Reuse Water Quotes

Religion must be redefined as to nurture life and preserve nature, which means reduce - reuse - recycle water, electricity and resources

Iris arched her back, pushing her breast farther into Wyatt's hungry mouth. Water from the giant marble-tiled hotel shower rushed down over them, the sound of it hitting the glass door seeming loud in the enclosure. He lightly pressed down with his teeth and tugged her nipple, sending a pulsing sweep of need through her. The man was too talented with his tongue.

After every patient left, the doctor would come outside and make a show of washing his needle with water from the drum. This was his way of signaling that he was being careful. We do not know whether he actually infected anyone with his syringe, but doctors in Udaipur talk about a particular doctor who infected an entire village with Hepatitis B by reusing the same unsterilized needle.

Do not waste....Don't waste the vegetable-washing water, splash it on the grapefruit tree instead....Don't waste anything made of glass or plastic because glass and plastic can be reused ad nauseam....Don't waste...a string for retying, a rubber band for conquering dry noodles or hair, rice bags for dishcloths, fish bones for fertilizer....Anything that comes out of the earth must be returned to the earth...."If everyone uses more than their share, how can the earth support us?"

My initial impression was of all the photographs and footage I’ve ever seen of Belsen and places like that, because all the patients had shaved heads. No chairs anywhere, there were just these stretcher beds. They’re like First World War stretcher beds. There’s no garden, no yard even. No nothing. And I thought what is this? This is two rooms with fifty to sixty men in one, fifty to sixty women in another. They’re dying. They’re not being given a great deal of medical care. They’re not being given painkillers really beyond aspirin and maybe if you’re lucky some Brufen or something, for the sort of pain that goes with terminal cancer and the things they were dying of… They didn’t have enough drips. The needles they used and re-used over and over and over and you would see some of the nuns rinsing needles under the cold water tap. And I asked one of them why she was doing it and she said: “Well to clean it.” And I said, “Yes, but why are you not sterilizing it; why are you not boiling water and sterilizing your needles?” She said: “There’s no point. There’s no time.

She stood there, rooted to the spot, until he murmured, “Relax, this is all part of our cover.” His words were like ice water right in the face. He’d just kissed her as part of their cover. That brief brush over her lips and she didn’t want to relax, she wanted to take all his clothes off. Peel that charcoal gray suit off him and kiss every inch of his ripped, naked body. Instead of indulging in that insanity and getting arrested for public indecency—and tearing open old wounds—she took a small step back. Just like that, she could breathe again.

THE sun had not yet risen. The sea was indistinguishable from the sky, except that the sea was slightly creased as if a cloth had wrinkles in it. Gradually as the sky whitened a dark line lay on the horizon dividing the sea from the sky and the grey cloth became barred with thick strokes moving, one after another, beneath the surface, following each other, pursuing each other, perpetually. As they neared the shore each bar rose, heaped itself, broke and swept a thin veil of white water across the sand. The wave paused, and then drew out again, sighing like a sleeper whose breath comes and goes unconsciously. Gradually the dark bar on the horizon became clear as if the sediment in an old wine-bottle had sunk and left the glass green. Behind it, too, the sky cleared as if the white sediment there had sunk, or as if the arm of a woman couched beneath the horizon had raised a lamp and flat bars of white, green and yellow, spread across the sky like the blades of a fan. Then she raised her lamp higher and the air seemed to become fibrous and to tear away from the green surface flickering and flaming in red and yellow fibres like the smoky fire that roars from a bonfire. Gradually the fibres of the burning bonfire were fused into one haze, one incandescence which lifted the weight of the woollen grey sky on top of it and turned it to a million atoms of soft blue. The surface of the sea slowly became transparent and lay rippling and sparkling until the dark stripes were almost rubbed out. Slowly the arm that held the lamp reused it higher and then higher until a broad flame became visible; an arc of fire burnt on the rim of the horizon, and all round it the sea blazed gold. The light struck upon the trees in the garden, making one leaf transparent and then another. One bird chirped high up; there was a pause; another chirped lower down. The sun sharpened the walls of the house, and rested like the tip of a fan upon a white blind and made a blue fingerprint of shadow under the leaf by the bedroom window. The blind stirred slightly, but all within was dim and unsubstantial. The birds sang their blank melody outside.

China during the Mao era was a poor country, but it had a strong public health network that provided free immunizations to its citizens. That was where I came in. In those days there were no disposable needles and syringes; we had to reuse ours again and again. Sterilization too was primitive: The needles and syringes would be washed, wrapped separately in gauze, and placed in aluminum lunch boxes laid in a huge wok on top of a briquette stove. Water was added to the wok, and the needles and syringes were then steamed for two hours, as you would steam buns. On my first day of giving injections I went to a factory. The workers rolled up their sleeves and waited in line, baring their arms to me one after another – and offering up a tiny piece of red flesh, too. Because the needles had been used multiple times, almost every one of them had a barbed tip. You could stick a needle into someone’s arm easily enough, but when you extracted it, you would pull out a tiny piece of flesh along with it. For the workers the pain was bearable, although they would grit their teeth or perhaps let out a groan or two. I paid them no mind, for the workers had had to put up with barbed needles year after year and should be used to it by now, I thought. But the next day, when I went to a kindergarten to give shot to children from the ages of three through six, it was a difference story. Every last one of them burst out weeping and wailing. Because their skin was so tender, the needles would snag bigger shreds of flesh than they had from the workers, and the children’s wounds bled more profusely. I still remember how the children were all sobbing uncontrollably; the ones who had yet to be inoculated were crying even louder than those who had already had their shots. The pain the children saw others suffering, it seemed to me, affected them even more intensely than the pain they themselves experienced, because it made their fear all the more acute. That scene left me shocked and shaken. When I got back to the hospital, I did not clean the instruments right away. Instead, I got hold of a grindstone and ground all the needles until they were completely straight and the points were sharp. But these old needles were so prone to metal fatigue that after two or three more uses they would acquire barbs again, so grinding the needles became a regular part of my routine, and the more I sharpened, the shorter they got. That summer it was always dark by the time I left the hospital, with fingers blistered by my labors at the grindstone. Later, whenever I recalled this episode, I was guilt-stricken that I’d had to see the children’s reaction to realize how much the factory workers must have suffered. If, before I had given shots to others, I had pricked my own arm with a barbed needle and pulled out a blood-stained shred of my own flesh, then I would have known how painful it was long before I heard the children’s wails. This remorse left a profound mark, and it has stayed with me through all my years as an author. It is when the suffering of others becomes part of my own experience that I truly know what it is to live and what it is to write. Nothing in the world, perhaps, is so likely to forge a connection between people as pain, because the connection that comes from that source comes from deep in the heart. So when in this book I write of China’s pain, I am registering my pain too, because China’s pain is mine.

Activity pouch on airplanes Buttons and pins Crayons and coloring place mats from restaurants Disposable sample cup from the grocery store Erasers and pencils with eraser tops Fireman hat from a visit to the fire station Goodie bags from county fairs and festivals Hair comb from picture day at school Infant goods from the maternity ward Junior ranger badge from the ranger station and Smokey the Bear Kids’ meal toys Lollipops and candy from various locations, such as the bank Medals and trophies for simply participating in (versus winning) a sporting activity Noisemakers to celebrate New Year’s Eve OTC samples from the doctor’s office Party favors and balloons from birthday parties Queen’s Jubilee freebies (for overseas travelers) Reusable plastic “souvenir” cup and straw from a diner Stickers from the doctor’s office Toothbrushes and floss from the dentist’s office United States flags on national holidays Viewing glasses for a 3-D movie (why not keep one pair and reuse them instead?) Water bottles at sporting events XYZ, etc.: The big foam hand at a football or baseball game or Band-Aids after a vaccination or various newspapers, prospectuses, and booklets from school, museums, national parks . . .

WaterLess Urinal Swachh Bharat Abhiyan (Clean India Mission) accelerate sanitation coverage in rural and urban areas. Stakeholders and people from all sections of society have welcomed it as a major step to achieve a healthy and hygienic environment for the citizens of India. This is retrofit waterless urinal technology that gets fitted at base of urinal bowl. It consists of an inlet and outlet cartridge through which urine passes and seals the outlet once the urine is drained out. The technology converts conventional urinal into waterless urinal. No need to remove the old urinal bowl. Advantages:- Waterless urinals do not require a constant source of water Can be built and repaired with locally available materials Low capital and operating costs Waterless urinals produce fewer odours than urinals with water flush and also have no problems with urinal cakes (odour and urinal cakes occur when urine is mixed with water) Waterless urinals contribute to water saving at the greatest possible degree Waterless urinals allow the pure and undiluted collection of urine for reuse, e.g. as fertilizer in urban farming (after appropriate treatment, e.g. storage) and can contribute to closed loop economy, or for effective anaerobic treatment by e.g. an anaerobic ammonium oxidation (anamox) reactor Surface water and aquifers are protected from nutrients and pharmaceuticals if the urine is collected separately Special Feature :- One time fitment Hygienic - Dry restroom prevents bacteria cultivation No Flushing Allocation of transport resources, including the management and regulation of existing transportation activities. No Consumables Waterless and Odorless No Recurring Costs Longer Shelf Life Low & Easy Maintenance Just wipe and clean Structural Feature :- Thin-walled lighted weight Low porosity Ease of transportation Modular Design Flexible in design Minimal surface cracking

you’ve done a bit of chemistry, you might recall that sodium carbonate reacts with CO2 to create sodium bicarbonate (baking soda). Well, in Klaus’s machines there is a hanging gallery of strands of a ‘sorbent’ resin – impregnated sodium carbonate – which react with the CO2 in the air flowing over them, the captured CO2 helping to create baking soda. Capturing CO2, though, is only one half of the job. Somehow you’ve got to get the CO2 off the sorbent if you want the apparatus to be reusable and therefore cost-effective. Restocking the whole shebang with a new supply of sorbent resin makes things prohibitively expensive and energy hungry. This is where Lackner’s resin comes into its own, by doing something that even Klaus admits is counterintuitive. In the presence of water the resin changes its affinity for CO2, shedding its recently collected bounty. The ‘collection’ reaction takes a reverse step. Sodium bicarbonate becomes sodium carbonate. What this means is that if Klaus pumps water vapour into his machines, CO2 from the sorbent will ‘fall off’ the resin, allowing the whole apparatus to be reused. Condensing that vapour allows the captured CO2 to bubble out the top, in the same way CO2 bubbles rise to the top of champagne. There’s a kind of sweet poetry to one greenhouse gas (water vapour) collecting another (CO2). After all, one of the problems with CO2 in the atmosphere is that it encourages more water vapour into the air, thereby amplifying the warming effect. Here, thanks to the chemistry of Lackner’s sorbent, the opposite is happening. Water vapour is being used as part of a process to take CO2 out of the air.

Global warming is a warning......... Mother earth is faltering due to global warming Today man –made chemicals causing ozone depletion Thousands of species becoming extinct due clearing of rain forest Poisonous gases and spillage emitted daily from factories and Mills Receding of Coral reefs due to global warming threat to marine life The mess created by our own hands, threatening the very existence of human race Man has woken up is it too late, and still no answers. Man’s threat to nature has dire consequences by Mother nature With the earths volcanic eruptions, earthquakes and earth slips Mother nature is angered With the interference from Man with Mother nature, can the world survive? Global warming and chemicals has taken its toll on Mother Nature, and scarcity of Water. Can the world be saved against this wanton destruction by Man? Humanity should band together and curb violence against mother nature Allow mother nature to recuperate and heal by growing more trees Respect God’s gift of nature without causing further damages Educate people to save the world from utter destruction Advise people to use alternate source of energy to bring change to the environment Energy efficiency could also be obtained by educating people to create awareness Fossil fuel from gasses should be done away with due to carbon emissions Let Mother nature take care of waste products by re-using it to grow. Let all the people of the world band together to heal mother nature for the future generation Ravi Sathasivam / Sri Lanka All rights are reserved @ 2017 - Ravi Sathasivam

The time of the lone wolf, Capitalism, for instance, is indeed over. It cannot possibly sustain itself without gobbling up the world. That is what we see all around us. Women and children in Bangladesh, India, the Philippines, Haiti, Mexico, China and elsewhere in the world forced into starvation and slavery as they turn out the tennis balls and cheap sneakers for the affluent. Ancient trees leveled to make more housing while housing that could be saved and reused is torn down and communities heartlessly displaced. Mining of the earth for every saleable substance she has. Fouling of the waters that is her blood. Murdering innocents, whether people, animals or plants, in pursuit of oil. The lone wolf is the hungry ghost (in Buddhist thought) that can never get enough; whose mouth may be small but whose stomach is boundless. We cannot afford him.

Local power is also the realm of the small nonprofit, church, and civic association. A handful of people, properly organized, can drive enormous changes in a city’s dynamics. I’ll offer yet another example from Portland, Oregon. A group of water-conservation enthusiasts, frustrated at the illegal status of graywater reuse in the city and state, formed an organization called Recode. Although many in the group were young, among them they had built solid relationships with a number of local officials, business leaders, and other key people in the politics of the area. Recode pooled their respective connections to gather together relevant stakeholders, such as health officials, state legislature staff, the plumbing board, and developers. To the surprise of all, everyone at the meeting supported graywater use. So, everyone wondered, what was up? A state legislature staffer in attendance zeroed in on the main obstacle: There was no provision in the state codes for graywater. Legally, all of Oregon’s water fell into one of two categories, potable water or sewage. Since graywater was not potable, it had to be considered sewage. The staffer told them, “So, all we need to do is create a third water category, graywater.” They drafted a resolution doing that, got it to their state representative, and it passed at the next legislative session. After three subsequent years of bureaucratic wrangling and gentle pressure from Recode, graywater use became legal in Oregon. Recode then tackled urban composting toilets as their next target for legalization.

Acclimatizing to its customs and particular brand of bustle, he’d gotten a sense of Wewoka. Without the lens of a fever-induced vision, it proved to be a dense, vertical city of narrow, terraced streets with expansive walkways. Largely devoid of motor traffic, any point could be reached by foot in fifteen minutes. Pictures painted on the sidewalks provided a colorful trail. With a central street lined with shops bustling with commerce, the noise and smell were different from what he was used to. Wewoka had none of the overworked smokestacks from innumerable factories; much of the city was made up by parks. The air had a hint of ozone to it. A collection of buildings sprouted at the heart of the city. Gleaming green and metallic spires in the distance, the sun reflected from their solar panels. A mushroom-like structure drew in sewer water from its “roots” and funneled it to its dome. Solar energy evaporated the water, which was then collected and released throughout the streets, watering the surrounding green spaces. Photovoltaic panels lined solar drop towers. Titanium dioxide reacted with ultraviolet rays and smog, filtering and dissipating them. They had developed similar technology in Jamaica. Vertical gardens and vegetation covered the steep towers of housing units and work offices. The exterior vertical gardens filtered the rain, which was reused with liquid wastes for farming needs. A deep calm reverberated through the city, quiet preserved like a commodity. Desmond

Makes about seventy-two 3-inch cookies 16 tablespoons (1 cup) vegetable shortening 2 large eggs, beaten 2 cups sorghum molasses (see Tip) 1 tablespoon ground ginger 1 tablespoon ground allspice 1 tablespoon baking soda ½ teaspoon table salt 6 tablespoons hot water (110°F) 5 to 6 cups all-purpose flour, sifted, plus more for the work surface Beat the shortening in the bowl of a stand mixer fitted with a paddle attachment, or in a bowl with a hand mixer, on medium speed until smooth and creamy. Stop to scrape down the bowl. Add the eggs, sorghum, ginger, allspice, baking soda, and salt, beating on medium speed until well incorporated. Add the hot water and start by adding 4½ cups of flour or more as needed, beating on low speed to form a soft, evenly caramel-colored dough that just pulls away from the sides of the bowl. Cover and refrigerate for at least 1 hour and up to overnight. When you’re ready to bake, move the middle oven rack up one level and preheat the oven to 350°F. Line several baking sheets with parchment paper or silicone mats. Lightly flour a 2-inch cookie cutter or the rim of a small glass, your rolling pin, and a work surface. Turn out half the dough and roll it to an even thickness of ¼ inch. Cut out the cookies, transferring them to the prepared baking sheets, where they should be spaced 1 inch apart. The cookies will spread as they bake. Re-flour the cookie cutter and rolling pin and reroll the dough. Gather up the scraps and reuse them as needed. Bake one sheet at a time on the repositioned rack for 7 to 9 minutes, turning the pan front to back halfway through. The cookies will be lightly golden and soft. Let them sit on the sheet for a few minutes, then transfer the cookies to a wire rack to cool while you repeat rolling, cutting, and baking the remaining dough. tip: Sorghum molasses (syrup) is different from blackstrap or unsulphured molasses. It’s made from the cooked cane of sorghum grasses, and it is sweeter, lighter in color, and thicker than molasses.

pot /po/ I. nm 1. (récipient, contenu) container; (en verre) jar; (en plastique) carton, tub; (en faïence, terre) pot; (pichet) jug • ~ de verre | glass jar • mettre qch en ~ | to put [sth] into jars [confiture, fruits]; to pot [plante] • plante en ~ | potted plant • ~ de marmelade | jar of marmalade • ~ de yaourt (en verre) jar of yoghurt; (en plastique) carton of yoghurt • acheter un ~ de peinture | to buy a tin of paint • garder les ~s de confiture | to save jam jars • réutiliser les ~s de peinture | to re-use the paint tins • il a fallu trois ~s de peinture | it took three tins of paint voir aussi: cuiller 2. (de chambre) pot; (de bébé) potty • aller sur le ~ (ponctuellement) to go on the potty • depuis un mois il va sur le ~ | he's been potty-trained for a month now 3. ○(boisson) drink • prendre un ~ | to have a drink 4. ○(réunion) do (familier) (GB), drinks party • ~ d'accueil/d'adieu | welcoming/farewell party 5. ○(chance) luck • elle n'a pas eu de ~ | she hasn't had much luck • avoir du ~ | to be lucky • avoir un coup de ~ | to have a stroke of luck • (par un) coup de ~, la porte était ouverte | as luck would have it, the door was open 6. (argent commun) kitty • ramasser le ~ | (Jeux) to win the kitty II. Idiomes 1. payer les pots cassés | to pick up the pieces 2. c'est le pot de terre contre le pot de fer | it's an unequal contest 3. ce sera à la fortune du pot | you'll have to take pot luck 4. découvrir le pot aux roses | to stumble on what's been going on 5. être sourd comme un pot○ | to be as deaf as a post 6. tourner autour du pot | to beat about the bush 7. payer plein pot○ | to pay full price 8. partir or démarrer plein pot○ | to be off ou go off like a shot (familier) pot catalytique catalytic converter pot de chambre chamber pot pot de colle (lit) pot of glue; (fig) informal leech pot à eau water jug (GB), pitcher (US) pot d'échappement (silencieux) silencer (GB), muffler (US); (système) exhaust

I know that you believe in something called Conservation of Matter. That you believe every atom in existence has been present in the universe since the beginning of, well, of everything. That each time something new is made — a new person, a new plant or animal — the atomic structure will contain atoms reused, recycled if you like, and that past life memories and so on may be a result of this. I know that you believe in the messages of your dreams and that you share the dream experiences. That you believe the Earth might have been seeded from elsewhere, either deliberately or by accident, but I don’t know why you think that.’ ‘Panspermia,’ Amy said. It was the first time she had spoken since Ray had sat down. ‘It’s becoming almost respectable now. People like Sir Geoffrey Hoyle are talking about it as a possibility. Did you know, for instance, that about 70 per cent of the Earth’s water had an extraterrestrial origin and there’s evidence of bacteria at least arriving with it?’ Ray shook his head. ‘I didn’t know that,’ he said. ‘But how does it fit with Lee?’ ‘Lee was a would-be alchemist,’ Amy said. ‘He believed in transmutation. We all do, it’s part of our religion: that the soul, the essence of life, can be transmuted and purified through meditation and living a good life. Through experience. Lee thought you could push the process faster. Like base metals into gold. Humankind into something else.’ ‘And this transmutation,’ Ray asked. ‘I mean, as part of your belief system, what are you hoping to achieve by it?

Treating water to reuse or recycle water does not necessarily mean it's going to be drinkable.

There’s a natural process called osmosis. You take your treated water, which is practically black with petroleum molecules and full of heavy metals, thick as molasses, then push it through a membrane that filters out the noxious particles. It’s not drinking-water level, they haven’t got there yet. But the EPA has said that it’s good enough to irrigate crops. They’ve allowed discharges into the Allegheny River. Imagine, instead of burying the water, we can reuse it. We can fill our rivers with it.

We've reached a point in water management where if it's not water reuse, it's water abuse.

A small inner chamber (2) sat in the middle of a larger cylinder (13) that contained whatever needed cooling, say ice cream. A chemical named methanol was then evaporated in the inner chamber, thus cooling the surrounding cylinder. A small pipe (5) then conveyed the now gaseous methanol to another cylinder that was connected to an ordinary water tap. From this water flowed, dissolving the methanol and flushing it away. The upside of this design was that it needed no power other than tap-water pressure and that methanol fumes aren’t toxic in small quantities. The downside was that the methanol coolant was not reused. Once its cooling work was done, it was flushed away down the sink. Einstein and Szilard figured that the low cost of methanol meant this wouldn’t put off potential customers.