1997.

Mr. van der Veer was born in Utrecht in the Netherlands in 1947 and is married with three daughters. He has a degree in mechanical engineering from Delft University and another in economics from Rotterdam University.

He is a non-executive director of Unilever, serving as a member of the Nomination and Remuneration Committees.


Biography of Jeroen van der Veer, Chief Executive of Royal Dutch Shell plc.

July 30, 2007

Jeroen van der Veer is Chief Executive of Royal Dutch Shell plc.
Until 3 March 2004 he was also Chief Executive Officer of Shell Chemicals Limited.

Career background The opportunity for overseas experience was a major factor in Jeroen van der Veer’s decision to join Shell after military service.

His first degree was in mechanical engineering. Later he studied economics. His first Shell appointment was in process design, followed by a period on the ’shop floor’ in maintenance at Pernis. His career has also included manufacturing operations in Curatao and Pernis in the Netherlands. Other postings were in Corporate Planning for Shell Nederland, and in marketing with Shell UK’s liquefied petroleum gas business, extending and restructuring it to achieve profitability.

Jeroen’s strong interest in people, and how different backgrounds can find consistent expression within Shell, came to the fore during his period as Area Co-ordinator for Africa and Liaison Officer for Canada. This enabled him to appreciate how Shell operating companies are exposed to very different circumstances.

The management of change has been a constant feature of his postings, especially at Shell Nederland, where he was Managing Director and oversaw the investment of USD 2,000 million in the ‘Per plus’ project at Pernis - one of the largest of Shell’s operations worldwide, including both refining and chemicals manufacture.

Jeroen joined the Committee of Managing Directors (CMD) from the Shell Chemical Company in the USA, where he was President and Chief Executive. In the USA he was very involved in the transformation of the Shell Chemical Company (a part of Shell Oil Company) and he sponsored the reward and recognition initiative. This reflects his strongly held view: it is important to allow people to contribute to Shell in their own way while the leadership helps them to focus their energy on what matters.

Jeroen is an Advisory Director of Unilever, serving as a member of the Nomination and Remuneration Committees. In July 2002, he took up the world presidency of the Society of Chemical Industry (SCI), a post he will hold for two years.

Personal life Jeroen is married to Mariette, and has three daughters. His interest in human development is reflected in a love for visiting museums on his travels. He keeps fit with golf playing off a 16 handicap. He has skated two of the Netherlands’ ‘eleven-cities’ tours, in 1986 and 1997.


Interview with Vice Chairman of Chevron - Navigating the Investment Challenge

March 6, 2007

 Today we have posted up our latest on-line interview, which is with the Vice Chairman of Chevron a Mr Peter Robertson.     Not only is he Scottish which obviously pleases myself, but the interview is very interesting.  He talks about the huge increase in energy usage which is facing the world as under developed countries continue to develop and the need there is for more energy.  Just look at the continuing increase in the price of copper as China and India develop with their construction boom.

Peter goes onto explain not only the problems that the world faces but how to navigate investment through this, but rather than me waffle on, why not read his interview in full.  Im sure you are going to like it.

  

Navigating the Investment Challenge

by Peter J. Robertson
Vice Chairman
Chevron Corporation

Investment is a crucial issue facing the global energy industry. Here I will address the scale and scope of the investment challenge that we face and offer some suggestions on how to navigate it.
The fundamental driver of the current investment cycle, clearly, is the growth in global demand for energy.

The Energy Information Administration (EIA) estimates that between 2003 and 2030, the world will increase its use of energy by 71 percent. Growth in energy demand will be particularly strong in the developing world, which includes several billion people whose rightful first step out of poverty is access to basic energy supplies.

Investment Cycles: What’s Different Now?

The industry’s response to this demand has been to increase investment in new supplies at record levels across the entire energy value chain. We have been through investment cycles before; the industry saw three major investment phases in the 20th century. But there are several factors that differentiate today’s investment cycle from those of the past.

The first difference is the sheer scale of investment. The EIA estimates that through 2030, investments in oil and gas will require $6 trillion to meet demand projections. Oil investment is forecast at $3 trillion, with two-thirds going into countries outside the Organisation for Economic Co-operation and Development. Investment in gas production will also require about $3 trillion.

If you add investment across the entire energy spectrum, including power generation and distribution, the investment target is nearly $17 trillion by 2030. Clearly, we have not dealt with investment on this scale before.

Another characteristic that separates the current investment phase from the past is its complexity. A significant portion of new investment is going toward large, complex projects such as extra-heavy oil anddeepwater, which take years to bring onstream and involve multiple networks of partners, sometimes with different objectives. These projects have enormous fixed costs, long lead times and extended recovery periods for capital investment. They require sophisticated, disciplined and far-sighted management.

A timely example of this complexity is Chevron’s recent announcement of test results at Jack, a project we are leading in the U.S. Gulf of Mexico with our partners, Devon Energy and Statoil. The Jack well test was the result of several years of active exploration. It required major investments in seismic imaging and drilling technologies to navigate the salt overlay and tight rock formations that characterize the Lower Tertiary formation in that region of the Gulf. The well test alone represents an investment of more than $100 million.

It will take about another year to fully assess potential flows from the well, and another three to five years after that to build it out and produce first oil. Estimates are that the Lower Tertiary may contain anywhere from 3 billion to 15 billion barrels of recoverable oil (equivalent).

This type of complexity is what we mean when we talk about the end of “easy” oil. But it is also ushering in a new and rewarding frontier for our most advanced technology and exploration methods.

Another point of distinction in the current investment cycle is the range of risks we face - geologic risk, geopolitical risk, price risk and contract risk, for example. But the history of our industry is one of identifying, managing and overcoming risks. It is what we do. And despite all of the hurdles we face today, the global energy industry is stepping up to the investment challenge.

New investment by the five major international oil companies alone totaled approximately $70 billion in 2005, an increase of nearly 20 percent over the previous year. Double-digit increases in capital and exploratory spending in 2006 and 2007 seem likely if current trends hold. Investment on a similar scale is also being made by some of the national oil companies, notably Saudi Aramco and Petrobras.

Is It Enough?

Even with this historic level of capital spending, it is probably fair to ask the question: Are we investing enough?

Many argue that investment should be more aggressive. Projections of demand growth justify it, and current cash flow in the industry certainly makes it possible. But we also have to take into account the realities of constraints to investment today, which are significant.

One is the rising cost of almost every investment input. Rig rates, for instance, have soared in the past 18 months, compounded by the hurricanes in 2005. Rates in theGulf of Mexico have more than doubled since 2005. Jack-ups in the North Sea are commanding fees of $300,000 a day. Rates for deepwater, high-end drill ships are expected to edge up to $500,000 a day for 2008 and 2009 contracts.

The price of raw materials is also emerging as a bottleneck to investment. Spot prices for steel and iron have nearly quadrupled since 2003. Copper prices have increased about 500 percent since 2002. Nickel has nearly doubled in price over the last year.

While we do not buy these commodities on the spot market, these trends play out as increased costs for a broad range of fabricated steel structures, valves, compressors, pumps, open-cycle gas turbines and other items. Coupled with reduced numbers of contractors and high demand for shop space and engineering resources, the cost of these goods has increased as much as 200 percent over the last few years.

Another constraint is the availability of skilled people. After reaching a peak of 11,000 in 1983, the number of petroleum engineering graduates in the United States hit a low of 1,300 in 1997, rising slowly to 2,400 today. This is hardly surprising in the wake of 120,000 positions eliminated by the 25 largest private oil and gas companies worldwide since 1999.

Add to this fact that thousands of the industry’s most experienced engineers are planning to retire over the next decade, and we are clearly facing a labor deficit that will be an investment bottleneck - just as we are reaching the most intensive phase of the investment cycle - for some time to come.

Last, investment decisions are clearly impacted by access (or lack of access) to new production opportunities. Successful development of energy thrives best in an environment where multiple players apply a broad range of financial, technical and management resources.

It is no coincidence that the U.S. Gulf of Mexico, one of the few offshore areas in the United States open to robust exploration and production, continues to be a prolific source of oil and gas. It is a function of hundreds of oil and gas companies from all over the world, working in a variety of partnerships - and competing with one another - to develop the region to its full potential.

I think that when we look at the energy landscape, we see that our industry faces a paradox: We are generating strong revenues and cash flow tied to the price of crude, but we also face a variety of challenges to sustaining that performance.

Navigating the Challenges

Here are a few ideas about how to navigate those challenges and take better advantage of the opportunities in front of us.

First, given the growing demand for energy from the global economy, our industry needs to take a portfolio approach to investment and look for sound investment opportunities across the entire energy spectrum. The fact is that we need to make investments for the near term, the medium term and the long term. The challenge is to do them all, but to weight them and prioritize them in a way that will deliver predictable, economic returns and reliable flows of energy.

At Chevron, for example, we continue to make significant investments in our base business. That ranges from maintenance of existing infrastructure to exploration, production and enhanced recovery techniques such as steam-flood technology.

We are also broadening our portfolio with growing investments in unconventional hydrocarbons, such as extra-heavy oil in Venezuela, oil sands in western Canada and gas-to-liquids in Nigeria and Qatar.

And in a world that needs every molecule of energywe can develop, we also see a business model emerging for reasonable investments in alternative energy. Chevron has put a strategic emphasis on investing in second-generation biofuels based on cellulosic conversion technology. For example, we are funding a portfolio of research partnerships aimed at developing indigenous feedstocks into fuel products. The Georgia Institute of Technology is focusing on conversion of local forest products in the southern United States, and the University of California at Davis is exploring the use of high-end agricultural waste as a resource. We are also investing in a large-scale facility in Texas that will produce biodiesel from soybeans when it comes onstream.

It is clear that oil, gas and coal will continue to anchor the global energy portfolio for decades to come. But new energy sources, as well as focused technology that leads to higher levels of energy efficiency, can make a material contribution to long-term supplies. In fact, Chevron has a wholly owned operating company dedicated to selling efficiency. This is a profitable business in itself.

Another requirement for sustained and successful investment is predictability, based on contract sanctity and increased transparency. This is an important and topical subject to itself, but I will make just a couple of points.

In the current price environment there is a natural and rightful inclination on the part of governments and resource holders to maximize the returns on production. But there is clearly a tipping point where those policies can be counterproductive.

The EIA captured this issue in classic understatement: “Governments must strike a balance between short- and long-term objectives,” it said in a recent report. “Once investment has occurred, the host government may be inclined to raise taxes and royalty rates to increase revenues quickly, but at the risk of discouraging further investment.”

We believe this concept of balance is extremely important. Sudden shifts in contract terms should be considered carefully in the light of increased costs, more sophisticated technology and the inevitability of a cyclical downturn in prices at some point in the future. Stable, predictable and reasonable terms are needed to ensure that investments continue to flow.

Another way to increase predictability in the marketplace is through the support of multilateral organizations that create a robust environment for global trade.

As an industry, we need to demand political leadership that promotes inclusive commercial frameworks and level playing fields to stimulate trade and investment. That includes expanding the World Trade Organization to welcome global players such as Russia. Enhancing the global network of trade and investment will be one of the most important drivers of stability in the marketplace.

The final point on how we can effectively navigate the investment challenge is probably obvious. It is people: how we employ them, how we serve them and where the benefits of energy flow. We need smart, skilled people to deploy investments effectively. That means more investment in training and development. It means more partnerships with universities. It means building workforces that are truly global. In some respects, it means nurturing a new kind of skill set in the industry, particularly people with hybrid skills: half earth scientist or engineer and half information technologist, for example. We need people who can function in the interface and see the future.

The people equation also means that all of us - the industry, governments, communities - must be committed to extending the economic benefits of energy production to all levels of society.

Conclusion

Energy is more than mobility, light and heat. It is a fundamental driver of economic growth and opportunity for the globe. It can do so directly, through the creation of jobs in the industry, and indirectly, through the investment of energy revenues in education, economic development and other forms of social capital.

The more our industry and all other stakeholders work together to create broader prosperity and stability inthe communities where we operate, the more secure we will become as long-term, profitable enterprises - and the more secure the global energy supply will be.


Exclusive Interview with Alan Farrimond, Managing Director, PANDUIT Europe

December 18, 2006

For our next on-line interview we have been lucky enough to interview Alan Farrimond, MD, PANDUIT Europe.

For those of you who dont know,  PANDUIT™ is a global leader in wiring and communication products, delivering end-to-end solutions in support of demanding electrical and networking requirements.  Therefore the interview is certainly different from our first two interviews with Lord Browne of BP, and Bob Springs of Draka, which im sure you will find very much of interest.  Click the link below to read the interview on our web-site:

http://www.thecabledirectory.com/alan_farrimond_panduit_interview2.htm

1) In a market place where innovation and (new) technologies are key, what is PANDUIT™ doing to ensure it remains a market leader?
PANDUIT™ has developed away from selling products to providing complete solutions using industry leading technology for greater performance. By working closely with industry leading companies such as Cisco, RIT, Hewlett Packard and others in the PACT ™ (PANDUIT™ Alliance for Converged Architecture) programme we develop products outside our core range which provide complete, interoperable solutions to the end user. PANDUIT™ invests 10% of net sales in research and development which is carried out by PANDUIT™ Laboratories - a collaborative effort between dedicated research engineers, scientists and application experts from PANDUIT™, PACT ™ and other research organisations. PANDUIT™ Laboratories build the benefits that customers want into our products. Working with Cisco we created the new NET-ACCESS™ cabinets which allow easy access for MACs and into which Cisco switches fit neatly.

2. How does PANDUIT™ differentiate itself and its products in a highly competitive industry?
PANDUIT™ is famous for its excellent quality research, design and engineering. PANDUIT™ products and solutions meet the highest industry performance standards to guarantee the end user reliability where it is needed most. We build on this solid foundation further by working with the key industry players to create fully interoperable solutions which ensure maximum productivity and bandwidth for customers’ networks.

3. What are the main goals of PANDUIT™ in the next five years?
We will focus on our core values: Innovation, Quality and Service. This will mean continuing to develop products with exceptional design features and benefits to differentiate PANDUIT™ from all other companies. Over the next five years our innovation focus will lie in areas such as convergence, virtualisation, security. We will continue to partner with the industry leaders to provide integrated solutions of superior quality, delivered on time to earn customer preference. We will position PANDUIT™ as the industry leading provider of innovative, high quality solutions.

4. What do PANDUIT™ see as the biggest challenges you face in accomplishing your goals?
One of the biggest challenges facing PANDUIT™ is the commoditisation of infrastructure products. We are countering this by investing heavily in research and design to create the next generation solutions which really add value to our customers’ business. Coupled with our innovative solutions with superior customer service, delivery and technical support, we aim to earn customer preference in markets which value quality solutions.

5. What advertising advantages does the internet offer PANDUIT™ that other media do not provide?
The internet provides global reach to our customers. PANDUIT™ can provide the most up to date information via the internet to a customer on an oil rig in the North Sea, on a construction site in Dubai or in an office in China. There is no delay while information is mailed out and many people across the world can view the same PANDUIT™ information simultaneously. We have invested very heavily in our online catalogue and in our presence on respected online directories in order to reach customers wherever they may be.

6. Internet advertising revenues reached a new record of $4.2 billion at the end of the third quarter, which is a 33% increase from last year, what percentage of thePANDUIT™ marketing budget will be spent on the internet?

PANDUIT™ recognises the importance of the internet to many facets of our business. We are looking to the internet to provide great benefits to us and our customers. Going forward we will be increasing our budget on internet projects to around 10% of the marketing budget which will include globalising our website; translating it into many languages and adapting it for international use.

7. How can PANDUIT™ ensure they remain the number one manufacturer of network and communication products with the emergence of companies providing cheaper products from India and China?

PANDUIT™ targets and will continue to target those markets which recognise and demand innovation and quality. Many customers recognise the importance of quality and are happy to invest in quality solutions to gain maximum benefits from their networks systems in the long run. The ROI on quality infrastructure products is far better than that on cheaper products.

8. What do PANDUIT™ perceive to be the biggest threat to your company?

Commoditisation is a threat, but one we are confident we can counter by providing customers with exceptional solutions which meet their needs and exceed their expectations. We provide products which are reliable and won’t let our customers down. One of our central values and core aims at PANDUIT™ is to provide exceptional service right from the first point of contact to an on-going support post installation. We have a “one call does it all” philosophy, meaning we go out of our way to make it easy for the customer to do business with PANDUIT™and to be truly satisfied with PANDUIT™solutions. This approach and level of support is simply not there with cheaper options.

9. What career opportunities does PANDUIT™ offer to future employees?

We are a global company with sites all around the world and many interesting, international projects. PANDUIT™ offers its employees possibilities to work on highly interesting projects and to move internationally to any one of our global locations. We offer on-going training and development to our staff and invest heavily in winning, developing and keeping the best people.

10. With over 80 PANDUIT™ locations across the world, how can you ensure that the PANDUIT image of ‘Quality, Service and innovation’ is maintained?

PANDUIT™ has very strong international communication channels internally that all messages flow quickly and free from distortion from headquarters in the US out to the regions of the world. All employees in PANDUIT™are on the same page which helps ensure that all activities are undertaken with our central values in mind. That an organisation operates on a global basis should be no barrier to ensuring the central values inform the way all tasks and actions are executed.

Our thanks to Alan Farrimond for taking time out of his busy schedule to answer our questions.

 Click the link below to find out more about Alan Farrimond

   http://www.thecabledirectory.com/alan_farrimond_panduit_interview1.htm


Interview with Lord Browne of Madingley, Group Chief Executive, BP about the ‘Purpose of Business’

December 3, 2006

 I am aware of two overly simplified views about the role of business, and I believe they are both wrong. The first says the purpose of business is to make money and to deliver something called shareholder value. The second says we should do those things, but also that, to balance what by implication we are taking out of society in the form of profits, we should pursue a programme of “corporate social responsibility” – a programme of good works and philanthropy which is distinct from the business we are actually doing.

Why are those ideas too simple?

First, I do not think a business which just generated money would be a very good business. It would not invest in the future, for one thing; it would not develop people, ideas, markets or new products. Business is surely about the long term and not just about tomorrow.

Second, responsibility is not something to be added on as an afterthought or as a public-relations gloss.

Business is about something more complex. I believe a good, successful business is part of society and exists to meet society’s needs. That is the purpose of business at the highest level.

We in business need to make money to reward those who have trusted us with their investment, but that is not our primary purpose. We also need to behave responsibly, but I think responsibility comes through what we do and the way we do it, not by adding on some extra activity or by adopting distracting concepts such as the triple bottom line.

We are fulfilling our purpose by supplying goods and services at a price people can afford and in a manner which makes the activity sustainable. That is complex rather than simple, but it is how business really works.

Complexity: An Example

Let me illustrate what I mean by talking about one of the major projects BP has been undertaking over the last few years. Following the fall of the Berlin Wall in November 1989, the Soviet Union, which had been in place for more than 70 years, began to come apart. The countries which had been part of that union began to assert their independence, some for the very first time. One of those countries was Azerbaijan, whose territory contains some of the first known oil fields in the world.

A hundred years ago Baku, the capital city of Azerbaijan, was one of the great oil cities of the world. By 1990 the oil industry in Azerbaijan was run down and in decline. I remember my first visit vividly, driving from the airport past the sort of nodding-donkey oil rigs which feature in films about the 19th century and early discoveries in Texas.

In Azerbaijan those rigs were still there in 1990, and they were surrounded by open pools of oil.

In our judgment the best prospect for new oil in Azerbaijan was under the Caspian Sea, in water depths Soviet technology had found impossible to penetrate. After a substantial negotiation with the new independent government in Baku, and with the new state oil company they had created, we confirmed the presence of a series of giant oil and gas fields.

Azerbaijan is some way from the main oil markets of the world, so as well as finding and developing the oil, we had to find a way to transport that oil out of the country.

We looked at many options, including the possibility of a pipeline south through Iran to the Persian Gulf, but we came to the conclusion that the best, safest and most commercially attractive route was through Georgia (another newly independent state) and Turkey to the port of Ceyhan on the Turkish Mediterranean coast. That meant installing a pipeline of 1,100 miles through some complex territory, close to some environmentally sensitive sites, and across countries where land ownership and even borders are not always certain.

Sixteen years later, that pipeline is about to be commissioned for the first time. This summer, a million barrels of oil per day will flow through from the Caspian to Ceyhan and into the world market.

At the same time, we will continue the process of constructing a parallel natural gas pipeline to supply local needs and eventually contribute to gas supplies for southern Europe.

The total investment so far, which we and our partners have made in the greater Caspian area, is around $15 billion. The complexity of the process from the beginning point in 1990 to first oil in the summer of 2006 is remarkable.

We have had to manage not just the engineering and all the associated technology of constructing an oil development and major pipeline, but also all the issues of local politics in states that are just developing the structures of government Westerners take for granted. We have had to agree on everything with three governments, each in a different stage of development:

  • with Turkey, as that country approaches a crucial stage in its relationship with Europe and the West
  • with Georgia, first under President Eduard Shevardnadze and, following the Rose Revolution of 2003, with the new government of President Mikhail Saakashvili
  • and with Azerbaijan, under the first post-Soviet administration of President Abulfaz Elchibey, then under the restored authority of President Heydar Aliev and his son, Ilham

We have had to be aware at all times of the complex nature of the politics of the region, including the presence of a Kurdish minority in eastern Turkey, the conflict between Azerbaijan and Armenia, and the proximity and influence of Russia.

We also have had to manage environmental issues both in the Caspian region and along the pipeline route. We have had to develop a local workforce and all the skills necessary for a major project.

In a world characterised by terrorism, we have had to ensure that the line is secure at all times. We have had to work with local communities and with the governments of many of the surrounding states and the international community because a development on this scale affects everyone. The United States, for instance, has pursued under each of the last three administrations a clear policy of support for the independence of former Soviet states, and without the active support of the U.S. government, the Baku-Tbilisi-Ceyhan (BTC) pipeline could not have been built.

We have also worked with international financial institutions in both the public and private sectors to ensure that, with their support, the communities along the pipeline’s route can benefit from the increased flow of revenue the line will bring.

Their investment is important, but we have also begun our programme of investment in local enterprise because we are conscious of the potential this project brings to an area which has seen only very limited development activity in the past.

In developing the Caspian project and the BTC pipeline, we had to be involved with issues well beyond the narrow technical and commercial dimensions. We have dealt issues of human rights, land ownership and environmental impact in close detail at every stage of the project’s development. For the people running the project, those issues are not add-ons. They are not questions of public relations dressed up in the language of “corporate social responsibility.” They are not something we do to win prizes. They are integral elements which must be managed to make the project viable.

For a major project such as this, the key is sustainability. Can we make an investment in a manner which will endure over decades to come? Can we produce and develop oil and gas, then bring it to market, without damaging the environment, the people or the local economy of the places in which we are working? Can we work with everyone on the basis of long-term, enduring mutual advantage?

The development of the Caspian fields and the construction of the BTC line is a very special story, but it is not unique. I could similarly describe the work we are doing in Russia, Angola or Indonesia. The details are different, but the message would be the same. In each case, the way we work is crucial. Our responsibility lay in our activity and the manner in which we pursue that activity. Responsibility is not additional; it is absolutely integral.

I am sure many, many other companies could describe their projects and experiences in similar terms.

Why Does This Matter?

In our business, responsibility matters because the world needs energy, and that energy is only going to be developed by business – by companies, some private, some owned by government.

We will only be able to maintain the flow of energy the world needs if companies responsibly explore, develop new paths in science and engineering, train people and invest. Given the time scales involved, they can only do that if they carry a degree of trust from the societies of which they are part. To understand why such trust is so important, it is necessary to look at the facts behind the focus on energy security which has developed in the United States and other countries over the last few months.

First, the demand for energy is growing. In the last 30 years, energy demand worldwide has doubled. In the last 10 years alone, demand has risen by 23 per cent. The reasons for that growth are the continuing increase in population numbers, which are rising by a quarter of a million every day, and the spread of prosperity – the fact that more and more people, especially in China and India, can now afford to buy the energy they need to improve their living standards.

Second, for the moment there is no viable alternative to hydrocarbons. Some countries are developing nuclear power, but there are issues of security and costs to take into account. As the International Energy Agency (IEA) predicts, demand will be almost 20 per cent higher 10 years from now than it is today, and the sources of supply for that growth will be oil, natural gas and coal. Given the convenience of use, oil and gas will be the most important.

Third, while there is no physical shortage of oil or gas, the available supplies of oil and gas are concentrated. Within 10 years, 70 per cent of the world’s oil consumption will be traded, and three areas will account for the overwhelming bulk of that trade: West Africa, Russia and the Middle East.

The fact that the world seems set to become increasingly dependent on supplies from countries such as Iraq, Iran and Nigeria does make consumers nervous.

I think people are also nervous and uncertain about the environment, in particular about the implications of the growing emissions of carbon dioxide. Those emissions are growing at a rate between 1.5 and 2 per cent a year, with the result that the concentration of carbon in the earth’s atmosphere is rising towards the level at which many scientists believe the world’s climate could be seriously affected. The science is incomplete, of course, but the evidence is mounting, and the case for precautionary action to limit emissions is overwhelming.

All those factors are creating a sense of insecurity and anxiety. The evidence is that consumers want energy supplies which are safe and secure: safe in the sense that they are clean and can be used without destroying the world’s environment, and secure in the sense that they come from places which are trusted as trading partners.

Restoring a Sense of Security

What can be done, then, to restore some sense of security?

The first priority is to develop and extend mechanisms to provide the first level of defence when things go wrong.

The IEA was created in the 1970s in response to the supply shocks and uncertainties of the time. It has worked very effectively, with a response mechanism in place, to allocate resources in times of shortage.

When hurricanes hit the United States last summer, the response of the IEA in bringing in supplies from Europe was rapid and highly effective. It ensured that the market stabilised and that very few people were left short of the energy they needed despite all the disruption of production and refining along the Gulf Coast.

I believe the IEA now needs to be extended to match the changes that have taken place in the market. We need to include the new major consumers, such as China and India, and to draw in key producers like Russia and the member nations of the Organization of the Petroleum Exporting Countries. We should also consider extending the coverage of the IEA beyond oil to natural gas, because that, too, is now crucial to energy security. Everyone has an interest in the market being stable, and the IEA is a mechanism of proven effectiveness in achieving that stability. That is the first step, and it could help remove some of the shorter-term uncertainties.

For the longer term, the key is investment. Investment is necessary in as many sources of supply as possible, and also in the infrastructure to bring that supply to market. In both cases it is important to develop diversity so that, as far as possible, no one is reliant on a single source of supply, delivered by a single route.

It is not enough, however, just to develop existing known supplies and establish infrastructure. Investment is also needed in science and engineering.

In the last 20 years, the average recovery factor – the amount of oil or gas which can be produced from any particular field – has risen from around 30 per cent to more than 40 and, in some cases, more than 50 per cent. Increasing the recovery factor of fields in North America by just another 10 per cent would add 10 billion barrels to reserves.

In the last 30 years, the limit to the depth of water in which drilling is possible has increased from around 100 feet to more than 6,000 feet. I do not believe we have yet reached the limit, and extending our current capability by another few thousand feet could open up significant new possibilities around the world.

Investment is also needed in creating the options for the longer-term future: developing sources of energy which, over time, can replace oil and gas and help us move to a low-carbon economy.

Investment is the key to security, and that investment will made by business.

Public policy is very important. Governments can set the right incentives and enable the market to operate effectively. They can remove barriers to trade and the flow of capital. They can price externalities, such as carbon, in ways which encourage the development of innovation and alternatives. They can agree on mechanisms to respond to immediate shortages. But the element of society which responds to incentives is business.

The process of investment is continuous, and the effect of all the investment made by the oil and gas industry over the last five years will become clear in the coming months and years. In total, the industry’s private companies alone invested more than $550 billion in exploration, development and production between 2000 and 2004. The state companies have also invested significantly, and BP alone invested more than $50 billion. I believe such cumulative investment will help to stabilise the market in the short to medium term.

For the long-term future, the industry is investing in gas and in alternative energies such as wind, solar power and the fascinating technology of carbon capture and storage, which allows one to separate out, and securely store, the carbon from hydrocarbons, then to use the hydrogen to produce carbon-free electricity.

The engineering of carbon-capture technology is still at an experimental stage; BP has two test projects under development. If it works, it could provide a major contribution to global energy supply and security in the years ahead. And that is what business is about: sustainability in the long term. That is our purpose and how we think about the world in which we live.

As we pursue that approach, we know we cannot succeed on our own. Our industry needs good public policy, and we need good relationships built on mutual advantage with customers, suppliers and the communities in which we operate. Perhaps most of all, we need ideas and new knowledge. We need the advances in science that we, as professionals, can apply.

Lord Browne of Madingley, group chief executive of BP p.l.c., was appointed a managing director of BP in 1991 and group chief executive in 1995. He is a non-executive director of Goldman Sachs and the Intel Corporation and a trustee of the British Museum. He is also vice president and a member of the board of the Prince of Wales International Business Leaders Forum.

The interview can be viewed at the cable directory by clicking the link below:

http://www.thecabledirectory.com/purpose.htm

We would like to thank World Energy Source based in the United States who supplied us with the interview.   Who we are working in partenrship with.  See link below for more information.

http://www.thecabledirectory.com/world_energy_source.htm