Shell Pernis

Title:  32951_Shell_Experience_V3

Duration: 0:34 minutes

Description:

What is happening in and around our company.

32951_Shell_Experience_V3 Transcript

[Background music plays]

Upbeat instrumental music featuring keys.

[Text displays]

What is happening in and around our company?

[Animated sequence]

Text swipes away to the side and a worker with hard hat looks up.  The worker is replaced by a fuming pipe followed by an aerial shot of a plant.

[Text displays]

What about security?

[Animated sequence]

The previous animation disappears and is followed by a drawing of a plant seen from above. A white border is shown with the text ‘How does Shell think about’ in yellow, followed by the text ‘the future’ in red on a white background.

[Text displays]

How does Shell think about the future...

[Animated sequence]

The previous animation is pushed to the right with yellow and red striped vertical bar followed by a white page. On this page appear 2 drawings. On the left side a drawing of a group of people in yellow, on the right side a group of trees in yellow, both drawing are circle shaped.

[Text displays]

of human and environment?

[Animated sequence]

The previous animation is pushed to the left and a shot of a residential street appears with houses on both sides, on the left hand side cars are parked in a line. On the right hand side a family of 5 is walking away from the camera with a dog, seen on their back. The youngest is riding a bike..

[Text displays]

And what is Shells contribution to society and the economy

[Animated sequence]

A fireman is standing in front of a fire truck looking straight at the camera from the middle of the screen. The camera zooms in slowly. Followed by a female Shell worker in a red Shell overall, wearing a hard hat with protection glasses standing in front of a plant, looking straight into the camera from the middle of the screen. Camera zooms in slowly

[Text displays]

tell it all

[Animated sequence]

A young man with folded arms standing in a factory wearing a red Shell overall, wearing protection glasses looking straight into the camera from the middle of the screen.

[Text displays]

tell it all

[Animated sequence]

A young woman with hands on her back smiling at the camera from the middle of the screen. She is wearing a white Shell lab uniform standing in a laboratory.

Followed by a young girl standing in front of a plant wearing a red Shell overall holding a yellow hard hat under her right arm, having her left arm in her waist, smiling at the camera from the middle of the screen.

[Text displays]

and will show you...

[Animated sequence]

A pan from right to left of the Shell plant in Pernis.

[Text displays]

with a guided tour on the spot where it all happens

[Animated sequence]

Four man having a conversation in the bottom left corner of the screen looking up to a big construction on the Pernis site. They are wearing overalls and hard hats.

[Text displays]

Do you want to join?

[Animated sequence]

The previous animation is pushed to the right with yellow and red striped vertical bar followed by a white page. On the white page a text appears in red and yellow.

[Text displays]

Wednesday 27 june, Shell Pernis office, 19:00 - 21:00

Register by email: CommunicatiePernisMoerdijk@Shell.com

[Animated sequence]

The previous animation is pushed to the right with yellow and red striped vertical bar followed by a white page. On the white page a text appears in yellow.

[Text displays]

You're invited!

[Animated sequence]

The previous animation is pushed to the right with yellow and red striped vertical bar followed by a white page.

[Audio]

Shell jingle

[Graphic]

Shell Pecten centred on a white background.

Title:  Wij zijn shell pernis 15 november (1)

Duration: 5:16 minutes

Description:

The future of Shell Pernis - increasingly cleaner products, safety and the environment, an intensive bond with our environment, and future vision.

Wij zijn shell pernis 15 november (1) Transcript

[Background music plays]

Rhythmic instrumental music featuring synthesised musical effects.

[Text displays]

Shell Pernis

The future is _

[Video footage]

Panoramic time lapse footage, as seen across a body of water, of an industrial plant complex, a tall chimney and other structures reaching up into a blue sky filled with scudding clouds. Mid view of a smiling young woman wearing safety gear, standing against the background of industrial plant infrastructure. Mid view of a smiling young man wearing safety gear, an internal plant floor forming the background. Mid-view of a smiling young woman wearing a white laboratory coat and safety goggles, a laboratory setting forming the background.

[Narrator]

The future has been in the making at Shell Pernis since over a century, and in that period, Shell Pernis has moved with the rhythm of the port, always rejuvenating and modernising…

[Video footage]

Mid-view of another smiling young man wearing safety gear, an internal plant floor with machinery forming the background. Mid-view of a smiling woman wearing safety gear, standing against a background of large pipes and industrial plant infrastructure. Mid-view of a smiling man in a blue shirt standing just outside the entry to the floor of a section of the plant.

[Narrator]

Now and in the future, it remains our ambition to deliver every more efficient, dependable and cleaner products.

[Video footage]

Panning low angle side view of a Shell-branded tanker truck, industrial plant infrastructure in the background. Bird’s eye view of an industrial plant complex, blue skies with dark clouds seen above. Wide side view of a vessel in the harbour, the industrial plant complex visible in the background. Side view of a long workstation countertop for multiple users, one man seated at his workstation in the middle distance, looking at one of the screens facing him. High angle view of a laboratory setting, people wearing white lab coats working at various points in the lab. Mid-view of two people wearing white lab coats and, gloves and goggles, working with chemicals at a lab counter. Mid-view in profile of a man seated and working at one of the workstations. Footage of a man dressed in safety gear cycling towards the shot, industrial plant infrastructure visible in the background. Wide view of a car pulling into a Shell service station and parking at a petrol pump.

[Narrator]

We are Europe’s largest refinery. Our site, including Shelll Europort is almost as large as 1,000 football fields. We have 1,900 employees working in 60 different plants.

[Video footage]

Reverse view footage of a worker carrying a container and walking across grass to an area of large cylindrical oil storage tanks.  Miscellaneous views of industrial plant complex from various angles. Reverse view footage of the man cycling through the complex. Miscellaneous footage of workers moving about and working within the plant complex.

[Narrator]

All of the plants are interconnected by pipelines. The network consists of tens of thousands of kilometres of pipes. Locations like our chemical plant in Moerdijk, Schipol, and industrial zones, like Antwerp and the Ruhr Area, are connected to our company through underground pipelines.

[Video footage]

Panning footage of the piping and structures of multi-level plant facilities from various angles. Footage of parallel lengths of large pipes in a plant, running between grass covered banks, with the oil storage tanks in the background. More panning close-up footage of the plant’s piping and structures. Wide footage of gate one, Shell Chemie Moerdijk. Miscellaneous footage of industrial plant complexes as well as closer shots of the infrastructure.

[Narrator]

The Port of Rotterdam is the largest in Europe, partly due to the supply of large quantities of crude oil and the extensive trade in oil products.

[Video footage]

Miscellaneous footage of the port, including vessels and jetties, with wind turbines and plant infrastructure in the background. Low angle footage of the oil storage tanks, grass-covered banks in the foreground, wind turbines turning in the background.

[Narrator]

The oil is stored in tanks at the Maasvlakte and at Shell Europort, and then it’s pumped to Pernis.

[Video footage]

Low angle footage of a sheep eating grass, the storage tanks in the background. Wide front-view footage of a worker crossing a narrow metal bridge which runs from the storage tanks, down a grassy bank and over the large parallel pipes. More footage of the storage tanks and piping infrastructure below.

[Narrator]

We can process both light and heavy grades of crude oil.

[Text displays]

The future is _

steeds schonere producten

CLEANER PRODUCTS

[Video footage]

Panoramic time lapse footage, as seen across the water, of an industrial plant complex, the tall chimney and other structures reaching up into a blue sky filled with scudding clouds.

 [Video footage]

Footage of a woman dressed in safety gear cycling towards the shot, industrial plant infrastructure in the background. Bird’s eye view of a Shell tanker truck driving along a highway.

[Narrator]

The most important products we make are: gasoil/diesel, petrol, kerosene and LPG.

[Text displays]

gasolie/diesel – benzine – kerosene – LPG

[Video footage]

Extreme wide view of a man wearing safety gear cycling through industrial plant complex.

[Narrator]

The refinery also makes other products like bitumen, sulphur, solvents and base chemicals, for example, for Shell Moerdijk.

[Text displays]

Bitumen – zwavel – oplosmiddelen – chemiegrondstoffen

[Video footage]

Panning bird’s eye view of industrial plant complex.

[Narrator]

When the plants operate at full speed, we process over 400,000 barrels of crude oil per day, which equals 20 million tonnes a year, or 750 litres per second.

[Video footage]

Footage of a women wearing safety gear ascending the maintenance ladder of a storage tank, stopping to fill plastic containers with oil from the storage tank, and carrying the container of bottles back down the ladder.

[Narrator]

Products made in the refinery plants include polyols, propylene and solvents.

[Text displays]

Polyolen – propylene – oplosmiddelen

[Video footage]

Footage of the aforementioned worker crossing over a narrow metal bridge that runs across pipes and plant infrastructure.

 [Video footage]

Panning bird’s eye view of plant facilities. Panning footage of packaged products on a supermarket shelf; a hand lifts one packaged item off the shelf.

[Narrator]

We supply them to other companies which process them into products like mattresses, glue and packaging materials.

[Video footage]

Low angle footage of industrial plant infrastructure against a blue sky.

[Narrator]

The way in which we process our oil goes as follows... We start with distillation. The molecules in crude oil are split up into different components, based on different boiling points. This happens in a distillation tower. We heat the crude oil to a temperature of about 350 degrees Centigrade, which causes the lightest molecules or fractions to evaporate. This vapour then rises in the tower. The higher up in the tower, the lower the temperature. Thus, condensation will ensue causing the gaseous molecules to turn back into fluids at different heights.

[Text displays]

Ruwe Olie - Destillatetoren – Long Residu – Smeerolie – Stookolie – Diesel – Kerosine – Nafta - Benzine

[Animated sequence]

Animated graphic, picturing a distillation tower with a pipe entering from frame left, crude oil – indicated by black shading – entering the distillation tower, the level of black shading in the distillation tower slowly rising. At various levels of the tower, lines extend from the tower towards frame-right, with text descriptions. The graphic zooms to the base of the tower, where a temperature gauge graphic within the tower indicates rising temperature, using red shading. Further red shading slowly travels up the tower above the black shading. Successive levels of shading appear in orange, dark green, light green, dark blue, light blue, then white, as the graphic zooms out again, and the white shading continues through the pipe which extends out of the top of the tower.

 [Video footage]

Bird’s eye view of an industrial plant complex, including the oil storage tanks, one emblazoned with a Shell pecten; traffic moves along highways in the foreground. Panoramic shot of industrial plant facilities, seen across a body of water, some foliage visible in the foreground.

[Narrator]

Moreover, we can turn almost all crude oil into lighter products. To this end, we use not only distillation but also cracking processes. Through heat and catalysts, we crack the molecular chains, as it were, in order to produce smaller and lighter components. These products can then be used for petrol, kerosene or diesel. Our aim is to keep reducing safety hazards.

[Animated sequence]

Animated molecular structure zooms in, rotating against a blue background while lines form to connect all of the molecules as it fills the frame. Then, the overall structure breaks into smaller molecular structures which rotate away from one another. Superimposed on this graphic, three orange barrel graphics appear alongside each other across centre-frame, text indicating the content of each barrel.

[Text displays]

Benzine – Kerosene – Diesel

 [Text displays]

The future is _

veiligheid en milieu

SAFETY AND THE ENVIRONMENT

[Video footage]

Panoramic time lapse footage, as seen across the water, of an industrial plant complex, the tall chimney and other structures reaching up into a blue sky filled with scudding clouds.

[Narrator]

We do this with careful designing and robust construction, through regular maintenance and with a high training level of our employees.

[Video footage]

Miscellaneous footage of workers in various areas of the plant complex, inspecting or working on various pieces of infrastructure or equipment.

[Narrator]

This way, Shell can warrant the safety and health of everyone to a maximum, at and around the site.

[Video footage]

Close-up of hands turning a vehicle’s steering wheel while driving. Close-up of a yellow safety signboard displaying various warning signs and text. Side view of an emergency vehicle driving past a fire station in which several fire trucks are parked. Wide footage of a parking area and a white building with a Shell pecten located above the entrance, with vehicles passing in the middle distance, and industrial plant infrastructure reaching up into the sky in the background. Mid-view footage, in profile, of a woman donning her safety helmet, plant infrastructure in the background. The woman mounts her bicycle and rides out of shot.

[Narrator]

We also take future-oriented steps to be more environmentally-friendly.

 

[Video footage]

Low angle footage of sheep eating grass, the oil storage tanks in the background.

[Narrator]

For instance, think of the greatly reduced use of natural gas, made possible because we send large amounts of CO2 to the Westland.

[Video footage]

Bird’s eye view of an industrial plant complex seen across a body of water, the tall structures of the complex reaching up into a blue sky. Footage of a line of greenhouses, a canal and grassy banks running alongside. Panning bird’s eye footage of the greenhouses.

[Narrator]

Another example is our residual heat project. From 2018 onwards, we supply enough residual heat to the city of Rotterdam to provide thousands of houses with hot water and heating.

[Animated sequence]

Animated graphic of plant infrastructure, shaded in orange, a dotted red line moving between buildings indicating heat, and as it moves through a tank shaded in blue, the dotted line becomes a yellow line. The graphic zooms out to show a second plant at frame-right, shaded in blue. Above the second plant, a red temperature gauge appears in the blue sky, the rising red line indicating rising temperature. This cuts to a graphic of a house, the blue-shaded plant now in the background, with a yellow line running below ground and up into the house. The front wall of the house is removed, showing the residual heat being piped into the home to meet heating needs.

[Narrator]

Our new SDA plant also plays its role, as it’s going to remove asphalt from fuel oil components.

[Video footage]

Miscellaneous footage, switching back and forth between panning bird’s eye footage of an industrial plant complex, and panning footage of the model of the Solvent Deasphalter unit (SDA) for Pernis. Landscape footage of a grassy area with trees where people are seated on chairs and park benches, looking out over a body of water; in the background, industrial plant infrastructure reaches up into the blue sky.

[Narrator]

Thus, from the same amount of crude oil, more valuable and cleaner products can be obtained.

CONNECTING WITH OUR ENVIRONMENT

[Text displays]

The future is _

een intensieve band met onze omgeving

CONNECTING WITH OUR ENVIRONMENT

[Video footage]

Panoramic time lapse footage, as seen across the water, of an industrial plant complex, the tall chimney and other structures reaching up into a blue sky filled with scudding clouds. High angle view of the tops of storage tanks and plant infrastructure with a skyline of buildings visible in the distance. Footage of an urban street lined with buildings and parked cars, as one vehicle turns into the street. Footage of pedestrians walking along an urban street, also lined with buildings and parked cars.

[Narrator]

In 1998, we established the Community Council to discuss issues in a structured way, to create understanding for each other’s situation. Of course, we also think of the future. That’s why we also have our own Children’s Council. This enables us to offer a programme to local young people in the fields of technology, safety and the future of energy.

VISION FOR THE FUTURE

[Video footage]

Footage of a group schoolchildren, wearing coveralls, visiting plant facilities. A man speaks to them and they respond enthusiastically, some raising their hands to ask questions. Reverse view footage of the children walking within plant facilities. Close-up of the children donning their safety goggles. Footage of the children seated around a large oval boardroom table, while a man stands in the foreground, addressing them. Footage over one of the student’s shoulders of a brochure that he is holding in his hands and reading.

[Narrator]

[Dutch 00:04:42]

[Text displays]

The future is _

toekomst visie

VISION FOR THE FUTURE

[Video footage]

Panoramic time lapse footage, as seen across the water, of an industrial plant complex, the tall chimney and other structures reaching up into a blue sky filled with scudding clouds. Low angle footage of cars approaching on a highway and passing the shot. Reverse view footage of traffic on a highway.

[Narrator]

Energy issues are constantly changing.

[Video footage]

Panning bird’s eye view of an industrial plant complex. Reverse view footage of an airplane landing on a runway, other aircraft in the background.

[Narrator]

The demand for petrol and diesel for passenger traffic will decline, but there will be a continuous demand for fossil fuels for heavy transportation.  In the past, we have always moved with the times, and we’ll continue to do so.

So we think that Pernis has a bright future ahead of it.

[Video footage]

Reverse view footage of a worker carrying a container and walking across grass towards an area of oil storage tanks. Mid-view of a smiling man in a blue shirt standing just outside the entry to the floor of a section of the plant. Mid-view of a smiling woman wearing safety gear, standing against a background of large pipes and industrial plant infrastructure. Mid-view of a smiling young man wearing safety gear, an internal plant floor with machinery forming the background. Mid-view of a smiling young woman wearing a white lab coat and safety goggles, a laboratory setting forming the background. Mid view of a smiling young man wearing safety gear, an internal plant floor forming the background. Mid view of a smiling young woman wearing safety gear, standing against the background of industrial plant infrastructure. Low angle time lapse footage of oil storage tanks, a large Shell pecten visible on one of the white tanks, while clouds race through the blue sky above.

[Text displays]

www.shell.com/pernis

[Audio]

Shell jingle

[Graphic]

Shell Pecten centred on a white background with text displaying below.

[Text displays]

© Shell International Limited 2017

TRANSCRIPT SHELL PERNIS RESTWARMTE

Duur: 0”55

Titel: Pernis Restwarmte Initiatief

Omschrijving: Shell, Havenbedrijf Rotterdam en Warmtebedrijf Rotterdam hebben samen met Bas Kurvers, wethouder Bouwen, Wonen en Energietransitie gebouwde omgeving, het Pernis Restwarmte Initiatief feestelijk ingeluid, nu de infrastructuur om warmte te kunnen leveren gereed is. Met dit initiatief levert Shell samen met partners een bijdrage aan de versnelling van de Nederlandse energietransitie door 16.000 Rotterdamse huishoudens te verwarmen met restwarmte afkomstig van de raffinaderij in Pernis.

Key words: restwarmte, duurzaamheid, Pernis, Warmtebedrijf Rotterdam, Havenbedrijf Rotterdam, Shell.

Achtergrondmuziek: Sound of Shell – Upbeat Fun

Shot van schuifpuzzel in speeltuin SV Katendrecht, de puzzel en aanwezige stakeholders.

***

Bas Kurvers staat voor de gelegde schuifpuzzel in speeltuin SV Katendrecht. Stakeholders en kinderen klappen nadat de puzzel succesvol in elkaar is geschoven. Vooraanzichten van verschillende huizen in Rotterdam passeren de revue. Tekst (Bas Kurvers): Vandaag is hier in de speeltuin op Katendrecht het startshot gegeven voor het aansluiten van de restwarmte van Shell Pernis voor 16.000 huishoudens op het warmtenet. En dat is fantastisch nieuws!

***

Allard Castelein staat voor de gelegde schuifpuzzel in SV Katendrecht. De schuifpuzzel wordt van dichtbij gefilmd, met nadruk op het woord ‘restwarmte’ en de pijpleidingen. Tekst (Allard Castelein): Wij zijn heel blij met Shell Pernis als een hele efficiënte fabriek. Nu met de uitkoppeling van warmte wordt het nog efficiënter.

***

Marjan van Loon staat voor de gelegde schuifpuzzel in SV Katendrecht. Samen met andere stakeholders en aanwezige kinderen legt ze de schuifpuzzel zodat de samenwerking tussen verschillende partijen zichtbaar wordt. Kinderen zetten stappen op de schuifpuzzel. Tekst (Marjan van Loon): En dit restwarmte project laat zien wat je dus kan doen om daar stappen in te nemen.

***
Co Hamers staat voor de gelegde schuifpuzzel in SV Katendrecht. De schuifpuzzel is te zien, evenals de zon achter de wolken die Rotterdamse bebouwing verlicht van achter. Tekst (Co Hamers): Er wordt door het leidingsysteem van het Warmtebedrijf Rotterdam warmte geleverd aan Rotterdam.

***

Kinderen houden hun bakjes popcorn omhoog en doen relevante proefjes over restwarmte samen met Bart Kneppers van MadScience bij een tafel op een klein heuveltje zodat de proefjes goed te zien zijn.

***

Jos van Winsen staat voor de gelegde schuifpuzzel in SV Katendrecht. Stakeholders van Shell discussiëren met elkaar na afloop van het evenement. Tekst (Jos van Winsen): Ik ben er blij om. Het is een project waar we zo’n jaar of 4 aan gewerkt hebben met een heel team.

***

Bas Kurvers staat voor de gelegde schuifpuzzel in SV Katendrecht. Vanuit het publiek is te zien hoe MadScience met hulp van een van de aanwezige kinderen een proefje doet. Tekst (Bas Kurvers): Want hier komt de haven echt naar de stad toe en kunnen we werken aan een betere toekomst voor onze kids.

***

Jos van Winsen staat voor de gelegde schuifpuzzel in SV Katendrecht. De pijpleidingen en Rotterdamse huizen op de schuifpuzzel zijn te zien. Tekst (Jos van Winsen): En we zijn vandaag zo ver om binnenkort te warmte te gaan leveren aan de buren.

***
Co Hamers staat voor de gelegde schuifpuzzel in SV Katendrecht. Vooraanzichten van Rotterdamse huishoudens worden gefilmd. Tekst (Co Hamers): De warmte gaat naar gebouwen zoals hier in de omgeving.

***

Marjan van Loon staat voor de gelegde schuifpuzzel in SV Katendrecht. Stukken van de puzzel worden in elkaar geschoven. Tekst (Marjan van Loon): Die samenwerking is wat mij betreft hier dus de sleutel tot het succes.

***

Logo van Shell met ‘Shell International Limited 2018’.

Title:  opvolging incident

Duration: 5:46 minutes

Description:

On Saturday July 29^th 2017, an incident occurred at Royal Shell’s Pernis refinery, the largest in Europe. A fire started in a power supply station leading to a power outage affecting a number of units. Shell Pernis shut down most of its production units in a safe and prompt manner, resulting in flaring which is part of the safety system when units are taken out of operation.

 

Late on Monday, there was a second incident; a hydrogen fluoride leak while one of the units which had been taken offline was being flushed – a necessary cleaning measure after the fire. The source of the leak was identified, while no hazardous concentration was measured outside the site. All appropriate agencies were notified and there were no injuries associated with this incident. In this video, we talk to Jos Van Winsen to follow up on the incidents.

 

opvolging incident Transcript

 

[Background music plays]

Instrumental version of the Shell jingle

[Video footage]

Industrial scene. Wide-angled view overlooking the Pernis site. Text appears onscreen as displayed below.

[Text displays]

ONDERZOEKSRESULTATEN INCIDENTEN SHELL PERNIS

[Interviewer voiceover]

Last July, Shell Pernis experienced two incidents which had a large impact in the near vicinity. On 29th July, a short-circuit in a high voltage station led to the complete shutdown of nearly all the plants. Two days later, a hydrogen fluoride pipeline sprang a leak, which caused gas to escape to the outside air.

 

[Video footage]

Wide-angled view of the Shell Pernis refinery and highway with many trucks. Grass blowing in the foreground. View of a park overlooking a lake with people sitting on benches. On the other side of the lake, the Pernis site. View of the high voltage power station building at Pernis with a network of pipes in the foreground. Close-up of a bright yellow notice on a wall with text reading ELEKTRISCHE CENTRALE C4 VEILIGHEIDSDISTRICT RDU and two red lightning bolts on either side of the text. Shot panning left to right over the Pernis site showing the many factories, buildings and chimneys. Shot of a refinery building under construction with lots of scaffolding. Shot panning right to left showing a complex network of pipes, machines, chimneys and buildings. Wide-angled view of the Pernis site.

 

Interview with Jos Van Winsen

 

[Text displays]

Jos Van Winsen

General Manager Shell Pernis

[Title]

General Manager Shell Pernis

[Video footage]

Close-up of Jos Van Winsen speaking to off-screen interviewer at an interior location, behind him a large image of a refinery and a female walking past.

Jos Van Winsen

On the night of 29th July, a high voltage station to my right had a short-circuit. This led to the breakdown of numerous electrical systems. This always causes plants to shut down automatically. When a plant shuts down, we must safely dispose of any gas that is present. Safety systems send the gas to the torch, so the torch will burn with an extremely large flame. Normally, we add steam to avoid any soot production. But due to the domino effect of the power outing, we didn't have enough steam so we couldn't add steam to the torch, which, as a consequence, produced more soot than normal. The power outing has caused the shutdown of a number of plants. We then had to shut down more systems to relieve the power station. Once we had closed down that part of the refinery, we have decided to shut down the rest of the refinery in a controlled way. This went well.

 

[Video footage]

View of the high voltage power station building at Pernis with the yellow notice on the wall, a network of pipes in the foreground. Shot panning left to right of a large round structure and two white electrical machines. Interior shot of a room with large fuse cabinets on both sides, a doorway at the back. Camera pans left to focus in on several of the fuse cabinets which have various displays on the front. Back to close-up of Jos Van Winsen.

 

Interviewer

What caused the short-circuit?

 

Jos Van Winsen

A power station like that has an enormous number of connections, but it is a high-voltage station at 25,000 volts so you have heavy cables with high-tech connectors, so to say, which are quite a bit larger and serious than your household connectors. They connect cables and in one of them, a failure occurred - a short-circuit. At 25,000 volts, a short-circuit causes an arc to form with fire as a result, so we had to put out a fire in that station.

 

[Video footage]

Interior shot panning left to right of a complex network of electrical wiring and connected piping. Close-up shot of a voltage cabinet and cabling as camera pans down. Close-up of white sign on a wall with text reading C 2503 IS-LIMITER. Close-up of an electrical cabinet with three rows of industrial splicers and connectors as the camera pans down. Back to close-up of Jos Van Winsen.

 

Jos Van Winsen

The real cause of the failure of this bus duct connector has been under investigation for some months now by the DNV-GL, ex KEMA, but we still don't have a clear idea.

 

[Video footage]

Interior shot of a room with tables and chairs. In the foreground, a cross-section of the failed piece of equipment where the fire started. Zoom in and pan right showing copper on the inside affixed with nuts and bolts.

 

Interviewer

Then what happened on 31st July?

 

Jos Van Winsen

On 31st July, two days after the controlled shutdown of the refinery, we had a minor leak in a pipeline at another plant, causing hydrogen fluoride with butane to escape. About 90kg of hydrogen fluoride,

A strong acid, and 350kg of butane have escaped from a 20mm leak.

 

[Video footage]

Back to close-up of Jos Van Winsen now standing behind a round table. On the table, a model of a cross section of yellow piping.

 

Interviewer

What caused this leak?

 

Jos Van Winsen

I have ordered a model, because it was a combination of factors. With that plant, after starting up... there is a connecting tube between two pieces. Normally, the joints are sealed on both sides with so-called spectacle flanges. One of the spectacle flanges was left open, so the tube was in an open connection with the pipeline containing HF-butane.

 

[Video footage]

Zoom in on the model as Jos Van Winsen gesticulates. Back to close-up of Jos Van Winsen standing behind the table with the model. Back to close-up of the model as Jos Van Winsen points to various parts of the pipe. Close-up of Jos Van Winsen opening and closing the spectacle flanges on the model. He then lifts the cross section up at one end and points to the T-section at one end of the pipe.

 

Jos Van Winsen

This in itself is not a problem, but after the shutdown, because this pipe was slightly sloping, like this - it was slightly exaggerated - there was a small puddle of water after the shutdown. That was not properly disposed of. HF and water form a very aggressive acid, which burned through the metal and caused a leak. As I said, when a leak occurs, the plant has many sensors in place to detect a HF or butane leak. The sensors tripped, and we have safety systems to create water curtains around any leaks to neutralise the outflow. The fire brigade targeted the spot with a water cannon. The escalation with the Veiligheidsraad functioned well, so we managed to contain the HF butane mixture within the compound.

 

[Video footage]

Wide-angled shot panning left to right across the Pernis site.

 

Interviewer

Were the two incidents related?

 

Jos Van Winsen

No, they weren't. Since the shutdown in 2015, the flange had been in the wrong position and there was a bit of water. It had been corroding for a year and a half and, incidentally, it caused this leak. It could have happened a few days earlier or a few days later. The connection tube is inspected regularly and it has always been marked as safe, so its age is not an issue. But since a spectacle flange was left open and there was some water inside - two very unusual situations - this was what happened.

 

[Video footage]

Back to close-up of Jos Van Winsen and the model. Zoom in on the model as Jos Van Winsen points to the T-section. Back to close-up of Jos Van Winsen and the model.

 

Interviewer

It has been said that these two incidents are below Shell's standards. Is it still safe to be here on the site?

 

[Video footage]

Exterior shot panning left to right across the Pernis site. Back to close-up of Jos Van Winsen and the model.

 

Jos Van Winsen

Yes, it is safe to be here. We do everything we can, hence we carry out these studies to learn what has gone wrong and to see what we can learn from it. And we include all of this in our processes, and it's expected of our employees and in the checks we do to continually seek improvements. We do this together with our colleagues in the Botlek area and throughout Shell. We learn from each other in order to be better neighbours.

 

[Video footage]

View of the Pernis site as seen across the water. View of a neighborhood in proximity of Pernis with rows of houses, parked cars, trees, some traffic and the top of a factory chimney popping up behind one of the houses.

 

Interviewer

Can you guarantee it won't happen again?

 

[Video footage]

Wide-angled view of a large building with the Shell pecten logo, part of the industrial site to the side, many road lights and grass blowing in the foreground. Back to close-up of Jos Van Winsen with the model.

 

Jos Van Winsen

We can't guarantee that, but we can guarantee to always do our absolute best. We're very sorry that we haven't been the neighbour we want to be, but we will do our utmost to avoid this kind of incident ever occurring again.

 

[Audio]

Shell jingle

[Graphic]

Shell Pecten centred on a white background

[Text displays]

© Shell International Limited 2017

 

Title:  543894_Flare_Remote_Operated_Drone_Inspection_v1.4_Stream

Duration: 2:08 minutes

Description:

Safer remote operated drone inspection of the Shell Pernis flare system, in collaboration with the Dutch Drone Company.

543894_Flare_Remote_Operated_Drone_Inspection_v1.4_Stream Transcript

 

[Text displays]

Drone fakkelinspectie

Pernis

[Background music plays]

Soft instrumental music featuring synthesised musical effects, keys, and increasing in rhythm and intensity towards the close.

[Video footage]

Low angle footage of a man dressed in safety gear working in the foreground, the flare system of Shell Pernis visible in the background against a blue sky. Close-up of the man, head bent over his work, factory infrastructure in the background.

[Text displays]

Shell Pernis 4 Oktober 2017

[Video footage]

Low angle footage of the tall torch installation seen against the sky, flaring and smoking.

[Text displays]

Onbemande inspectie wordt uitgevoerd op de fakkelinstallatie, 100m.

[Video footage]

High angle close-up of the drone, stationary on a paved area, while men dressed in safety gear move around it. Close-up of the drone’s remote control and related equipment. Close-ups of one of the men leaning over, operating the control equipment, factory infrastructure visible in the background. Close-up of the top of the drone, red light flashing. More footage of the man bent over the controls. Low angle close-up of an antenna seen against the sky, cutting to a wider shot of the antenna alongside the tall torch installation.

[Text displays]

Dit is een bijzondere vlucht vanwege de nabijheid van het vliegverkeer van Rotterdam-The Hague Airport.

[Video footage]

More footage of men surrounding the drone and controls, a vehicle with Dutch Drone Company signage in the background. Footage of the two men lifting the drone and carrying it along the paved area to an area in the distance, still with the factory infrastructure in the background. Close-up of the screen reflecting data and imagery from the drone footage, which currently shows the paved area. Wide footage of the drone taking off into the sky. Low angle footage of the drone against the sky.

[Text displays]

Er is hier special toestemming voor verleend, doordat de drone een transponder bij zich had.

[Video footage]

Close-up of the screen displaying drone footage and data, showing the pipes and infrastructure of the torch installation from various angles. Low angle footage of the drone and torch installation, seen against the sky.

[Text displays]

Hierdoor was de drone zichtbaar op de radar en kon er een uitzondering worden gemaakt.

[Video footage]

Close-up of the screen displaying drone footage and data, showing again the infrastructure of the torch installation from various angles as it pans up the installation.

[Text displays]

De fakkel kan blijven branden en mensen hoeven niet op grote hoogte de inspectie uit te voeren.

[Video footage]

Continuing drone footage of the infrastructure of the torch installation from various angles, slowly panning up the installation. Low angle footage of the drone and installation, seen against the sky. Wider view of the screen displaying drone footage, a man dressed in safety gear seen in reverse view in the foreground, as he looks at the footage, showing the flaring torch at the top of the installation. A hand appears, pointing towards the screen.

[Text displays]

Hierdoor wordt de inspectie een stuk veiliger.

[Video footage]

Bird’s eye view of the torch installation, the flaring visible against the background of factory infrastructure, cutting to a closer view of the torches. Low angle footage of the drone and installation, seen against the sky. Aerial view of the flaring torches. Close-ups and extreme close-ups of the torch openings. Front view footage of the two men carrying the drone along the paved area, factory infrastructure forming the background. Footage of the two men walking towards the shot. Footage of one of the men standing alongside a surveying instrument which is planted on the paved area against the background of factory infrastructure.

[Text displays]

Shell Pernis in nauwe samenwerking met Dutch Drone Company

[Video footage]

Wide bird’s eye view of factory infrastructure at Shell Pernis.

[Audio]

Shell jingle

[Graphic]

Shell Pecten centred on a white background with text displaying below.

[Text displays] Shell International Limited 2017

Transcript van ‘Tankcleanen robot extern_MPEG1_TC_25 fps’

Duur: 01:40.5 minuten

 

Titel: Tank cleanen door middel van robot

 

[Achtergrondmuziek]

Instrumentaal tot einde film. Voluit zonder gesproken tekst, zachter wanneer geïnterviewden aan het woord zijn.

 

00:00

[Videobeelden]

1.1          Raffinaderij Shell-Pernis, gefilmd vanaf een hoog punt. Camera zwenkt naar links.

1.2          Tekst in beeld:
TANK CLEANER DOOR MIDDEL VAN ROBOT

1.3          Close-up van een tank met Shell-logo op tankgrootte. Op de voorgrond een rode afsluitkraan. Camera zoomt in.

1.4          Drie tanks achter elkaar. Camera naar links.

1.5          Tekst in beeld verdwijnt. Tekst van geïnterviewde De Jong zet in.

 

00:05

[Videobeelden onder tekst geïnterviewde De Jong]

2.1          Zelfde als 1.5: drie tanks achter elkaar, camera die naar links zwenkt.

2.2          Op voorgrond geïnterviewde De Jong in rode overall en helm op, die aan het woord is. Op de achtergrond de robot en daarachter twee manshoge blauwe containers met een steiger rechts ernaast. Een stroomkabel tussen de robot en een van de blauwe containers.

2.3          Tekst in beeld:
JOOST DE JONG
CLEANING & WASTE COÖRDINATOR TANKENTEAM
Tekst in beeld verdwijnt.

2.4          Raffinaderij Shell-Pernis, gefilmd vanaf een hoog punt.

2.5          Close-up van een aantal olietanks. Op de voorste tank een regenboogvlag en tankgrote Shell-logo.

2.6          Op voorgrond geïnterviewde De Jong. Op de achtergrond de robot en daarachter de twee blauwe containers met de steiger rechts ernaast. Een stroomkabel tussen de robot en een van de blauwe containers.

2.7          Robot totaal in beeld met draaiende koppen. Op de achtergrond twee olietanks en links een vacuümwagen. De arm van de robot gaat omhoog en omlaag.

2.8          Close-up van de robotarm die loskomt van een vervoerswagen. De camera zwenkt naar links en volgt de arm die omhoog gaat.

 

00:05

[Joost de Jong, Cleaning & Waste Coördinator Tankenteam]

In het verleden gingen de mensen naar binnen om een tank schoon te maken. Normaal zijn er vier mensen daar acht tot tien uur per dag in de tank door de sludge heen te lopen. Met adembescherming en onder hele zware omstandigheden. En toen hebben we bekeken, wat zijn dan de mogelijkheden om dat te voorkomen, dat het beter kan worden. En zijn we eigenlijk op de robot uitgekomen als beste vervanging, om in de toekomst tanks schoon te maken.

 

00:28

[Videobeelden onder tekst geïnterviewde Molkenboer]

3.1          Geïnterviewde Molkenboer in werkkleding staand bij de robot. Op achtergrond de vacuümwagen en tanks.

3.2          Tekst in beeld:
HANS MOLKENBOER
PROJECTLEIDER ROHRER.
Tekst in beeld verdwijnt.

3.3          De robot rijdt zelfstandig over een stellage die naar de ingang van een tank leidt.

3.4          Close-up van de afvoerpijp. Camera volgt, naar onderen en naar rechts, de pijp naar de vacuümwagen. De vacuümwagen staat tussen twee olietanks. Links staat geïnterviewde Molkenboer toe te kijken die richting vacuümwagen loopt.

 

00:28

[Hans Molkenboer, Projectleider Rohrer]

Dit apparaat gaat door middel van de rupswielen richting de tank en dan in de tank. Eenmaal in de tank wordt er gezogen door de pijp en dat wordt vervolgens afgevoerd naar de vacuümwagen.

 

00:43

[Videobeelden onder tekst geïnterviewde De Jong]

4.1          De Jong en Molkenboer, en twee andere medewerkers in werkkleding, kijken naar de werking van de robot.

4.2          Close-up van een in beeld rijdende robot die naar de ingang van de tank rijdt.

4.3          Close-up van Molkenboer die toekijkt. Camera gaat naar onderen en De Jong en de twee andere medewerkers in werkkleding komen in beeld.

4.4          Op de voorgrond geïnterviewde De Jong, op de achtergrond robot en daar weer achter de twee blauwe containers met de steiger rechts ernaast. De stroomkabel tussen robot en de blauwe container.

4.5          Vooraanzicht robot met draaiende koppen aan de afvoerpijp. De robotarm beweegt omhoog.

 

00:43

[Joost de Jong]

We zijn eigenlijk samen om de tafel gaan zitten en hebben gezegd, welke manieren zijn er wereldwijd. We hebben eigenlijk alle manieren die er zijn bekeken, we zijn op verschillende locaties wezen kijken. En ja, je kunt terugvallen op het oude dat er al bestaat. Maar we willen eigenlijk een stap vooruit maken. En daar is deze robot, ja, een prachtig voorbeeld van.

 

01:00

[Videobeelden onder tekst geïnterviewde Molkenboer]

5.1          Close-up van twee hangende camera's.

5.2          Close-up van één camera.

5.3          Op voorgrond sprekende geïnterviewde Molkenboer. Op achtergrond een stellage.

5.4          Robot stilstaand op stellage voor ingang tank. Aan de robot gekoppeld de afvoerpijp. Camera volgt de pijp die uitkomt op een van de blauwe containers waarin een medewerker zit die naar twee beeldschermen kijkt.

5.5          Een medewerker in werkkleding kijkend naar de twee beeldschermen.

 

01:00

[Hans Molkenboer]

Vervolgens hebben we overal nog camera's geplaatst. De camera's zijn er voor dat je zowel aan de achterkant als aan de voorkant kunt zien wat er gebeurt. Want er is niemand bij, in die tank.

 

01:11

[Videobeelden onder tekst geïnterviewde De Jong]

6.1          Op voorgrond geïnterviewde De Jong, achtergrond robot met de twee blauwe containers, steiger rechts ernaast en stroomkabel tussen robot en de blauwe container.

6.2          Robot rijdt zelfstandig over de stellage naar ingang tank.

6.3          Close-up van in beeld rijdende robot richting ingang tank.

 

01:11

[Joost de Jong]

Nou, het grote voordeel op HSE-gebied, dat er geen mensen meer in hoeven. Maar in de loop van de tijd zal het zeker sneller gaan worden, dan we nu doen. En ja, dan is het ook goedkoper.

 

01:21

[Videobeelden onder tekst geïnterviewde De Jong]

7.1          Zelfde als 6.3: close-up van in beeld rijdende robot richting ingang tank.

7.2          Op voorgrond geïnterviewde De Jong, achtergrond robot met de twee blauwe containers, steiger rechts ernaast en stroomkabel tussen robot en de blauwe container.

 

01:21

[Joost de Jong]

Het is uniek voor Shell. Bij Shell Nederland is het voor het eerst nu en we gaan dit ook zeker wereldwijd uitdragen. Als het dan een succes is, kan het op de andere locaties ook gebruikt gaan worden.

 

01:29

[Videobeelden]

8.1          Close-up van robot die de tank binnenrijdt.

8.2          Raffinaderij Shell-Pernis, gefilmd vanaf een hoog punt. De camera zwenkt naar links.

 

01:35

[Achtergrondmuziek]

Stopt.

 

01:36

[Achtergrondmuziek]

Shells bedrijfstune: vijf tonen cello

 

01:36

[Op scherm]

Wit scherm waarin Shell-logo verschijnt, gevolgd door tekst:

© SHELL INTERNATIONAL LIMITED 2018