Clean Collection (#60)

Cargo ships being washed and repainted in dry dock, Cape Town, Western Cape, South Africa

Ocean Sunfish (Mola mola) adult, with butterflyfish feeding on ectoparasites from skin, Batu Abah, Nusa Penida, Bali, Lesser Sunda Islands, Indonesia

Four-spotted Chaser (Libellula quadrimaculata) adult, cleaning eye with front leg, resting on stem, Priory Water Nature Reserve, Leicestershire, England, june

Hornet Robberfly (Asilus crabroniformis) adult, cleaning forelegs, resting on twig, England

Greenbottle (Lucilia caesar) adult, cleaning front legs, resting on Iceplant (Sedum sp)
Greenbottle (Lucilia caesar) adult, cleaning front legs, resting on Iceplant (Sedum sp.) flowers in garden, Warwickshire, England, september

Holubs golden weaver (Ploceus xanthops) bathing in a river. This bird is found throughout Africa and inhabits woodland close to water. Photographed on the Zambesi River, in Zimbabwe

Longfin batfish (Platax teira) being cleaned by bluestreak cleaner wrasse (Labroides dimidiatus). This fish can reach up to 70 centimetres in length. It is found throughout the Indo-West Pacific

Bignose unicornfish (Naso vlamingii) being cleaned by bluestreak cleaner wrasses (Labroides dimidiatus). This fish is found in the Indo- Pacific region

Longbarbel goatfish (Parupeneus macronema) being cleaned by a bluestreak cleaner wrasses (Labroides dimidiatus). This goatfish is found in the Indo- West Pacific region

Forsskals goatfish (Parupeneus forsskali) being cleaned by bluestreak cleaner wrasses (Labroides dimidiatus). This goatfish is found in the Indo- West Pacific region

Longfin spadefish (Platax teira) being cleaned by bluestreak cleaner wrasses (Labroides dimidiatus). The longfin spadefish is also called the tiera batfish

Blackedge thicklip wrasse (Hemigymnus melapterus) with cleaner wrasses (Labroides dimidatus). This fish can grow up to 90 cm in length

Smart methanol fuel cell
Fuel cell. Hand holding a direct methanol fuel cell (DMFC), a chemical reactor that converts methanol and water into electricity. DMFCs are more efficient and cleaner than conventional batteries

Fuel cell. Fuel cells combine hydrogen and oxygen (from air) to create electricity. The only by- products produced are heat and water

Biofuel research. Gloved hands holding Jatropha curcas seeds. Oil extracted from the seeds of Jatropha plants is used as a biofuel, and can be further refined into biodiesel

Alternative fuels. Conceptual image of a tyre with the names and chemical formulae of possible fuels that could be used as an alternative to petrol or diesel

Wind farm turbines are used to generate electricity from wind. They are an important environmentally-friendly alternative to fossil fuel

Hydrogen fuel cell, artwork
Hydrogen fuel cell, computer artwork. This is a clean and efficient power source. Hydrogen is liberated from a natural source such as methanol or natural gases

Drinking from a stream
MODEL RELEASED. Drinking from a stream. Man using a cup to drink water from a glacial stream. There are many diseases that can be transmitted through contaminated water

Lead for neutrino detector shield. Technician Carlo Bucci of the Gran Sasso Laboratory holding a bar of ancient Roman lead weighing more than 30 kilograms

Sun reflected in a solar panel. Also known as photovoltaic systems, solar panels are a means of converting the suns rays into direct electrical current

Jester electric car motor
Jester electric car. The bonnet has been lifted to reveal battery packs (grey). This car is powered by 102 lithium ion batteries

Jester electric car
MODEL RELEASED. Jester electric car being driven along a road. This car is powered by 102 lithium ion batteries, giving it a range of 341 kilometres and a top speed of 114.7 kilometres per hour

Electric car, artwork
Electric car. Computer artwork of Reva, Indias first electric car. It was launched in 2001 in Bangalore in southern India. The battery is located beneath the front seats

Electric cars. Reva is Indias first electric car. It was launched in 2001 in Bangalore in southern India. A fully charged battery gives a driving range of 80 kilometres

Solar heat collector. This device is typically placed on the roof of a building and uses the heat in sunlight to heat water supplies for that building

Coal-pulverising unit at a power station. Worker in the pulverising fuel mills area of a coal-fired power station. This is where the coal is ground up into a fine dust before being burnt to generate

Power station buildings. View, from one of the chimneys, of the gypsum storage building (upper centre), at a coal-fired power station

Small windmill used to drive a pump, which alters water levels in irrigation ditches. Behind the windmill are a row of houses (centre) that have solar panels fitted into the roofline

Rooftop solar heat collectors, London
Rooftop solar heat collectors (large black panels, lower centre) on houses in London, England. The solar heat collectors are using the heat in sunlight to heat water supplies for the houses

Colliding beam fusion reactor, computer artwork. This is one design for a nuclear fusion reactor that could be used for producing power

Domestic solar panelling built into the roofline of a row of houses. Each solar, or photovoltaic, panel is made up of many solar cells that convert light into electrical energy

Coal-fired power station chimney. View looking upwards at the top of the flues of a coal-fired power stations chimney. These three flues are enclosed within a single chimney

Solar parabolic mirrors, Cologne, Germany
Solar parabolic mirrors at the German Aerospace Centre (DLR) in Cologne, Germany. These mirrors at DLR are part of Germanys largest research group on solar concentrating technologies

Solar parabolic mirror, California, USA
Solar parabolic mirror. Close-up of a solar energy generating systems (SEGS) parabolic (curved) mirror in Californias Mojave desert, USA

Gypsum storage at a power station. Piles of limestone and gypsum inside a storage building at a coal-fired power station. Gypsum (calcium sulphate)

Solar panel at the ECO Centre, Wales
Solar panel at the ECO Centre, Newport, Wales, UK. The ECO Centre is a public education centre designed to promote environmental issues connected with energy use

Health centre. Man lying under a shower at a health centre. This is the Don health centre. Photographed in 2005, in Pyatigorsk, Russia

Cleaning umbilical cord stump
MODEL RELEASED. Cleaning umbilical cord stump. The cord drops off after 7-10 days. During this time and immediately after, great care must be taken in keeping the area clean to prevent infection

Pearl between teeth. Conceptual image of a pearl held between a womans teeth. This could represent teeth that are clean, healthy, white, polished or " pearly"

Newborn baby sleeping
MODEL RELEASED. Newborn baby sleeping in a cot in a hospitals neonatal nursery

Hand washing
MODEL RELEASED. Washing hands. Five-year-old girl washing her hands at a bathroom sink

Bath plug being pulled. Bath tub full of water about to be emptied

Cleanliness, conceptual image. Composite image of a hand cleaning the end of the words " squeaky clean"

Soap and water. Bar of soap next to a plughole in a sink, with running tap water. Cleaning the hands with soap removes dirt and some bacteria. This can help prevent the spread of bacterial diseases

Cleaning hands with soap under running water from a tap. Cleaning the hands with soap removes dirt and some bacteria. This can help prevent bacterial contamination of objects such as food

Sewage treatment plant. Aerial photograph of aeration tanks at a sewage works. This stage is used to treat sewage after most of the solid waste (sludge) has been removed in settlement tanks

Micro-engine rotor

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"Embracing the Clean Revolution: From Tesla Models to JCB Diggers" In a world where sustainability is paramount, clean energy takes center stage. Tesla models, with their sleek design and electric power, represent the epitome of eco-friendly transportation. These four-door sports cars not only turn heads but also pave the way for a cleaner future. Speaking of diggers, a display of JCB Extradig machines in a vast field showcases how even heavy machinery can contribute to cleanliness. With their precision and power, these diggers help maintain our surroundings by cleaning out roadside drainage ditches that have become overgrown. Nature's pristine beauty finds its home at Malham Cove in Yorkshire Dales. This breathtaking location reminds us why it's crucial to keep our environment clean and untouched. As we explore this natural wonderland, we are reminded of the importance of preserving such treasures for generations to come. Welwyn Garden City stands as an exemplary testament to town planning done right. Its immaculate streets and well-maintained green spaces demonstrate how careful urban development can create harmonious living environments while prioritizing cleanliness. While some may argue that cleanliness is next to impossible, we beg to differ. It may require effort and dedication, but maintaining cleanliness is within reach if we all play our part. Just like keeping those shiny Tesla models spotless or using traditional tools like the iconic dolly tub for laundry purposes – there are always ways. Milton Keynes shopping centre bustles with activity as people flock from all around for retail therapy; however, amidst this hustle-bustle lies an underlying commitment towards cleanliness. The management ensures that every corner remains tidy so visitors can enjoy their shopping experience without any distractions. Long before modern innovations came into existence, posters advertising Sunlight Soap were already reminding households about the significance of hygiene. This classic product has been trusted throughout generations for its ability to bring forth sparkling clean results effortlessly. Looking back at Victorian times, we find a set of rules that guided families towards cleanliness.