LYSF型组合式油污水分离装置

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污水处理油水分离装置

污水处理油水分离装置

专利名称:污水处理油水分离装置专利类型:实用新型专利
发明人:麦耀泉,何小溪
申请号:CN202120061983.5
申请日:20210111
公开号:CN215626927U
公开日:
20220125
专利内容由知识产权出版社提供
摘要:本实用新型公开了污水处理油水分离装置,包括设备整体,设备整体的底部设有用来对油水混合物进行收集的收集机构,收集机构的顶部设有用来对水位进行监测的水位监测机构,水位监测机构的一侧设有用来储油的储油机构,收集机构的内部设有用来对水和油进行分离的分离机构,分离机构的底部设有用来储水的储水机构;本实用新型结构简单,对废油和废水进行了分开收集,有效的防止了油水混合物对环境所造成的污染,并且节约了成本,可以对收集完毕的废水和废油进行处理在利用。

申请人:东莞市富铭辉表业有限公司
地址:523000 广东省东莞市塘厦镇横塘杨梅街3号1栋101室
国籍:CN
代理机构:惠州市超越知识产权代理事务所(普通合伙)
代理人:陈文福
更多信息请下载全文后查看。

陆用油水分离装置使用维护说明书

陆用油水分离装置使用维护说明书

陆用油水分离装置使用维护说明书OPERATING AND MAINTENANCE INSTRUCTION宜兴市华电环保设备有限公司目录 catalog1.设备名称及型号 Device name and type2.用途及适用范围 Application and sphere of application3.技术参数、结构形式及工作原理 Tech data, structural style and principle of work.3.1、总体 main part3.2、主要部件 major component 13.3、主要部件2 major component 24.设备的安装和调试 equipment installation and debugging5.操作和使用 operation and use6.维护保养与故障排除 maintaining and fault resolution6.1设备的维护和保养equipment maintaining6.1.1 日常维护和保养 maintenance overhaul6.1.2 定期维护和保养 routine maintenance7.2设备常见故障及处理办法equipment common fault and solution7.2.1 机械元、部件常见故障common faults of mechanical element7.2.2 电气元器件常见故障 common faults of electrical apparatus elements7.2.3 液压元件常见故障 common faults of hydraulic element8.附表 attachment附表1 专用工具明细表 attachment 1 list for special purpose tools附表2主要部件明细表 attachment 2 list for main parts附表3备件、易损件明细表 attachment 3 list for spare parts and wearing parts1.设备名称及型号 Device name and type设备名称:陆用油水分离装置规格型号: SJ-LYSF-5 A/B2.用途及适用范围 Application and sphere of application陆域含油废水产生自各行各业,具有点多面广的特点,是一类数量较大的有机废水,污染情况也较严重。

LYSJ-15型含油污水分离净化机

LYSJ-15型含油污水分离净化机

LYSJ型含油污水真空分离净化机操作规程使用说明书中国.四川SICHUAN.CHINA自贡高精过滤机制造有限公司ZIGONG PRECISION FILTER MANUFACTURING CO.LTD.一、系统装置及工艺流程简述(详见系统图)本系统装置主要用于储油罐库区地面含油污水、储油罐底部沉积水、油泵房地面冲洗含油水等的分离净化处理,使之处理后的排放水达到国家GB8978排放标准(水中含油量≤10mg/L,悬浮物≤30mg/L)的要求。

本系统装置的主要核心设备是L YSJ-15含油污水分离净化机。

其相关的配套设备有:安装在油污水储水池内的浮球液位控制器1只、单螺杆泵1台、A27W-10T-DN50弹簧式安全压力阀1只、LPG-DN65管路过滤器1台、V=1m3回收油箱1个、齿轮输油泵1台、电器控制箱1套。

工艺流程简述:首先将储油罐区地面含油污水、油泵房地面含油污水、储油罐底部沉积水等含油废水引至油污水储蓄池,当油污水的水位达到一定高度后,浮球液位控制器发出信号,自动启动单螺杆抽水泵,将含油污水经过LPG-65管路过滤器滤除水中较大的悬浮物后,进入L YSJ-15含油污水分离机,依次通过内部的蜂窝形玻纹斜板组和高分子吸附滤芯,从而使水中的油污得到有效分离,分离过滤后净水从出口排至排放地沟。

L YSJ-15含污水分离机从水中分离出的油份汇聚在顶部的集油室内,当分离的油聚集到一定厚度后,油位电极发出电信号,控制装在集油室顶部的排油柱塞泵自动启动,将废油抽至回收油箱。

当回收油箱的油位达到一定的高度后,回收油箱内的浮球液位控制器发出电信号,使齿轮输油泵自动启动,将回收油箱的油液输送至大储油罐回收利用。

二、LYSJ-15含油污水分离净化机结构和工作原理L YSJ-15含油污水分离净化机主要由壳体、蜂窝形波纹斜板组、高分子吸附除油滤芯、电动柱塞排油泵、电磁阀、油位电极、集油室、防虹吸管组等组装而成。

工作原理:带有一定压头的含油污排放水从本装置入口进入壳体内部,首先经过蜂窝形波纹斜板组、由于油和水的重力差,水中的油滴在波纹斜板组内部逐渐聚合并沿斜管方向上浮至顶部的集油室,集油室上部装有电动柱塞排油泵和电磁阀以及油位电极。

LYSJ型含油污水真空分离净化机

LYSJ型含油污水真空分离净化机

LYSJ型含油污水真空分离净化机使用说书中国.四川SICHUAN.CHINA自贡高精过滤机制造有限公司ZIGONG PRECISION FIL TER MANUFACTURING CO.LTD.一、科技成果与专利我公司总结了国内外油水分离经验,针对含油废水的工况,采用先进的工艺,设计制造了L YSJ型含油污水真空分离净化机,含有一定油污的废水,注该设备处理后水中的含油油量≤5mg/L,完全符合GB8978国家排放水标准,处理后的废水可直接排放,也可回收利用。

经自贡市环境科研监测所对本机处理后的水质抽样化验结果表明,我厂生产的LYSJ型含油污水真空分离净化机完全达到设计要求。

LYSJ型含油污水真空分离净化机产品专利号为:ZL00222775.4二、用途L YSJ型含油污水真空分离机,是一种新型真空分离式油污水分离器。

是根据国家有关陆上、港口、码头、工矿企业防止油污染法规而设计的。

经该设备处理后的排放水含油量完全符合国家GB8978标准在陆上、内河、近海5毫克/升的排放标准。

本装置具有效率高、结构紧凑、使用可靠、操作方便等特点,广泛适用于内河、沿海的港口、码头以及石油、化工、运输、发电等工矿企业的各种含油污水处理。

三、结构简述和工作原理含油污水真空分离净化机由壳体、真空室、高分子吸附室、电气控制箱、电动柱塞泵、螺杆泵、电加热器以及各种阀门组装成一个整体。

壳体由碳钢制成,内壁涂有耐腐蚀涂层。

在真空室中装有由多片同规格不同波纹形状的环氧夹布玻璃瓦组装而成的波纹板组,用于初级聚集分离水中的含油成份。

在高分子吸附室中装有用聚丙烯高分子材料制成的环形圆柱体滤芯,该滤芯具有良好的吸油性能,从而能保证处理后的水中含油量≤5毫克/升,并具有较长的使用寿命。

含油污水真空分离净化机的抽水采用的是电动螺杆泵,排油采用的是电动柱塞泵,工作性能可靠。

为了满足处理分离水中粘度较大的含油成分,便于分离后的油能在较冷的气候下顺利排出。

油水分离设备

油水分离设备

油水分离设备 SYF-Q-10 油水分离设备 SYF-Q-10防爆型油水分离器 SYF-X-5B 防爆型油水分离设备 SYF-X-1B 油水分离设备 SYF-X-1油水分离机 SYF-1B油水分离器 SYF-T-1防爆型油水分离器 SYF-T-1B 洗车废水处理设备 SYF-X系列在线洽谈:浏览次数:2479一、油水分离设备产品介绍油水分离设备采用全物理法安全、可靠、方便、有效的去除及回收含油污水中的分散油和乳化油,使处理后的排放水达到或超过《GB8978-96污水综合排放标准》一级排放的要求(含油量小于5mg/L)。

油水分离设备通过了新乡环境监测站、洛阳市环境监测站、山东省环境保护产品检验中心等多个监测站检测,并获得了由中环协(北京)认证中心颁布的“中国环境保护产品认证证书”(CEP),(证书编号:CCAEPI-EP-2011-211,可网上查询)。

二、油水分离设备产品特色1.结构合理、造型美观、占地面积小;2.自动化水平高,可实现无人值班操作,劳动强度小;3.系统操作方便,一次处理达到用户要求;4.处理后出水指标达到《GB8978-96污水综合排放标准》,即五、油水分离设备工作原理及主要成件说明◆ 工作原理油水分离设备工艺流程图见附录1。

此集成装置主要斜板分离器、高效水-油分离器(含预过滤器、重力分离器、高效聚结分离器、吸附过滤器)及相应的配套装置组成。

工艺原理介绍如下:1. 污水通过污水泵送入斜板分离器中。

污水泵具有较强的自吸能力,流量均匀,并且对油分没有机械剪切乳化的副作,适用于含油污水的输送。

2. 斜板分离器能有效去除水中的浮油和游离油,浮油上升到分离器表面并自流进入污油箱,而沉降的污泥定期排放。

3. 斜板分离器处理后的污水自流进入缓冲水箱,水箱上设有液位开关,具有高位和低位报警功能。

当水位达到一定高度时,自动启动污水提升泵,当水位下降到一定位置时,自动停止提升泵。

提升泵把污水送入预过滤器等后续设备进行处理。

LSSF型螺旋式砂水分离器

LSSF型螺旋式砂水分离器

LSSF型螺旋式砂水分离器
用途
LSSF型系列砂水分离器用于污水处理厂沉砂池,将沉砂池排出的砂水混合液进行砂水分离。

型号表示方法
特点
本产品是在消化引进产品,根据引进产品在国内的使用情况,改进设计的。

已获实用新型专利(专利号:ZL97 2 36765.9 ZL97 2 36766.7),解决了一些国外产品衬条更换不便和螺旋轴向位置不可调的缺陷。

其特点如下:
1)分离效率可达96%-98%,可分离出粒径≥0.2mm的颗粒;
2)采用无轴螺旋,无水中轴承,维护方便;
3)结构紧凑,重量轻;
4)新型的传动装置,其关键部件-减速器为先进的轴装式,不用联轴器,安装对中方便;
5)衬条为快装式,便于更换;
6)螺旋轴向位置可调,便于调整其尾端和箱壁的安全间隙。

构造及工作过程
LSSF系列砂水分离器如图1所示,由无轴螺旋、衬条、U型槽、水箱、导流板、出水堰和驱动装置等组成。

砂水混合液从分离器一端顶部输入水箱,混合液中重度圈套的如砂粒等将沉积于槽形底部,在螺旋的推动下,砂粒沿斜置的U型槽底提升,离开液面后继续推移一段距离,在砂粒充分脱水后经排砂口卸至盛砂桶。

而与砂分离后的水则从溢流口排出并送往厂内进水池。

主要技术参数
订货要求(请提供以下信息):
1、按型号表示方式书写的型号全称;
2、使用环境(户内、外及其它)
3、如采用LSSF-□Ⅱ型,应提供相关部分的工程设计资料。

外形安装尺寸见表2-3
表2 LSSF型螺旋式砂水分离器外形安装尺寸。

一种含油污水处理用油水分离装置

一种含油污水处理用油水分离装置

专利名称:一种含油污水处理用油水分离装置专利类型:实用新型专利
发明人:丁敏,戴健,韩晓强,钮顺鸿,丁志敏
申请号:CN202122070160.1
申请日:20210830
公开号:CN215627176U
公开日:
20220125
专利内容由知识产权出版社提供
摘要:本实用新型公开了一种含油污水处理用油水分离装置,涉及污水处理技术领域,具体为一种含油污水处理用油水分离装置,包括分离箱,所述分离箱的顶部设置有防护顶盖,所述分离箱内部的上方设置有过滤隔板,所述分离箱的内部活动安装有位于过滤隔板上方的绞龙叶片,所述分离箱的正面固定安装有驱动电机。

该含油污水处理用油水分离装置,预先将污水导入分离箱内部,并使进水口与排水口相对保持平衡,同时通过电加热棒持续对污水进行加热,使污水中的油析出并浮于污水表面,通过抽吸泵沿抽吸伸缩管、抽吸浮头即可将析出的油抽出,实现油水分离,且该装置可实现不间断进行操作,自动化程度较高,提高了油水分离的效率。

申请人:江苏港通环保工程有限公司
地址:214200 江苏省无锡市宜兴市高塍镇工业集中区赛特大道25号
国籍:CN
代理机构:北京栈桥知识产权代理事务所(普通合伙)
代理人:余柯薇
更多信息请下载全文后查看。

XYF—5型旋液式分离器用于炼油厂污水除油

XYF—5型旋液式分离器用于炼油厂污水除油

XYF—5型旋液式分离器用于炼油厂污水除油
谢国佳;王琪
【期刊名称】《石油炼制与化工》
【年(卷),期】1994(025)011
【摘要】抚顺石油一厂和大连理工大不同开发的XYF-5型旋液式油水分离器是一种高效快速新型的油水分离器。

含油污水在0.8-0.9MPa压力下,双向切线进入速度为20000-30000r/min的分离器中,高速旋转产生离心力场,经2-3s后油水迅速分离。

在不投加任何药剂的情况下,处理后的污水含量降到15mg/L以下,其效果达到了二级加药压力浮选的水平。

该技术与目前国内炼油厂污水处理通用的二级加药压力浮选比较,
【总页数】5页(P21-25)
【作者】谢国佳;王琪
【作者单位】不详;不详
【正文语种】中文
【中图分类】X505
【相关文献】
1.炼油厂污水旋流除油实验研究 [J], 倪玲英;李涛江
2.旋液分离器选择的简易关联式 [J], GomeJV;项永昌
3.旋液过滤式泥沙分离器的应用 [J], 王悦;王士华
4.多层板污水除油分离器的工艺计算 [J], 李鑫钢;杜英生;等
5.旋液式油水分离器性能研究 [J], 刘志军;王宏明
因版权原因,仅展示原文概要,查看原文内容请购买。

LYSJ型含油污水真空分离净化机说明书(中英文)

LYSJ型含油污水真空分离净化机说明书(中英文)

LYSJ-water separation devicesLYSJ型油水分离器Use and installation instruction使用及说明书四川高精净化设备有限公司SICHUAN FINE PURIFICATION EQUIPMENT CORP.LTD1.SCIENTIFIC /TECHNOLOGICAL RESUIT AND PATENTModel LYSJ Oil-confining Sewage Vacuum Purifier is designed and manufactured by our company on the basiss of studying foreign experiences of oil/water separation .Sewage treated by the machine meets the national Standard GB8978 (oil content ≤5mg/L ).And treated waste water can be direcfly discharged without pollution. Sample chemical analysis by Zigong Evironment Protection Research Institute Proves that this product meets design requirements.Product patens NO:ZL 00222775.42.APPLICATIONBeing a new type of vacuum separator, this product is designed according to the national rules and codes for land, port, harbour and enterprise wast discharge. Oil content of water treated by said machine meets 10ml/L discharge standard for land ,inland river and off-shore discharge .This machine features of high efficiency, compact structure, reliable and easy operation, which finds its wide use in many fields (inland river, harbour, petroleum, chemistry, transportation and electricity-generoting) for oil–containing sewage treatment .3.STRUCTURE AND OPERATION PRINCIPLEThis machine consists of shell, vacuum room, polymolecularabsorption room, electric control box, electric plunger pump, screw pump, electric heater, heavy oil sinking room (No room for light oil)and valves.Shell is made of carbon steel, in which anti-corrosion coatings are applied.Vacuum room is provided with corrugated plate groups made of epoxy eloth-sandwitched glass tiles with same sixe and different corrugation. The group are used to aggregate and separate oil contained in water primarily.Polypropylene polymolecular material cylindrical filter cores with good absorption and long service life are mounted in polymolecular absorption room so that≤10ml/L oil content of treated water is ensured.Pumping of purifier is realized by means of screw pump and oil discharge, by means of plunger metering pump.Electric heaters are used for separating oil with higher viscosity and smooth running of separated oil in cold environment. Heaters can be operated manually or automatically.Purifier operates in following way. Density difference between oil and water and gravity separation principle is utilized. Most oil drops float up to oil accumulation room of the machine under action of density difference between oil and water. Separated oil/water enters into corrugated plate groups in vacuum room where tiny oildrops gradually aggregate to become bigger drops due to flow direction and adhesive action. Bigger oil drops flow upwards to oil accumulation room through oil accumulation port on corrugated plates. After preminary separation, sewage containing tiny oil drops (Including heavy oil) is pumped to polymolecular absorption room with polypropylene filter cores by means of screw pump. In-built polypropylene filter cores have good oil absorption and water flowability. Namely, oil has bigger passing resistance and water has less passing resistance. Therefore, tiny oil drops will be stopped at core surfaces and gradually become bigger oil drops when oil-containing sewage passes through. Two-stage filter core filtration is adopted for heavy oil separator in order to improve separation result. Under action of gravity, light oil goes up to the top of polymolecular absorption room. At the same time , core fibers form ultra-fine screen that filter out certain part of impurities. Under action of gravity, heavy oil sinks to heavy oil sinking room located at the bottom of filter cores. The room is provided with a three-point level controller. Solenoid valve will open automatically and light oil outlet solenoid valve will close as heavy oil reaches to level height. At this moment, drain pump pumps out oil from heavy oil room. Oil content of water purified by the machine is below 10mg/L or equals to 0. With increment of filter pressure and filter flow decrease, discharged water contains oil with higherconcentration. In order to prevent exceeding discharge standard of treated water(≤10 ml/L), the machine is provided with spring safety valve. In case that pressure exceeds or equals to 0.25Mpa,oil-containing sewage in polymolecular absorption room will go back sewage pool through safety valve. In this case, shut-down should be made for rinsing or changing cores.The machine oil accumulation room is provided with Japan-made oil-level pole. When light oil accumulation reaches to certain quantity (Watch from level meter glass),oil level pole sends signal to enable electric control box to start plunger pump which discharge oil into waste oil accumulation tank. After oil in the top of oil accumulation room is drained off, oil drain pump will stop automatically.The machine is provided with two oil drain pumps. One is for operation and another for stand-by. They can be changed over manually. Oil accumulation room of oil/water separator is provided with electric heater which is used to heat condensed oil in case that the machine operates in cold surrounding. Temperature of heater is controlled by switch automatically. In normal case ,the heater is not used.4.MAIN TECHANICAL DATA5.INSTALLATION5.1 Installation needs to be done according to System Drawing(System Drawing attached).5.2 Build sewage pool and remove deposits from its bottom regularly.5.3 Decide whether float switch is provided for sewage pool and interlocked with LYSJ Machine.5.4 Installation must ensure normal running.5.5 Bypass cleaning piping connected with tap water pipe should be erected before intake for sake of rinsing and easy operation. Too long pipe and more elbows are not allowed. Suction height should be below 4m to avoid affecting suction.5.6In order to prevent foreign matters from entering, check valve should be mounted at intake pipe filter (accompanied with machine) and intake of suction pipe. Make sure suction pipe is tight and noleakage occurs.6.OPERATION6.1 Check pump for correct running direction and instruments for good conditions.6.2 Close stage-1 and Stage-2 Drain.6.3 Open outlet valve of discharge water and exhaust valve at the top of absorption room.6.4Fill vacuum oil accumulation room and inlet piping with running water.6.5 Set oil drain switch to automatic position.6.6 Press down start button on control box and motor screw pump begins pumping.6.7 When water comes out from exhaust valve, close it. Now, the machine is in normal operation mode.6.8 In case of low ambient temperature or higher viscisity, heater may be used.6.9 Observe operation of motors when machine puts into operation. If abnormalities are found, shutdown should be made for inspection.6.10 Leakage of inlet piping is not allowed. Otherwise, Suction reduction or misoperation would be caused. If plunger pump is in operating mode but screw pump does not work, shutdown should be made for checking leakage .After everything is OK, fill themachine with clean water. Then start-up can be made.6.11 When full accumulated oil can be observed through level meter glass tube, but oil drain plunger pump does work automatically and the said pump can be started by setting to manual position, this means oil level pole should be dismantled for cleaning its surface. Then the machine can be started again.6.12 When spring press type safety valve is opened(gauge reading ≥0.25Mpa),shutdown needs to be made to change core of polymolecular absorption room.6.13 In case that machine is stored for a long period of time, water in the machine should be drained off and power is cut off. Moving parts of pump should be greased with oil.6.14 After the machine operates for certain period of time, the core needs to be cleaned or replaced. Cleaning can be easily done through following procedures. Open right cover plate of polymolecular absorption room. Unscrew core fixing screw. Grasp core by hand to turn two turns in same direction to take out it. After dismantled, cut off 2-3 layers of core with knife to strip off cut layers. Then rinse core in clean water. Reassembly can be made in reverse order of disassembly. If rinsed core does not work, change with new one. Spare part of core can be ordered.一、科技成果与专利我公司总结了国内外油水分离经验,针对含油废水的工况,采用先进的工艺,设计制造了LYSJ型含油污水真空分离净化机,含有一定油污的废水,注该设备处理后水中的含油油量≤5mg/L,完全符合GB8978国家排放水标准,处理后的废水可直接排放,也可回收利用。

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LYSF型组合式油污水分离装置
1.0 概述
LYSF型组合式油污水分离装置用于石油、化工、交通、电力、码头运输等行业含油污水污水的处理,也可用于中小型船舶舱底油污水的处理。

本装置各项技术标准符合“GB12917 油污水分离装置通用技术条件”的规定,经本装置处理后的排放水质含油量符合“GB8978 污水综合排放标准”的规定,船用型排放标准并符合国际海事组织IMCO决议案A·393(X)的规定。

2.0主要技术指标
3.0 工作原理
取自污油池的油污水经污油泵由入口处切向进入油污水分离装置的前置过滤器,在扩散的管道内减速作螺旋翻滚运动,与多层环形隔板碰撞形成较大的油滴后上升至顶部,污油在油位检测器的控制下定期自动向污油柜排放,未分离的含油污水则依次进入由2~3组粗粒化材料结构组成的精处理罐中,非匀相分散系的油污水以一定的流速通过粗粒化材料,呈分散相的油粒被截留、聚集、附着后剥离,迅速分离上升达到油水分离的目的。

符合排放标准的清水则排出装置。

如果用户要求更高的排放标准(<3mg/l),可以进一步采用吸附、气浮等方法的深处理。

该结构的油污水分离装置处理能力可达100m3/h,但需要与污油池配合设计。

4.0 附件
4.1 LFY-11型专用浮油收集器
LFY-11型专用浮油收集器可将水面浮油吸入自身分离筒内,利用重力分离原理有效分离浮油与水,当浮油聚集到一定厚度时,吸油泵自动运行,将浮油抽送至集油柜中,主要用于收集工矿企业油污水池内飘浮在水体表面可流动的浮油。

4.2 DYF型组合式气浮装置
DYF型组合式气浮装置采用气浮分离技术进行污水的净化处理。

该技术是指空气与水在一定的压力条件下,使气体极大限度地溶入水中,力求处于饱和状态,然后把所形成的压力溶气水通过减压释放,产生大量的微细气泡与水中悬浮絮体充分接触,使水中悬浮絮体粘附在微气泡上,随气泡一起浮到水面形成浮渣,通过刮去浮渣和充氧,达到净化水质的目的,是一种集凝聚、气浮、撇渣、沉淀于一体的高效水质净化处理设备。

为考虑生活污水综合出水指标,也可在气浮池末端加装一台充氧曝气机加以充气。

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