① Mechanical cleaning method using a through type cleaning machine: cleaner and scraper cleaning method, drill pipe cleaning method, and shot blasting cleaning method.

②通過式清洗機(jī)水利清洗法：低壓水力清洗（低壓清洗的壓力為196-686千帕，大約2-7公斤力/平方厘米，等于0.2-0.7Mpa）。

② Through type cleaning machine hydraulic cleaning method: low-pressure hydraulic cleaning (low-pressure cleaning pressure is 196-686 kPa, approximately 2-7 kgf/cm2, equal to 0.2-0.7 Mpa).

③通過式清洗機(jī)高壓水射流設(shè)備清洗：高壓清洗的壓力為4900千帕，大約50公斤力/平方厘米，等于5Mpa。這種情況方法也叫高壓水射流法、高壓清洗機(jī)。

③ Through the high-pressure water jet equipment cleaning machine: The high-pressure cleaning pressure is 4900 kPa, approximately 50 kgf/cm2, equal to 5Mpa. This method is also known as high-pressure water jet method or high-pressure cleaning machine.

電子防垢、除垢

Electronic scale prevention and removal

原理是：利用高頻電場改變水的分子結(jié)構(gòu)，使其防垢和除垢。當(dāng)水通過高頻電場時(shí)，其分子物理結(jié)構(gòu)發(fā)生了變化，原來的締合鏈狀大分wyt_dsry子，斷裂成單個(gè)水分子，水中鹽類的正負(fù)離子被單個(gè)水分子包圍，運(yùn)動(dòng)速度降低，有效碰撞次數(shù)減少，靜電引力下降，無法在受熱壁式管面上結(jié)構(gòu)，從而達(dá)到防垢目的。同時(shí)由于水分子偶極矩增大，使其與鹽的正負(fù)離子（水垢分子吸合能力增大，使受熱面或管壁上的水垢變得松軟，容易脫落，產(chǎn)生了除垢的效果。

The principle is to use high-frequency electric field to change the molecular structure of water to prevent and remove scale. When water passes through the high-frequency electric field, its molecular physics structure changes, and the original associated chain like large component wyt_ The dsryon breaks into a single water molecule, and the positive and negative ions of the salt in the water are surrounded by a single water molecule, resulting in a decrease in movement speed, effective collision times, and electrostatic attraction. It is unable to structure on the heated wall tube surface, thus achieving the goal of scale prevention. At the same time, due to the increase in the dipole moment of water molecules, the adsorption ability of water molecules with positive and negative ions of salt (scale molecules) increases, making the scale on the heating surface or pipe wall soft and easy to fall off, resulting in a descaling effect.

靜電防垢、除垢與電子除垢一樣，也是通過改變水分子狀態(tài)來實(shí)現(xiàn)防垢、除垢目的的。只不過后者是利用靜電場的作用，而不是電子作用。其機(jī)理是水分子具有極性（也稱偶極子），當(dāng)水偶極子通過靜電場時(shí)，每個(gè)水偶極子將按正負(fù)有序地連續(xù)排列。如水中含有溶解的鹽類，其正負(fù)離子將被水偶極子包圍，也按正負(fù)順序排列于水偶極子群中，不能自己的運(yùn)動(dòng)，因而也就不能靠近管（器）壁，并進(jìn)而沉積于管（器）壁上形成水垢。同時(shí)，水中釋放的氧，可使管壁產(chǎn)生一層極薄的氧化層，可以防止管（器）壁腐蝕。

Electrostatic scale prevention and removal, like electronic scale removal, also achieve the purpose of scale prevention and removal by changing the state of water molecules. However, the latter utilizes the action of an electrostatic field rather than the action of electrons. The mechanism is that water molecules have polarity (also known as dipoles), and when water dipoles pass through an electrostatic field, each water dipole will be continuously arranged in a positive and negative order. If the water contains dissolved salts, its positive and negative ions will be surrounded by water dipoles and arranged in a positive and negative order within the water dipole group. They cannot move on their own and therefore cannot approach the wall of the tube (vessel), which in turn deposits on the wall to form scale. At the same time, the oxygen released in water can create an extremely thin oxide layer on the pipe wall, which can prevent corrosion of the pipe (device) wall.