GEYSER PRESSURE VALVE : GEYSER PRESSURE

GEYSER PRESSURE VALVE : FOOT OPERATED AIR VALVE

Geyser Pressure Valve


geyser pressure valve
    pressure
  • a force that compels; "the public brought pressure to bear on the government"
  • The continuous physical force exerted on or against an object by something in contact with it
  • The use of persuasion, influence, or intimidation to make someone do something
  • coerce: to cause to do through pressure or necessity, by physical, moral or intellectual means :"She forced him to take a job in the city"; "He squeezed her for information"
  • the force applied to a unit area of surface; measured in pascals (SI unit) or in dynes (cgs unit); "the compressed gas exerts an increased pressure"
  • The force exerted per unit area
    geyser
  • to overflow like a geyser
  • A hot spring in which water intermittently boils, sending a tall column of water and steam into the air
  • A gas-fired water heater through which water flows as it is rapidly heated
  • A jet or stream of liquid
  • A geyser is a spring characterized by intermittent discharge of water ejected turbulently and accompanied by a vapour phase (steam).
  • a spring that discharges hot water and steam
    valve
  • A cylindrical mechanism in a brass instrument that, when depressed or turned, admits air into different sections of tubing and so extends the range of available notes
  • A membranous fold in a hollow organ or tubular structure, such as a blood vessel or the digestive tract, that maintains the flow of the contents in one direction by closing in response to any pressure from reverse flow
  • a structure in a hollow organ (like the heart) with a flap to insure one-way flow of fluid through it
  • control consisting of a mechanical device for controlling the flow of a fluid
  • device in a brass wind instrument for varying the length of the air column to alter the pitch of a tone
  • A device for controlling the passage of fluid through a pipe or duct, esp. an automatic device allowing movement in one direction only

Craters of the Moon
Craters of the Moon
Craters of the Moon Thermal Area (or Karapiti in Maori language) is a region with geothermal activity north of Taupo, New Zealand. It is a part of Wairakei, the largest geothermal field in New Zealand, with a surface area of about 25 km2, which lies in the Taupo Volcanic Zone. The name springs from the many hydrothermal eruption craters, which are in part barren and which have bright colours. Combined with the numerous steam vents, constantly shifting, collapsing and reforming giving the whole area desolate appearance, and the sulphur smell, the whole area has an “unearthly” atmosphere. The craters are a relatively recent feature of the area and appeared as a result of human activity in the region. In 1859 Ferdinand von Hochstetter, an Austrian geologist who traveled through the area, reported a colossal column of steam from the Karapiti Blowhole (fumarole), observable from about 20 km away. It was difficult to approach because steam vents and springs covered the valley floor and the ground was warm, soft, iron-stained clay for great distances around[1]. By the beginning of the 20th century the Blowhole was a tourist attraction, albeit not of the level of the nearby Wairakei Geyser Valley[2]. It's worthwhile reading the “Impression of a Trip” in 1927, in which the Karapiti Blowhole is named “the safety valve of the North Island”: ”After dinner (which was served at 6 p.m.) we took our seats in the car which went to Karapeeti (the safety valve of the North Island) and the “Huka” falls, a little higher up the Waikato. Karapeeti blow hole is an escaping volume of superheated steam with a pressure of 180 lbs. to the square inch coming through an aperture two feet by one foot. The guide lit a sack sprinkled with kerosene so that the visitors could see the escaping steam in the darkness and after the sack had partly burnt away he picked it up on a stick and shook the burning pieces down into the blow hole. These were immediately carried up in the jet of steam and presented a very weird fireworks effect, the sparks remaining alight, proving that it was super-heated or dry steam. This blow hole, according to Maori tradition, has been constant for the last 200 years and the Maoris of the early days of New Zealand used this column of steam as a beacon to guide them with their canoes across Lake Taupo which is six miles distant.”
Craters of the Moon
Craters of the Moon
Craters of the Moon Thermal Area (or Karapiti in Maori language) is a region with geothermal activity north of Taupo, New Zealand. It is a part of Wairakei, the largest geothermal field in New Zealand, with a surface area of about 25 km2, which lies in the Taupo Volcanic Zone. The name springs from the many hydrothermal eruption craters, which are in part barren and which have bright colours. Combined with the numerous steam vents, constantly shifting, collapsing and reforming giving the whole area desolate appearance, and the sulphur smell, the whole area has an “unearthly” atmosphere. The craters are a relatively recent feature of the area and appeared as a result of human activity in the region. In 1859 Ferdinand von Hochstetter, an Austrian geologist who traveled through the area, reported a colossal column of steam from the Karapiti Blowhole (fumarole), observable from about 20 km away. It was difficult to approach because steam vents and springs covered the valley floor and the ground was warm, soft, iron-stained clay for great distances around. By the beginning of the 20th century the Blowhole was a tourist attraction, albeit not of the level of the nearby Wairakei Geyser Valley. It's worthwhile reading the “Impression of a Trip” in 1927, in which the Karapiti Blowhole is named “the safety valve of the North Island”: ”After dinner (which was served at 6 p.m.) we took our seats in the car which went to Karapeeti (the safety valve of the North Island) and the “Huka” falls, a little higher up the Waikato. Karapeeti blow hole is an escaping volume of superheated steam with a pressure of 180 lbs. to the square inch coming through an aperture two feet by one foot. The guide lit a sack sprinkled with kerosene so that the visitors could see the escaping steam in the darkness and after the sack had partly burnt away he picked it up on a stick and shook the burning pieces down into the blow hole. These were immediately carried up in the jet of steam and presented a very weird fireworks effect, the sparks remaining alight, proving that it was super-heated or dry steam. This blow hole, according to Maori tradition, has been constant for the last 200 years and the Maoris of the early days of New Zealand used this column of steam as a beacon to guide them with their canoes across Lake Taupo which is six miles distant.”

geyser pressure valve
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