ABB模块DSTX170 57160001-ADK 连接单元

　　? 惯性分离器：它的工作原理很简单。它使用离心力、重力和惯性力的组合从气流中分离灰尘。离心力将尘粒移动到惯性压力流低的地方，然后重力将尘粒拉下进入仓内。

　　? 沉降室：它是一种大型设备，空气流过它，因为它有更大的空间，重的灰尘颗粒在空气流动过程中沉降下来。沉降室效率较低，不能用作初级除尘器。

　　? 织物过滤器：它是一种袋式过滤器，包含编织棉、合成或玻璃纤维材料，呈管状或信封状。它以 99% 的高效率将颗粒从气体中分离出来。它的特点是其清洁方法。它包括振动、反向空气、脉冲喷射、声波和筒式收集器。

　　? 湿式洗涤器：该除尘器使用液体去除灰尘。洗涤液与空气接触并去除灰尘颗粒。它接触得的，它去除灰尘的效果。

　　? 静电除尘器：其工作原理是静电力，污染气体在带电电极接地的空间内流动。空气中的粒子在穿过电离场时会获得带负电的粒子，然后这些粒子会被拖到带正电的电极上并被移除。较低的气体流量和较大的电极收集面积有助于提高收集器的效率。

　　? 单元收集器：这是一个小型且独立的模型。它包含一个风扇和一些形式的除尘器。它可用于隔离、便携和频繁移动的粉尘产生操作。

　　处置前的水处理和净化

　　在石油和天然气工业中，从石油或天然气储层中流出的任何水都是生产过程的一部分。油藏通常含有大量的水，而气藏的水量较少。

　　采出水的理化性质不一致。变化取决于诸如储层地质、碳氢化合物成分、地理位置和注水历史等因素。

　　产生的水含有污染物，需要在适当处置之前去除。可能在采出水中发现的一些杂质或物质包括油、天然放射性物质 (NORM)、蜡、油脂、沙子、水垢、溶解盐、CO2（二氧化碳）和 H2S（）气体、碳氢化合物、生产化学品和各种金属。过滤、旋风分离、浮选和蒸发是常用的处理技术。

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　　? Inertial separator: It works on a simple principle. It separates dust from the gas stream using a combination of centrifugal, gravitational and inertial force. Centrifugal force moves the dust particles to the place where the inertial pressure flow is low then the gravitational force pulls down the dust particles into the storehouse.

　　? Settling chamber: It is a piece of large equipment where air flows through it as it has the larger space, the heavy dust particles settle down during the air flow. Settling chamber cannot be used as a primary dust collector because of its lower efficiency.

　　? Fabric filter: It is a bag filter which contains woven cotton, synthetic or glass fiber material either in a tube or envelope shape. It separates jots from gas with its high efficiency of 99%. It is characterized by its method of cleaning. It includes shaking, reverse air, pulse jet, sonic and cartridge collector.

　　? Wet scrubber: This dust collector uses liquid to remove dust. The scrubbing liquid comes in contact with the air and removes the dust particles. The best it contacts the best it removes the dust.

　　? Electrostatic precipitator: It works on the principle of electrostatic force, contaminated gas flows in the space where the charged electrodes are grounded. The airborne particles acquire negatively charged particles as they travel through the ionized field these particles then get dragged to the positively charged electrode and get removed. Lower gas flow and larger electrode collection area help in increasing the efficiency of the collector.

　　? Unit collector: This is a small and independent model. It contains a fan and some forms of the dust collector. It can be used for isolated, portable and for frequently moving dust producing operations.

　　Water Treatment and Purification before disposal

　　In the oil and gas industry, any water that comes out of the oil or gas reservoir is part of the production process. Oil reservoirs often contain large volumes of water, while gas reservoirs have in fewer quantities.

　　The physical and chemical properties of produced water are not consistent. Variation depends on factors such as reservoir geology, hydrocarbon composition, geographical location, and water injection history.

　　Produced water contains contaminants that require removal before proper disposal. Some of the impurities or substances likely to be found in produced water include oil, naturally occurring radioactive materials (NORM), waxes, greases, sand, scales, dissolved salts, CO2 (carbon dioxide) and H2S (hydrogen sulfide) gases, hydrocarbons, production chemicals, and various metals. Filtration, cyclonic separation, flotation, and evaporation are among the commonly used treatment techniques.