佢可以偵測到 a 1 μm thick layer of oil on the water's surface at a distance of 0-10 meters above it.
The post 非接觸式 DSOD703 漏油探測器 appeared first on 水質感應器.
]]>德孫 OPS 紫外線螢光 非接觸式 DSOD703 漏油探測器 係一個非接觸式感應器,係為水上實時檢測油而設計. 佢用油嘅天然螢光去檢測油,同埋提醒你立即唔懷疑嘅漏油. 佢提供 24/7 industrial and environmental water monitoring at effluent discharge or influent intake points.
汽車機油, 涡輪油, 燃油, 海洋柴油, 粗油, 民用燃油, 潤滑劑, 礦物油(非合成), and so on.

德孫大學 DSOD703 油溅檢測及監控感應器系統 可以偵測到 a 1 距離水面上嘅 μm 厚油層 嘅 0-10 meters above it.

油溅檢測感應器會將紫外線脈衝排放到水面或地面上, 刺激靶區嘅油分子到螢光. 利用呢啲油分子固有嘅螢光性質, it identifies their chemical composition and sends an early warning signal to the operator.
你可以係現實世界嘅環境下睇到漏油探測器嘅價值. 下表突顯唔同國家嘅成功申請:
| 位置 | 設施類型 | 使用個案描述 | 解決方案描述 |
|---|---|---|---|
| 俄羅斯 | 污水渠道 | Oil spills lead to environmental pollution. | Continuous monitoring with the DSOD703 oil spill detection system alerts operators in real time. |
| 海南, 中國 | 油倉 | Oil spills may damage the marine environment. | The OPS DSOD703 oil spill detection system provides real-time alerts. |
| 阿布扎比, 阿聯酋 | 淡化植物 | Oil spills pose a threat to water intake. | Five DSOD703 oil spill detectors deliver continuous monitoring. |
| 福建, 中國 | 河監測 | Oil spills cause river pollution. | The DSOD703 oil spill detection system provides real-time alerts. |
| 波蘭 | 湖監測 | Oil spills result in lake pollution. | Four DSOD703 oil on water detectors ensure continuous monitoring. |
| 火雞 | 鋼廠 | Wastewater discharge leads to river pollution. | Two DSOD703 oil Oil film detectors enable timely diversion of contaminated water. |
| 越南 | 柴油儲存坦克 | Oil spills cause environmental pollution. | Nine DSOD703 oil spill Sensors provide continuous monitoring. |
係俄羅斯嘅工業廢水系統入面, 德孫 OPS DSOD703 漏油探測器被部署於污水通道上方,以解決碳氫污染長期風險. 呢個項目證明 DSOD703 唔單止係開放水環境 —— 喺廢水渠道上同樣有效, 排水管, 同埋工業排水途徑. 呢個俄羅斯部署明顯增強廢水處理人員嘅運作可見度, 令佢哋可以更有效噉管理污染風險,同埋維持環境遵守. ( Read more info: https://opticaldosensor.com/desun-uniwill-dsod703-oil-spill-detector-installed-in-sewage-channels-in-russia/ )

海南一大沿海石油儲物設施實施 DSOD703 ,以加強環境安全措施. 喺裝載區附近嘅水上面位置, 系統提供連續嘅實時監控. 而家營運商會喺最早嘅漏油跡象上,即時收到即時警示, 喺溢出之前,令到可以容忍. 倉庫報告營運環境遵守及降低風險有明顯改善. ( Read more info: https://opticaldosensor.com/desun-uniwill-dsod703-non-contact-oil-spill-detector-installed-at-coastal-oil-depot-in-hainan/ )

Even small leaks from underground diesel storage tanks can migrate through soil and eventually reach drainage systems or groundwater, causing costly environmental damage and regulatory challenges. To strengthen its leak-detection capability, they deployed OPS DSOD703 Oil Spill Detectors as part of its early-warning monitoring system.
The DSOD703 units were installed above inspection wells and drainage collection channels connected to the underground diesel tank containment area. This configuration enables the detector to continuously monitor the presence of oil on water surfaces within the drainage infrastructure. If leaked diesel reaches the monitoring points, the sensor immediately detects the oil film and triggers an alarm signal to the facility’s control system.
This case demonstrates that the DSOD703 is effective in open water bodies, wastewater channels, and coastal oil facilities, and that it serves as a reliable safeguard for underground fuel storage systems. By integrating oil-on-water detection at drainage and inspection points, industrial operators can establish a practical, cost-effective early-warning network for monitoring diesel storage leaks. ( Read more info: https://opticaldosensor.com/desun-uniwill-dsod703-oil-spill-detectors-installed-on-overseas-diesel-storage-project/ )

In a seawater desalination facility in the United Arab Emirates, the OPS DSOD703 oil spill detector was installed near seawater intake channels and drainage areas to monitor potential oil contamination from pumps, generators, or maintenance activities. The system continuously monitors the water surface in real time. It triggers immediate alarms when oil films are detected, allowing operators to respond quickly and prevent contamination from entering the desalination process. This deployment significantly improved environmental protection, operational safety, and regulatory compliance while safeguarding critical desalination equipment and surrounding coastal ecosystems. ( Read more info: https://opticaldosensor.com/desun-uniwill-dsod703-oil-spill-monitoring-alarm-systems-installed-in-seawater-desalination-plants-in-the-uae/)
你可以信任呢啲解決方案,以便即時提供資料, 改善反應, and support both environmental and economic goals.

| 產品名稱 | 油溅探測器 / 油膜探測器 / 油上水探測器 / 油滑檢測感應器 |
|---|---|
| 模型 | DSOD703-B (0-2m) DSOD703-A (0-10m) |
| 證書 | CE, CNEX |
| 原則 | 紫外線螢光法 |
| 測量距離 | 0-2m 同 0-10m 距離表面 |
| 敏感性 | 1μm (微米) 油膜 |
| 回應時間 | <5s |
| 假警報率 | < 1% |
| 接口 | RS-485 |
| 電力供應 | 12係 DC 入面 |
| 功耗 | 7W |
| 維度 (L x Ø) | Φ 110mm * 115mm Φ 110mm * 406mm |
| 保護級別 | IP68 |
| 操作溫度 | -20-60℃ |
| 房屋材料 | 唔鏽鋼 / 鈦合金 |
配合非接觸式光學監控技術, the sensor is unaffected by marine biofouling or oil contamination, requiring no cleaning or maintenance and easier installation. 油嘅長途檢測, with a maximum monitoring distance of 10m above the water surface.
Using UV LED light to excite the oil’s native fluorescence, the sensor can detect oil films as thin as 1 µm, minimizing false alarms.
24-連續 2 小時實時監控, no daytime or nighttime limitations.
Rugged IP68-certified sealed design for harsh environments.
一生 (>2 年), 內置系統校正, 免維修, 低功率運作 (< 10W).
The Oil Spill Detection System is equipped with an RS-485 interface that enables fast, easy sensor configuration via Modbus. 可以輕鬆地連接到監控系統. DSMC5100 可以配備佢,讀取即時監控資料, and the data storage function provides users with a basis for analyzing the data.

監測廢水處理設施油污染, ensuring compliance with environmental standards.
偵測機械同設備嘅漏油, helping to prevent contamination in hydroelectric power reservoirs.
為機場水流失中提供持續監測,以潛在燃油及漏油, protecting surrounding ecosystems.
啟用炼油廠嘅漏油同漏水嘅早期檢測, improving environmental safety and operational efficiency.
Monitors waterways for accidental oil spills, enabling immediate response and pollution control in busy port areas.
有助檢測工業環境中漏油, reducing environmental impact and ensuring cleaner operations.
連續監測海上油平台,實時檢測漏水及漏水, minimizing ocean contamination risks.
檢測粉末生產設施漏油, reducing contamination risks in sensitive production areas.
監控飲用水嘅來源,確保佢哋保持唔受石油污染, safeguarding public health.
確保灌溉通道仍然冇石油污染物, protecting agricultural water quality.
監控燃料倉庫嘅儲存同處理區域, detecting leaks before they impact the environment.
偵測養殖設施油污染, protecting water quality for aquatic farming.


| 項目 | 水油傳感器 (DS530) | 非接觸式漏油探測器 (DSOD703) |
|---|---|---|
| 測量原理 | 紫外線螢光方法 | 紫外線螢光方法 |
| 適用嘅油類型 | 重油, 等等。 | 重油, 等等。 |
| 安裝方法 | 安裝沉浸式: 安裝係水入面, 淺色 | 安裝非聯絡人: 裝咗水 / 地面 |
| 光干擾 | 受自然光線影響, 一定要安裝離開光線 | 0–2m 範圍內冇效果; 0–10m 版本包括輕盾 |
| 校正方法 | 需要用標準解決方案校正 | 只透過軟件校正, 唔需要標準解決方案 |
| 檢測能力 | 可以測量水中嘅精確油濃度 | 用嚟快速偵測水面上有油; 唔顯示特定濃度 |
| 信號輸出 | RS485 | RS485 / 4– 20mA |
| 電力供應 | 12V 或 24V DC | 24係 DC 入面 |
| 應用程式場景 | 工業廢水, 市政污水, 地表水監測, 等等。 | 油倉, 炼油廠, 港口, 發電廠, 機場, 油站, 工業廢水 |
德森 OPS 油溜溜探測器主要用於測試工業油,並無法測量動物, 蔬菜, 或者合成油. 佢支援測試原油, 柴油油, 潤滑油, 煤油, and other industrial oils.
漏油探測器主要係透過檢測石油基物質嘅螢光運作, 透過光譜激發及信號分析,認識及量化油膜. 簡單嚟講, 漏油監視器唔可以直接同人講水面嘅確切厚度. It can only use the strength of the fluorescent signal reflected from the oil film to determine the amount of leakage, roughly.
我哋簡單咁將呢個過程分成三個步驟:
步伐 1: 探測器採用 365nm 紫外線脈衝 LED, 垂直地
irradiates the water surface and stimulates the oil film to produce fluorescence.
步伐 2: 油激發 * * 400-650nm 螢光 * * (the peak value varies with the type of oil; for crude oil, 約 480nm; for light oil, about 420nm).
步伐 3: The detector converts fluorescence data into oil spill alarms or concentration values using signal processing and classification algorithms.
Mainly for oil films floating on the surface of water or the ground, 檢測敏感度係最多嘅 1 micron in thickness (equivalent to 1 liter of oil spreading over 1000 平方米水).
好似係水入面流葉噉, 塑膠, 水植物, 等等. 非石油物質 (例如, 藻類, 有機碎片) 有唔同嘅螢光性質,可以透過光譜過濾同算法排除喺干擾之外. 同我哋嘅控制器組合, we can set up data to exclude such substances.
0~60 degrees Celsius.
會影響少少, 所以安裝時, 我哋建議佢用一個避免輕嘅保護殼裝備佢. 梗係, 唔用佢, 但係如果我哋想得到一個更完美嘅偵測, the light shield will be very useful.
檢測漏油係環境嘅必要條件, 運作, and safety.
-環保
預防生態傷害: 漏油可以破壞海洋同陸地生態系統, 影響植物, 動物, and water quality.
早期檢測最小化傳播: 感應器可以提早檢測漏水, reducing the area affected and enabling quicker response to protect vulnerable habitats.
-遵守條例
政府同環境機構執行嚴格嘅污染同漏水管理嘅規定. Sensors help organizations monitor and report compliance in real-time.
-緊急應變
Early detection reduces risks to personnel and infrastructure by initiating containment measures promptly.
-減少清潔成本
早期檢測溢出限制擴散, significantly reducing cleanup costs.
Deploying oil spill detection sensors is a proactive measure to balance industrial operations with environmental stewardship and regulatory adherence.
-偵測儲油漏水,以防止工業工廠事故;
-監測廢水流入廢水處理廠嘅漏水;
-監控油溢入河流;
-監控進入水路嘅漏油;
-食品或藥物生產過程中油漏檢測;
-喺特定地點監控漏油;
-接觸油檢測設備難以安裝嘅地方安裝;
-製造過程需要控制油含量;
-需要睡眠油監測嘅地方;
-需要表面油監測嘅地方;
-Areas where unmanned oil monitoring is needed in industrial settings.
漏油或溢出可以係唔同情況下發生, 經常因為技術失敗, 操作錯誤, 環境因素, 或者預期唔到嘅意外. 以下係漏油或溢出嘅主要情況:
-工業營運
管道破裂: 因腐蝕而造成傷害, 磨損, or external impacts.
坦克同儲存失敗: Structural issues or improper maintenance of oil storage tanks.
炼油同處理設施: Equipment malfunctions or accidents during oil refining and transfer.
機械漏洞: 工業設備漏油, 泵, or generators.
-交通工具
海洋油溜: 坦克意外, 碰撞, or groundings in oceans or rivers.
管道運輸: 因為壓力變化而漏水, 腐蝕, or natural events.
鐵路或道路運輸: Accidents involving vehicles carrying oil or fuel.
航空運輸: Leaks from aircraft fuel systems or during refueling operations.
-離岸鑽探同生產
吹噓: Uncontrolled releases of oil or gas during drilling operations.
平台失敗: Structural damage to offshore rigs or production facilities.
海底設備問題: 水下管道漏水, 井頭, or valves.
-儲存同處理
唔正確處理: 裝載時錯誤, 卸貨, or transferring oil.
老化基礎設施: Leaks from old or poorly maintained storage systems.
坦克過充: Spills caused by human or mechanical errors during filling.
-人類錯誤
操作錯誤: Incorrect procedures during oil processing or transport.
疏忽: Failing to perform routine maintenance or follow safety protocols.
溢出容納失敗: Lack of proper systems or oversight to control spills.
-港口和沿海機構, 石油公司, 船主, and oil spill response organizations.
-任何需要可靠嘅全天候漏油監控嘅人, 支持油溢快速有效地恢復, and efficient deployment of boom and skimmers.
-Oil spill response vessels.
標籤: 油檢測系統, 油探測器感應器, 油膜探測器, 水偵測油, 油係水探測器, 油係水感應器上面, 油滑檢測, 漏油檢測, 油溅檢測及監測, 漏油檢測儀器, 漏油檢測感應器, 漏油檢測系統, 油溅探測器, 漏油探測器製造商, 漏油探測器價格, 油溜探測器供應商, oil spill monitor, 漏油監測, 漏油監測系統, 油溅感器, 漏油檢測感應器, 海上漏油檢測, 海上漏油監測, 端口漏油探測器, 漏油檢測系統供應商, 工業漏油監測解決方案, 供應商, 廠商, 工廠, 舖頭, 中國, 批發, 買, 價格, 語錄, 大批, 出售, 公司, 存貨, cost.
The post 非接觸式 DSOD703 漏油探測器 appeared first on 水質感應器.
]]>加上, 自我清潔刷版可以選擇,有效消除油污染對測量嘅影響. 適合用於油田監測等多種水質測量情況, 工業循環水, 凝結咗, 廢水處理, and surface water stations.
The post DS530 網上油中水傳感器 0-200ppm & 0-5ppm appeared first on 水質感應器.
]]>德森 OPS DS530 水傳感器網上油係一個完整嘅解決方案 水測量嘅油 喺廢水入面. 水感應器嘅油係採用紫外線螢光分析嘅原理, 敏感度高, 同埋可以偵測到可溶性同乳化嘅油. 加上, 自我清潔刷版可以選擇,有效消除油污染對測量嘅影響. 適合用於油田監測等多種水質測量情況, 工業循環水, 凝結咗, 廢水處理, and surface water stations.
紫外線螢光法係用嚟監測水中嘅油濃度, 而水中油濃度係根據石油及其芳香族碳氫化合物及含結合雙鏈之化合物,吸收紫外線後,定量分析. 石油嘅芳香族碳氫化合物可以喺紫外線光線嘅激發下產生螢光, and the value of oil in water can be calculated according to the intensity of the fluorescence.
-數碼感應器, RS-485 輸出, 支持 MODBUS;
-用自動清潔刷,消除油對測量嘅衝擊;
-消除環境光線對測量效果,以獨特光學及電子過濾技術來淘汰;
-Unaffected by suspended solids in water.
| 產品 | 油係水感應器 / 油係水分析器 / 油係水探頭 / 油係檢測水感應器 |
|---|---|
| 模型 | DS530 |
| 原則 | 紫外線螢光法 |
| 測量範圍 | 0-50ppm 0-200ppm (水感應 0-5ppm 小範圍油可定制) |
| 精確度 | 3% |
| 決議 | 0.1ppm 或 0.1ppb |
| 檢測極限 | 根據實際油樣本 |
| 線性度 | R2>0.999 |
| 保護水平 | Ip68 |
| 感應器介面 | 支持 RS-485, MODBUS 協定 |
| 集會 | 輸入類型 |
| 電源資訊 | 直流 6 ~ 12V, 目前 <50mA (when not cleaned) |
| 尺寸 | Φ 45 * 175.8 毫米 |
| 探頭電纜長度 | 5 米 (預設), 可以自訂 |
| 住屋材料 | 316L (可自訂鈦合金) |
| 自清潔刷 | 唔係 / 有 |
| 光學窗口 | 光纖 |
-飲水
-廢水
-過程測量控制技術
-環境監測
-換熱器漏水檢測
-油缸漏水檢測
-攝入水監測
-重新注射水監測
-工業廢水監測
-海洋出院監控
-植物羅夫 / 風暴水監測
-海洋柴油引擎
-加熱油
-潤滑油
-液壓油
礦物油
-柴油
-汽油柴油
-燃油



| 項目 | 水油傳感器 (DS530) | 非接觸式漏油探測器 (DSOD703) |
|---|---|---|
| 測量原理 | 紫外線螢光方法 | 紫外線螢光方法 |
| 適用嘅油類型 | 重油, 等等。 | 重油, 等等。 |
| 安裝方法 | 安裝沉浸式: 安裝係水入面, 淺色 | 安裝非聯絡人: 裝咗水 / 地面 |
| 光干擾 | 受自然光線影響, 一定要安裝離開光線 | 0–2m 範圍內冇效果; 0–10m 版本包括輕盾 |
| 校正方法 | 需要用標準解決方案校正 | 只透過軟件校正, 唔需要標準解決方案 |
| 檢測能力 | 可以測量水中嘅精確油濃度 | 用嚟快速偵測水面上有油; 唔顯示特定濃度 |
| 信號輸出 | RS485 | RS485 / 4– 20mA |
| 電力供應 | 12V 或 24V DC | 24係 DC 入面 |
| 應用程式場景 | 工業廢水, 市政污水, 地表水監測, 等等。 | 油倉, 炼油廠, 港口, 發電廠, 機場, 油站, 工業廢水 |
對於以螢光為主嘅油,係水感應器入面: 呢啲感應器會利用螢光分子,當由特定嘅光波長激發時,會發出光. 當油或碳氫化合物存在於水中, 佢哋同螢光分子相互作用, 引起發射光嘅強度或者波長嘅變化. 透過衡量呢個變化, the sensor can determine the oil concentration in the water.
感應器一般係由探頭或感應器頭組成,而呢個頭係浸喺水樣本入面. 呢個探針包含檢測同測量油嘅存在嘅必要成份. The data collected by the sensor can then be analyzed to determine the oil concentration in the water.
油同碳氫化合物好多時都係多種產品嘅主要成份, 由燃料到溶劑,到加工過程中所用嘅許多化學物質. 工業生產中, 呢啲碳氫化合物有啲, 油, 而溶劑可以漏入下水道或者, 差啲, 直接入環境. 同樣地, 國內及農業燃料儲存可導致意外滲入水路及含水層. 係石油行業入面, 一噸油溢出可以好快咁散布係油滑上面,覆蓋面積大約係 10,000 方塊. m. Oil in water sensors and analyzers can be useful by giving early warning of problems as they occur.
The post DS530 網上油中水傳感器 0-200ppm & 0-5ppm appeared first on 水質感應器.
]]>PAH 探針 連接控制器,以便顯示同錄音. It features an RS-485 interface that allows easy and fast sensor configuration via Modbus.
The post DS810 PAH 傳感器分析器用於海洋擦拭 (EGCS) 洗水監測系統 appeared first on 水質感應器.
]]>德森 · 烏尼維爾很高興介紹其新開發嘅 DS810 PAH 感應器. 個 PAH 探測器 係一個準確同連續嘅氟計 測量多環芳香族碳氫化合物濃度 (多氧化碳) 係水入面. 呢啲 PAH 係由石油燃燒唔完整所引起,而且係大部分礦物油或燃料中都存在. 感應器測量咗個 總量嘅 PAH 量經過鏡頭, 偵測同報告 多氧化碳 從 0 去 1000 ppb (μg / L).
德森 · 聯合 PAH 測量感應器 以紫外線螢光原理運作, 呢個比起傳統用嘅紅外線散射或吸收方法敏感得多. 噉樣就可以決定連 PAH 嘅最細痕跡, 例如, 喺飲酒同降水水凝結物入面. 應用領域包括石化產業, 冷卻同廢水溪流嘅漏水檢測, 同埋環境監測. 個 螢光 PAH 分析器 可以靜態地用喺軸, 流動, 同埋管道. PAH 探針連接控制器,以便顯示同錄音. It features an RS-485 interface that allows easy and fast sensor configuration via Modbus.

| 產品名稱 | PAH 感應器 / PAH 分析器 / PAH 探測器 |
|---|---|
| 模型 | DS810 |
| 證書 | CE |
| 原則 | 螢光方法 |
| 範圍 | 0~ 100ppb 0~ 1000 ppb 0~ 5000 ppb ( 可以自訂) |
| 檢測限制 | o ~ 100ppb: 0.5ppb o ~ 1000ppb: 5ppb |
| 準確度 | ± 5%FS |
| 回應時間 | <10s |
| 馬克斯, 工作壓力 | 3 酒吧 |
| 接口 | RS-485, 莫德巴斯 RTU |
| 電力供應 | 9-12VDC 或 24VDC |
| 功耗 | 1.5W |
| 尺寸(L * W * H) 維度 (L x Ø) | Φ 152mm * 38mm |
| 重量 | 900克 |
| 保護級別 | Ip68 |
| 儲存溫度 | 0-60℃ |
| 工作溫度 | 0~ 50 ° C |
| 集會 | 輸入類型 |
| 房屋材料 | SS316 / 鈦合金 |
| 校正 | 2 點校正 |
| 保養 | 2 年 |
測量原理係基於 PAH 嘅螢光性質. 富含芳香族含量嘅礦物油,當用紫外線光線照亮時,就會螢光. 呢種螢光嘅強度係取決於聚芳香族碳氫化合物 (PAH) 油含量. 螢光嘅典型油包括燃油, 粗油, 液壓油, 同埋變壓器油. 每種油都有佢獨特嘅螢光強度,係由佢嘅特定 PAH 含量所引起. PAHs are integral parts of most mineral oil products and are a very specific indicator of oil contamination in water bodies and process water.

由紫外線光源引起嘅激發後, PAH 係短時間延遲後,波長較長嘅波長會發出光線. 呢個光嘅強度係測量,同 PAH 嘅濃度成正比. 呢個測量原理比吸收同散射光測量更敏感,係相當敏感嘅. 可以檢測到連水中 PAH 污染嘅細微痕跡都可以偵測到. 德森 · 聯合 PAH 感應器 係 a 光纖化探針基油內水內. Fluorescence measurement assures continuous monitoring of oil and hydrocarbon contamination in water.


Exhaust emissions from ships’ engines using heavy fuel oils release gases and particulates that can harm human health and the environment. 要緩解呢個污染, IMO 透過海洋環境保護委員會建立規定 (MEPC). 而家要減少二氧化氮嘅排放量 (NOx), 二氧化硫 (SOX), 同埋顆粒. 要遵守 2020 硫硫極限 0.5%, 航運業正實行各種策略, 例如安裝排氣氣體清潔系統 (洗衣機) 中和硫磺. 任何排放入環境都要監控,確保佢唔含有有害物質. 船舶必須安裝監控系統,並確保佢哋進行全面嘅監管分析, 由 IMO 授權, 包括測試 PAH, pH, 濁度, 同埋溫度. This ensures accurate and robust measurements are conducted in line with regulatory requirements.

而家, 新嘅多環芳香族碳氫感應器可能係可以實時檢測 (PAH), 由德森 · 烏尼維爾開發. 螢光 PAH 感應器準確測量海洋氣體洗淨器入口及出口中之 PAH 濃度 (心電圖), 提供數碼感應器技術嘅所有好處. 有 PAH 感應器, precise and real-time data is possible and can be monitored — and acted upon — by operators on ocean rigs.
1. 水係水入面追蹤油
2. 漏水檢測
3. 漏油監測
4. 水質監測
5. 水碳係水中監測
6. 油係水監測
1. 巴拉斯特水
2. 放電水
3. 工業廢水
4. 飲水
5. 洗水
6. 降溫水 & 凝結返嚟
7. 加工水 (炼油廠, 脫盐植物)
8. 雨水 (機場流失監控)
1, 早期檢測與預防:
PAH 感應器有助於早期檢測同預防環境污染, 允許主動措施緩解潛在損害. This leads to more effective pollution control strategies.
2, 成本效益高同節省時間:
同傳統嘅實驗室分析相比, PAH 感應器提供一個成本效益高同節省時間嘅解決方案. Rapid data collection and analysis reduce operational costs and expedite decision-making processes.
3, 實時風險評估:
PAH 感應器嘅實時能力,令到可以即時風險評估. This empowers decision-makers to respond promptly to emerging environmental threats and implement targeted interventions.
4, 監管合規與環保:
運用 PAH 感應器支援監管遵守, 確保行業堅持環境標準. 呢個, 反過來, 為更廣泛嘅環保努力作出貢獻, fostering sustainable practices.
對於任何利益, 自由聯絡 減價 @ dshech . com for a quote.

一個 PAH 感應器, 代表多環芳香水氫感應器, 係一個用嚟檢測特定環境中多環芳香族碳氫化合物嘅存在同濃度嘅裝置. 多環芳香族碳氫化合物 (多氧化碳) 係由多個融合芳香環組成嘅有機化合物, 而佢哋好多時都係因為煤炭等有機材料燃燒唔完整,所以經常被發現係環境中嘅污染物, 油, 氣體, 同埋木材. PAH 感應器一般係利用各種檢測技術,例如光譜, 色譜, 或電化學方法,以量化 PAH 水平. 呢啲感應器係環境監控嘅重要工具, 特別係評估空氣同水質方面, as PAHs are known to be carcinogenic and can have harmful effects on both human health and the environment.
EGCS 指南唔會特別要求監控 PAH 內容; 情願, 佢哋嘅重點係油. 但係, 挑戰係監控油含量好下面 15 ppm 係連續嘅. 傳統嘅水中油感應器似乎唔有前途. 故此, 另一個方法出現咗: 用 PAH 感應器. These sensors can detect very low “油” content, leveraging the presence of PAH compounds in oil.
Exhaust emissions from ships’ engines using heavy fuel oils release gases and particulates that can be detrimental to human health and the environment. 回應, IMO, 透過海洋環境保護委員會 (MEPC), 建立咗法規,以緩解呢個污染. 而家要減少二氧化氮,所以要減少二氧化氮 (NOX), 二氧化硫 (SOX), 同埋顆粒排放. 要遵守 2020 硫硫極限 0.5%, 航運業係採用策略, 包括安裝排氣氣體清潔系統 (洗衣機) 中和硫磺. 但係, 任何排放入環境都要監控,確保冇嘢有害釋放. 因此, 船舶需要安裝監控系統,並確保佢哋執行 IMO 授權嘅全部監管分析. 呢個包括監控參數,例如 PAH, pH, 濁度, and temperature to ensure robust and accurate measurements are made by regulatory requirements.
多環芳香族碳氫化合物 (多氧化碳) 構成一大群有機化合物,有兩種或以上融合芳香環. They occur naturally in petroleum and are also produced as by-products of fuel combustion.
PAH 代表一個重要嘅環境污染物班,呢啲環境污染物係已知喺生態系統中累積嘅. 美國環保署已經識別到 16 PAH 化合物係優先污染物. 呢啲化合物有啲係致癌同 / 或者對哺乳動物致突變. 此外, 佢哋對某啲水生生物嘅急性毒性同亞致命作用嘅表現. 多氧化碳亦可能係食用貝類中生物累積, providing a pathway to humans.
多氧化碳嘅一個來源係燃油嘅燃燒唔完整. 雖然引擎同鍋爐係為咗優化燃油燃燒而設計, 廢氣難免含有一大比例燃燒嘅材料. 噉樣會導致氣體嘅碳氫同顆粒排放,由甲烷到好大嘅複雜分子, 包括多環芳香族碳氫化合物. 而低分子量 PAH 主要係發現喺排氣流嘅氣體相入面未結合, heavier molecular weight PAHs constitute a group of substances that bind onto soot created during combustion.
氣色譜 - 質量光譜測量 (GC-MS):
呢個係 PAH 分析最廣泛使用嘅技術之一. GC 係基於佢哋嘅化學性質,將唔同嘅 PAH 化合物分開, and MS detects and quantifies them based on their mass-to-charge ratio.
高性能液體色譜 (HPLC):
HPLC 亦可以用嚟做 PAH 分析, 特別係當加上螢光或紫外線可見檢測方法時. HPLC separates PAH compounds based on their affinity for the stationary phase.
液體色譜 - 質量光譜測量 (LC-MS):
LC-MS 係結合液相色譜嘅分離功率同質譜嘅檢測能力. It can be effective for analyzing PAHs in complex matrices.
薄層色譜 (TLC):
雖然唔太常用嚟定量分析, TLC can be used for qualitative screening of PAHs in water samples.
The post DS810 PAH 傳感器分析器用於海洋擦拭 (EGCS) 洗水監測系統 appeared first on 水質感應器.
]]>個 DS530浸入式水中油探頭 利用先進嘅 紫外線螢光測量技術 用嚟持續網上監測水中嘅油濃度. 呢個技術係喺紫外線激發下檢測油化合物發出嘅特徵螢光, 提供 高靈敏度同強選擇性 油污染物. 同傳統嘅紅外線散射或者吸收方法相比, UV fluorescence offers superior trace oil detection capability and improved resistance to interference.
The post DS530 油係水感應器 appeared first on 水質感應器.
]]>個 DS530浸入式水中油探頭 利用先進嘅 紫外線螢光測量技術 用嚟持續網上監測水中嘅油濃度. 呢個技術係喺紫外線激發下檢測油化合物發出嘅特徵螢光, 提供 高靈敏度同強選擇性 油污染物. 同傳統嘅紅外線散射或者吸收方法相比, UV fluorescence offers superior trace oil detection capability and improved resistance to interference.

一個選擇性嘅 自動自清潔刷系統 喺操作過程中有效去除探頭表面嘅氣泡同污垢, 將環境對測量準確度嘅影響減至最低. 噉樣可以大大延長維修間隔同埋確保 優異嘅長期穩定性同重複性 under continuous online operation.
具有快速嘅反應同可靠嘅性能, 個 DS530水中油分析儀 啟用 早期發現同警告油污染, supporting water quality management and process optimization.
水中嘅油含量係用紫外線螢光法測量. 當暴露喺紫外線下 (紫外線) 刺激, oil components—particularly aromatic hydrocarbons and compounds containing conjugated double bonds—absorb UV energy and emit characteristic fluorescence.
發出嘅螢光強度同水中存在嘅油濃度有直接關係. 透過檢測同分析呢個螢光信號, 個感應器會定量測定油濃度. 透過校正過嘅訊號處理, the measured fluorescence intensity is converted into an accurate oil-in-water concentration value.
由於芳香族碳氫化合物係石油產品嘅主要螢光來源, 紫外線螢光技術提供高靈敏度, 強選擇性, 同埋好適合用嚟檢測痕量油, making it well-suited for continuous online monitoring of oil contamination in water.
| 產品 | 油係水感應器 / 油係水分析器 / 油係水探頭 / 油係檢測水感應器 |
|---|---|
| 模型 | DS530 |
| 原則 | 紫外線螢光法 |
| 測量範圍 | 0-50ppm 0-200ppm (水感應 0-5ppm 小範圍油可定制) |
| 精確度 | 3% |
| 決議 | 0.1ppm 或 0.1ppb |
| 檢測極限 | 根據實際油樣本 |
| 線性度 | R2>0.999 |
| 保護水平 | Ip68 |
| 感應器介面 | 支持 RS-485, MODBUS 協定 |
| 集會 | 輸入類型 |
| 電源資訊 | 直流 6 ~ 12V, 目前 <50mA (when not cleaned) |
| 尺寸 | Φ 45 * 175.8 毫米 |
| 探頭電纜長度 | 5 米 (預設), 可以自訂 |
| 住屋材料 | 316L (可自訂鈦合金) |
| 自清潔刷 | 唔係 / 有 |
| 光學窗口 | 光纖 |
用螢光原理. 同幾種常用嘅方法相比, 螢光方法係更有效率, 快啲, and can be monitored online in real time.
一個水包油監測系統 適合用於水質監測場景,例如油質監測, 工業循環水, 凝結水, 廢水處理, and surface water stations.

水分析器入面嘅油含量 廣泛用於各種水系統中持續監測和早期檢測油污染, 包括:
工業循環水系統
Monitoring oil leakage in cooling water and closed-loop circulation systems to protect equipment and ensure stable operation.
凝結水同鍋爐餵水監測
Detecting oil ingress in condensate return lines to prevent contamination of boilers and heat exchangers.
廢水處理廠
測量流入物嘅油含量, 排水, and process streams to support treatment efficiency and regulatory compliance.
油 & 天然氣行業
監測產生嘅水, 油性廢水, 同埋由炼油廠排放水, 離岸平台, and petrochemical facilities.
電力廠
早期發現涡輪嘅油污染, 变壓器, and lubrication systems.
表面水與環境監測
持續監測河流, 湖泊, 水庫, and environmental monitoring stations for oil pollution events.
工業過程監測
確保石化等行業嘅產品質量同工藝安全, 化學物質, 鋼鐵, and manufacturing.
漏水檢測同預警系統
Providing real-time alarms for oil leaks to minimize environmental impact and operational risk.
1. 水感應器係咩油?
水感應器嘅油係一種檢測同測量水中存在嘅油或碳氫濃度嘅裝置. 它用於環境監測等行業, 廢水處理, and offshore oil and gas operations.
2. 水感應器嘅油係點樣運作?
OPS oil in water sensors use UV fluorescence to differentiate oil types.
3. 咩行業用 油係水監測器入面s?
油 & 氣體: Monitoring leaks and spills in offshore drilling.
海洋 & 船運,運費,運輸: Detecting oil discharge in ballast water.
工業廢水處理: Ensuring compliance with environmental regulations.
電力廠: Monitoring cooling water contamination.
4. 水感應器嘅油檢測範圍係點?
Detection ranges vary by model.
德森 OPS DS530 係衡量油濃度由 0-200 ppm and a Small measuring range of 0-5ppm can be customized.
5. 我點樣校正水感應器嘅油?
大部分感應器都需要定期使用已知嘅油標準校正. Some models feature automatic calibration and self-diagnostics for easier maintenance.
6. 有咩因素影響感應器準確度?
溫度 & 咸度: Can influence sensor response.
粒子干擾: High turbidity or suspended solids may impact readings.
油類型: Different oils have varying fluorescence/absorption properties.
生物污染物: Marine environments may require frequent cleaning.
7. 我點樣喺水感應器度保持油?
Clean the sensor regularly to remove fouling.
Calibrate according to the manufacturer’s guidelines.
Protect the sensor from extreme environmental conditions.
Inspect cables and connections for damage.
8. 可以一個 網上水入面嘅油分析器 分辨油類型?
有啲先進嘅螢光式感應器可以分辨粗油, 柴油, 潤滑油, and other hydrocarbons based on their unique fluorescence signatures.
The post DS530 油係水感應器 appeared first on 水質感應器.
]]>