Port of Rotterdam aims to become the most sustainable biorefinery in Europe

Europe’s largest biorefinery is located in the heart of the Port of Rotterdam. Alco Energy Rotterdam converts corn into bioethanol fuel in a production process that generates zero waste. The CO₂ released during the process is transported to greenhouses in Westland and the remaining corn pulp is suitable for use as animal feed. ‘We aim to become the most sustainable biorefinery in Europe. Perhaps even in the world. Logistically, Rotterdam is the ideal place for us.’

Ethanol is produced during the fermentation and distillation of certain crops. Alco Energy – a relaunch of Abengoa – uses animal feed quality corn for this. The sugars in the corn are converted into almost pure alcohol, which can be mixed easily with petrol. European legislation specifies that in order to reduce greenhouse gas emissions from traffic, in 2020 at least ten percent of fuel for the transport sector must originate from renewable energy sources. In line with this, Dutch petrol stations have been obliged since last October to mix some ten percent of bioethanol in Euro95 petrol. ‘If you fill up with Euro95, you’ll see E10 mentioned at the petrol pump. This refers to the ten percent added bioethanol,’ stated Robine Koning, Alco Energy Rotterdam Plant Manager. Greenhouse gas emissions from ethanol are considerably lower than petrol. In Alco’s case, emissions are almost 95 percent lower.

Every thousand kilos of corn produces 330 kilos of ethanol. Almost the same amount of mass remains after the corn sugars have been converted into alcohol. The high protein level of this DDGS (Distiller’s Dried Grain with Solubles) makes it a very much sought-after product in the animal feed industry. ‘Research shows that DDGS reduces methane production in livestock,’ explained Koning. ‘And as our corn only comes from European countries and has a GMP++ certificate for animal feed safety, it is guaranteed to be GMO-free. It can partially replace imported soybean meal in animal feed.’

Alco Energy transports the CO₂ released during fermentation in the production process via underground pipelines to the horticulture industry in Westland, so that the greenhouses there do not need to generate CO₂ from fossil fuels. ‘This summer we will start using a second compressor so that we can transport even more CO₂ to the horticulturalists,’ stated Rob Vierhout, Alco Energy’s Public Affairs Advisor. ‘This is in line with our ambition to become Europe’s most sustainable, efficient and modern biorefinery. We are currently number two, I think, just losing out to a Swedish company. We are also investigating the possibilities of reducing CO₂ emissions by reducing the use of natural gas and by using other raw materials than corn, such as residual waste.’

Logistically, Rotterdam is the ideal location for the biorefinery. Corn is unloaded from sea-going vessels that can berth at the plant’s quay. And the inland shipping, rail and road transport connections are also good. ‘Annually, we supply 550 million litres to the petrol market. We transport this ethanol by train or vessel to oil companies, mainly in Northwest Europe,’ stated Koning. ‘This combination of transport flows makes us incredibly flexible.’

Reported by Port of Rotterdam (19 February 2020)

U.S. sanctions on Rosneft Trading seen shifting crude flows

U.S. sanctions on Russian Rosneft’s trading arm will disrupt a slice of global crude flows and may prompt refineries in Europe, India and the United States to shift purchases to other crude suppliers, traders said.

The United States on Tuesday redoubled efforts to oust Venezuelan President Nicolas Maduro by barring U.S. dealings with Rosneft Trading S.A., a subsidiary of Russia’s state oil major Rosneft, which Washington said provides him a financial lifeline. Russia has called the sanctions illegal and said it plans to consider options in reaction.

The ban will likely hit some U.S. direct purchases of Urals, typically a medium sour blend, from Rosneft Trading and could make it more difficult for refiners in Asia and Europe to buy from the firm. Washington advised non-U.S. firms to seek guidance should they be unable to wind down dealings with the trading firm within 90 days.

European refiners could look to source replacement crudes from West Africa, Brazil and the U.S. Gulf Coast, if Urals become expensive, traders said. Urals is the most common export grade from Russia and a benchmark for medium sour crudes in Europe. It could create new demand or support prices for alternatives such as Colombia’s Vasconia and Castilla and Basrah heavy, they said.

Phillips 66 has been one of the biggest buyers of Urals on the Gulf Coast from suppliers including Rosneft Oil, according to U.S. Customs data on Refinitiv Eikon. Companies that have imported Urals from Rosneft Trading in recent years included PBF Energy and Swiss trader Trafigura .

Phillips 66’s imports through the U.S. Gulf Coast and some Italian refiners in Trieste are likely to be affected, one market source said.

Phillips 66 and PBF Energy spokespeople declined to comment. A spokeswoman for Trafigura said it would comply with the sanctions.

U.S. crude flows to Europe are set to increase as demand from Asia has plummeted due to the coronavirus outbreak, sources said.

In India, refiner Reliance Industries said it was assessing the impact of the sanction. Nayara Energy, part-owned by Rosneft, said it complies with all relevant and applicable U.S. sanctions.

The sanctions do not target other Russian traders including Litasco, an arm of Lukoil. But past sanctions have tended to prompt some companies to do more than required. Traders on Wednesday said Rosneft’s oil sales, excluding the trading arm, were not affected.

Rosneft Trading acts as a counterparty on behalf of Rosneft in some global deals and plays a role in an informal oil trading alliance Rosneft has with Trafigura, traders said. It is unclear what impact the sanctions will have on that alliance.

Reporter: Devika Krishna Kumar from Reuters

Oil Trading Giant Sees Oil Price Recovery Later This Year

Commodity trading major Vitol said it expected oil prices to recover later this year once the effect of the coronavirus epidemic wanes, Bloomberg reported, citing the company’s chief executive.

Before that, however, the oil market will suffer a 200-million-barrel negative impact on demand during the first quarter, Russell Hardy said, with loss of demand in China at 4 million bpd at the moment, on the back of travel bans and lower economic activity.

While this is undoubtedly negative for prices, Vitol’s CEO also said there is a positive effect to counter the impact of the coronavirus, and this is lower production in Libya and Venezuela, along with OPEC plans to deepen their production cuts.

“All of those factors are going to help re-balance the 200 million barrels, which will leave the market in a better position for the second half of the year,” Hardy told Bloomberg in an interview. “There’s an OPEC meeting to come in a couple of weeks time and the market’s anticipating some kind of supply response from OPEC.”

OPEC officials earlier this month recommended additional cuts of 600,000 bpd to prop up oil prices, but Russia has been reluctant to agree, asking for more time to consult on the recommendation.

This opposition is hardly surprising: Russia has consistently budgeted for lower oil prices than the actual ones since the 2014 price collapse, and as a result is much more resilient to price drops than Saudi Arabia. It has also signaled repeatedly it is making a compromise with its oil industry in supporting the cuts as they are.

The next meeting of OPEC and its partners in the cuts is scheduled for early March and if history is any indication, Moscow will agree to an extension or deepening of the cuts, but it may not stick to them.

Meanwhile, the EIA, the IEA, and OPEC itself have revised down their global oil demand outlooks, with the EIA the most pessimistic, expecting demand to take a hit of 378,000 bpd for this year. OPEC revised down its outlook by 230,000 bpd earlier this month, while the IEA’s downward revision was for 365,000 bpd.

Reporter: Irina Slav from Oilprice.com (21 February 2020)

JPMorgan Warns It Might Get Walloped by the Climate Crisis

JPMorgan Chase & Co, long a target of public scrutiny for its relationship with the fossil-fuel industry, is getting more serious about the impacts of the climate crisis.

The bank’s annual regulatory report on Tuesday added “climate change” as a risk factor, saying it could hurt operations and customers. Risks including prolonged droughts or flooding, increased frequency of wildfires, rising sea levels and altered rainfall could “prompt changes in regulations or consumer preferences, which in turn could have negative consequences for the business models of JPMorgan Chase’s clients,” the company wrote in the filing.

The added disclosure came a day after JPMorgan vowed to stop financing coal-fired power plants unless they’re using technology to capture and sequester carbon. The bank also won’t provide project financing for new oil and gas developments in the Arctic.

The climate crisis and its potential impact on society, markets and the global economy is gaining more attention from the business community. This month, Goldman Sachs Group Inc., Bank of America Corp. and Citigroup Inc. also added to their regulatory filings stronger warnings about the toll it could take on their businesses.

Environmental activists have been pressuring JPMorgan, the biggest U.S. bank, to divest from the fossil-fuel industry, and have called on shareholders to remove Lee Raymond, the longtime climate skeptic who previously ran Exxon Mobil Corp., from the lender’s board.

Chief Executive Officer Jamie Dimon, another target of environmentalists, has said climate change can be solved only through government policies.

“I’ve always thought it was a problem,” Dimon said at the bank’s investor day Tuesday. “We should acknowledge the problem and start working on it.”

Financial firms often include dozens of disclaimers about potential risks in their annual 10-K filings, but JPMorgan has typically focused on those more directly related to the economy, regulation and competition. Economists at the firm have been warning clients about the potential for climate change to threaten the global economy and even the human race.

Reporter: Michelle F. Davis by Bloomberg (26 February 2020)

Navigating uncertainty – IMO 2020

In the wake of IMO 2020, the Chinese New Year and the coronavirus, the more than usual uncertainty has generated rough sailing throughout all sectors of shipping.

IMO 2020 seems to have vanished from the news but was the first topic covered Capitallink organised a webinar showcasing the “navigation” strategies of four listed companies- with participation by company ceos, moderated by Jefferies equity analyst Randy Giveans.

Panel participant Kim Ullman, the ceo of Concordia Maritime, noted “the industry said that they would fix it…and they have.” He said that price spreads between low sulphur and high sulphur were actually lower than many industry participants had expected – presently in the range of $150 – $175 per tonne, depending on geography.

On the cargo demand side, he added that there had been an uptick in oil cargoes moving “out to the East” to be refined in line with expectations of market participants.

Panelist Valentios “Eddie” Valentis, the top man at Pyxis Tankers, explained that, in 2019 Q4, movements of low sulphur fuel cargoes helped fuel the hires for MR tankers up to levels as high as $35k per day. He explained further that delays as supply organized bunker stocks brought about some delays- all sorted out now, which also contributed to the Q4 strength.

“Things are settling down,” he said, explaining that Pyxis, operating five smaller tankers, had not experienced any difficulties with arranging for low sulphur fuel supplies, in various ports.

Dry bulk webinar participant, Stamatis Tsantanis, the chairman/ ceo of capesize owner Seanergy Maritime, offered a similar view, noting that, for Seanergy vessels not equipped with scrubbers, “we have found that the supply of low sulphur fuel is abundant.”

The contraction of the price spreads have impacted the firms in different ways. Tsantanis described arrangements where his company’s scrubber fitted vessels had been entered into three – five year deals with major charterers. In these schemes, the charterers paid the capital costs, installation and offhires for scrubber retrofits; Tsantanis described a “profit sharing plan” where the repayment to the time charterer comes from fuel savings. The shipowner participates in the sharing if the spread widens.

Concordia Maritime’s Ullman acknowledged that his firm, where the vessels are consuming low sulphur fuel, had entered into forward hedges to protect against increases in the price differential, at the time that a decision was taken not to invest in scrubbers. He told the webinar listeners: “The prices today are lower than the hedge, but fleet enjoying lower MGO prices.”

Looking towards the future, beyond IMO2020, Panelist Marco Fiori, the ceo of Premuda, said “There are a lot of question marks…it’s very difficult to operate longer term in a capital intensive industry,” when there are such great uncertainties about future fuels suitability. The silver lining in all this is that fuel uncertainties “have not been very encouraging for ordering”.

Reporter: Barry Parker from Seatrade Maritime News (24 February 2020)

Tank Storage Demand Drivers – Price Volatility

Volatility is applied to describe fluctuations of oil prices and it relates to the level of uncertainty in the market. Historic volatility is calculated by the standard deviation of an oil price return series, measured during a certain time frame

Introduction to Price Volatility

Price volatility will stimulate traders to buy low and sell high. In this article you will learn about it and how it influences demand for tank storage.

There are other ways to calculate volatility i.e. looking at the daily high and low range of oil prices during a trading session or the estimated volatility of an option (implied volatility). Implied volatility offers an outlook on the expected volatility and is the opposite to historic volatility that looks back into recent history. It is important to understand that there are events that can impact the level of price volatility.

Learn what drives tank storage demand. Join the FREE Webinar: Insights Global Tank Terminal Commercial Performance Model upcoming March 18th 2020.

Figure 1 Brent crude price and price volatility

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When analyzing the Brent crude price and periods of high volatility there are a number of time frames when crude futures prices dropped while volatility expanded. Like on January 8 (weaker geopolitical risk premium), and February 3 (worries of Corona to demand for oil).

Learn what drives tank storage demand. Join the FREE Webinar: Insights Global Tank Terminal Commercial Performance Model upcoming March 18th 2020.

Importance of price volatility to tank storage companies

Important for tank storage companies to understand is that in times of high volatility, such as described in these three cases, trading volumes on the paper market are very high. As traders are able to make bigger profits in a high volatile regime when an old saying become reality: ‘buy low and sell high’. 

Taking into account that every paper position is squared by a physical position, one can understand that also physical trade will increase. More physical trade will eventually lead to more demand for tank storage capacity. 

Is price volatility the only business opportunity indicator for tank storage companies?

There are other indicators that should be taken into account such as market structure, arbitrage and more. These topics and Insights Global’s market model will be covered in upcoming weeks.

Learn what drives tank storage demand. Join the FREE Webinar: Insights Global Tank Terminal Commercial Performance Model upcoming March 18th 2020.

Source: Grimes, A.H., Trading Volatility Compression, 2014

Seven promising routes that reduce the carbon impact of oil and gas

The use of crude oil, natural gas and coal has been a primary driver of human progress. Unfortunately, now we know that the use of fossil resources is also a primary driver of anthropogenic climate change. What can be done in the short term?

 

Every tonne of carbon emitted counts

In 2050 and thereafter, cheap and abundant energy will still be of utmost importance for human progress. The big difference is that this energy will also have to be carbon neutral.

Until all of our energy is sourced carbon neutral, every ton of carbon (not) emitted counts. In the coming decades, it will be fairly easy to do without our most carbon intensive energy source: coal. Substituting oil and gas will however be far more difficult. In the short run, the use of gas may very well increase because of climate policy. Gas fired power plants pollute substantially less than coal fired power plants. Trends in oil consumption for the coming decades will be defined by slow but steady reductions in the ‘old’ economies, balanced at first by growing demand in emerging and evolving economies.

Given that oil and gas production, refining and transport will be facts of life for the coming decades, reducing the carbon intensity of oil and gas consumed will be just as important as substituting oil and gas with carbon free alternatives. Here are seven routes that substantially reduce the climate impact of the oil and gas industry.

Electrification of offshore platforms

Using 11 floating windturbines, Equinor will electrify 5 of it’s production platforms. Reducing gasturbine utilization by 35%, the project will cut carbon emissions by ±200,000 tonnes annually. Besides wind power, providing onshore power to offshore projects may also help cut emissions.

Old fashioned plumbing

Leaks in production and transport result in loss of revenue but are nevertheless common. New satellite and drone imagery simplifies the recognition of leaks. Solving leaks, especially methane leaks, reduces the climate impact while increasing the yield of energy companies.

Carbon capture in production

Raw natural gas and oil may contain large amounts of CO2 which have to be removed in order to comply to standards. This is often done directly at the point of extraction. Storing the separated CO2 underground, instead of just venting it into the air, is an effective climate policy.

Utilization of concentrated solar hear

Most of the easily recoverable oil has already been extracted. The remaining, more viscous crudes have to be heat treated before extraction is possible. Normally, steam for this process is produced by burning gas or oil. GlassPoint Solar enables solar heat to replace this fossil fuel consumption.

CCS at refineries

Oil refineries consume large amounts of hydrogen for removing sulphur and other contaminants from crude oil and to convert crude into refined fuels. This hydrogen is produced from natural gas, with CO2 as byproduct. Capture and storage of this pure stream of CO2 is rather easy.

Reduction of gas flaring

Flaring of gas at oil wells in itself is a climate measure, as CO2 from burned methane has a far lower climate impact than the methane itself. Still, routinely burning away gas on site that could just as well be used productively elsewhere should be prohibited as much as possible.

Abandoning unconventional reservoirs

Extraction and refining of oil from tar sands, in the arctic or from shale reservoirs by nature is more carbon intensive than production from more conventional fields. Given most of fossil resources should be kept underground anyway, it’s best to abandon unconventional fields first.

License to operate

At sufficient scale, most of the options mentioned above are not extremely expensive. Given that almost all oil majors have come to terms with the fact that fossil carbon is the prime source of anthropogenic climate change, implementation of measures that greatly reduce the climate impact of operations should be a no brainer.

Furthermore, if oil and gas producers are not yet intrinsically motivated, exposure to cap and trade programs, carbon taxes, shareholder pressure and eventually consumer boycots should help enforce the utilization of renewable energy in production and refineries, the capture and storage of carbon and the minimization of leaks and flaring.

If you are active in oil and gas, now is the time to take action.

Auteur: Thijs ten Brink, Photo: Zbynek Burival via Unsplash Public Domain

Tank Terminals in Europe – Key Figures

As a market research company specialized in the tank terminal business we truly value the FETSA and its members. Europe is our home base so this makes it even more logical to become a supplier partner. With this partnership we want to underline the long term commitment to FETSA members to improve their markets by providing insights and enabling intelligent decisions.

Patrick Kulsen, Managing Director of Insights Global

Download FETSA brochure that contains key figures on Tank Terminals in Europe