spectrolyser_35_mm_2

spectro::lyser

spectro::lyser™可以监测全波段的吸收光谱,用来作于全球饮用水的原水监测。spectro::lyser™ 对全光谱吸光度的监测和分析,使其可以监测水中大多数的有机物。

 

spectro::lyser™ UV 可根据不同应用监测: NO3-N, COD, BOD, TOC, DOC, UV254, NO2-N, BTX, AOC, 指纹图和光谱报警, 温度和压力。

spectro::lyser™ UV-Vis 可根据不同应用监测: TSS, turbidity, NO3-N, COD, BOD, TOC, DOC, UV254, 色度, BTX, O3, H2S, AOC,指纹图和光谱报警, 温度和压力。

  • s::can 即插即测
  • 测量原理: 全波段紫外可见光全光谱 (200-750 nm 或 200-390 nm)
  • 可调节光程口径
  • 适用于地表水、地下水、饮用水和污水
  • 长期稳定、维护量低
  • 出厂前与校准,可以现场多点校准
  • 压缩空气自动清洗
  • 可直接浸没安装在介质中(现场) 或旁通式安装 (微型水站)
  • 通过s::can控制器和软件操作
  • 权威专家一致推荐并通过权威机构认证,如中国环保局、美国环保署以及 CPCB
s::can sensors monitor Ganges river quality during world’s largest religious gathering
s::can sensors monitor Ganges river quality during world’s largest religious gathering

s::can’s stations monitor the quality of the water in the Ganges river in India. This results in a better understanding of the contamination of the river by local industry and protects the 了解更多

美国亚利桑那州乳业厂在生产过程中减少了生产损耗
美国亚利桑那州乳业厂在生产过程中减少了生产损耗

美国亚利桑那州丹贝牛奶厂用s::can的spectro::lyser监测加工厂污水的COD。降低了过程损耗,减少了政府对其收取的污水处理费用。

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布拉迪斯拉法自来水厂早期预警监测系统
布拉迪斯拉法自来水厂早期预警监测系统

s::can事件预警系统全天24小时对176个水源地水质进行监测。

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使用了s::can设备的梅班(Mebane)污水处理厂
使用了s::can设备的梅班(Mebane)污水处理厂

美国东部北卡罗来纳州梅班市如何突破氮和磷的限制,改善污水处理厂工艺。作为测试的一部分,工厂安装了s::can传感器用来测量氨氮、PH、温度及硝氮。

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spectro::lyser™ with ruck::sack as the ideal solution for Krycklan research project in Sweden
spectro::lyser™ with ruck::sack as the ideal solution for Krycklan research project in Sweden

 Presently there is an increasing interest in the role of flux and transformations of dissolved organic carbon (DOC) in inland waters. These fluxes are crucial components in the landscape 了解更多

智能水质监测网络中重要的在线操作软件及硬件的介绍
智能水质监测网络中重要的在线操作软件及硬件的介绍

在西班牙的塔拉戈纳,s::can水质监测技术用于市政管网的自来水实时在线监测。水站对UV254、浊度、色度、TOC、DOC、余氯、电导率、pH和温度这8个参数进行监测,同时还配有基于紫外可见光光谱报警技术的事件预报警软件,可以将报警实时发送给EMATSA市政自来水公司。

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俄亥俄州哥伦布市利用在线设备预防公共健康事件
俄亥俄州哥伦布市利用在线设备预防公共健康事件

s::can的全光谱在线水质分析仪spectro::lyser为美国俄亥俄州哥伦布市提供饮用水原水监测。自来水公司可以对出现的水质问题主动出击

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加拿大原住民社区远程监测饮用水水质
加拿大原住民社区远程监测饮用水水质

在加拿大原住民社区,s::can的事件预报警系统能远程监测60个微型供水系统的饮用水水质情况。

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s::can的工业水质监测系统为啤酒厂节约了成本
s::can的工业水质监测系统为啤酒厂节约了成本

s::can全光谱在线水质分析仪spectro::lyser 了解更多

欢乐养渔! 在芬兰,多参数全光谱探头spectro::lysers对水产养殖再循环系统进行水质在线监测
欢乐养渔! 在芬兰,多参数全光谱探头spectro::lysers对水产养殖再循环系统进行水质在线监测

在劳卡(Laukaa)的芬兰自然资源研究所的养殖业循环水实验室里,奥地利是能公司s::can的在线监测系统正在对养殖水的水质进行实时在线监测。

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连续预报警: 维护量极低的s::can传感器连续在线监测地下水水质
连续预报警: 维护量极低的s::can传感器连续在线监测地下水水质

许多国家都由于过量使用农药和化肥残留,面临着地下水水质日益恶化的严重危机。奥地利使用s::can产品实时在线监测地下水水质,对地下水污染采取及时防治措施。

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The Oettinger brewery in Germany continuously monitors its industrial waste water with s::can
The Oettinger brewery in Germany continuously monitors its industrial waste water with s::can

The s::can spectro::lyser ensures a complete monitoring of the treated waste water in the brewery’s waste water treatment plant.

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在全球污染最严重的河流进行水质监测
在全球污染最严重的河流进行水质监测

墨西哥的阿托亚克河是世界上受污染最严重的河流之一,其污染主要来源于工业污染,并且该污染一直持续。因此,首要任务是要找到污染的来源,才能保护河流和周边的居民。 了解更多

Global Calibrations

The so called plug & measure principle lies at the heart of s::can’s monitoring systems. Simple and quick installation and start-up, reliable results as soon as the instrument hits the water,...

The so called plug & measure principle lies at the heart of s::can’s monitoring systems. Simple and quick installation and start-up, reliable results as soon as the instrument hits the water, that is what plug & measure is all about. This simplicity allows the users to work with s::can instruments without extensive training, because no complicated calibrations or maintenance activities are needed. At the heart of this plug & measure capability is our spectrometer probe, its hardware (no moving parts, no consumables, long term stability, …) as well as the s::can software. The Global Calibrations, however, are the real key to its performance.

The Global Calibration on a spectro::lyser™ contains all the settings and algorithms (such as for specific parameters) that enable the instrument to measure multiple parameters in a wide range of applications. Each Global Calibration is optimized for measurements in a particular environment and are available for applications ranging from drinking water, river water through wastewater treatment plant influent and effluent all the way to industrial wastewaters. Examples of the latter are brewery, dairy and paper mill wastewater.

Each Global Calibration is developed by s::can using a large dataset of measurements from a particular application type, and benefits from our extensive experience and know-how we gained from applying spectrometry in the most diverse applications. For example, a drinking water global calibration is developed using spectra and laboratory measurements from drinking waters from all around the world. Using advanced statistical methods, the spectral algorithms for the calculation of for example, turbidity and nitrate are then developed. The result; Global Calibrations for all common application types that allow one basic piece of equipment, the spectrometer probe, to be used in a multitude of widely different water types.

s::can Global Calibrations can be used in a plug and measure fashion because the spectrometer probes are true spectrophotometer instruments that measure the entire UV and visible absorption spectrum. Opposed to a single or dual wavelength instrument, that at best give a rough indication of how much nitrate or TOC is present, the full spectral capability of the spectrometer probe allows selective and accurate simultaneous measurement of multiple parameters with a single measuring device. The full spectrum is used to adapt the algorithms to the typical matrix in an application. Furthermore, this information is used for turbidity compensation and it is used to remove cross sensitivities for other parameters. All of this leads to much more precise and accurate measurement results when compared to competing technologies.

Thus, the Global Calibration is the tool that allows the spectrometer probe to make sense of your water; it interprets the spectrum, knowing what to expect in the application it is used in. As a result, it provides reliable results without the need to extensive calibrations. The Global Calibration is what enables us to pack such a big punch into our spectro::lyser™.

spectrometer probe vs. cabinet analysers

Let’s get out of the laboratory, and into the water. Away from the complicated and high-maintenance cabinet analysers towards reliable and simple online technologies and, above all,...

Let’s get out of the laboratory, and into the water. Away from the complicated and high-maintenance cabinet analysers towards reliable and simple online technologies and, above all, submersible spectrometers. A “mega trend” for the future of water management. s::can spectrometer probes need practically no maintenance, are extremely robust and durable and keep measuring for years, 24 hours a day, to the complete satisfaction of the operators.

t comparison specphotcabi 460px

The traditional cabinet analyser has been in use for about the last 30 years for measuring most chemical parameters. The advantage of such instruments was always with the manufacturers of consumables and not with the customers. These instruments can often be kept going only by means of comprehensive service contracts, they consume chemicals and spare parts, pollute the environment, and need considerable attention. Frequently they are so expensive and unreliable in operation that users just shut these instruments down again after some period of use.

spectrolyser titanium pro

spectro::lyser titanium pro

 

spectro::lyser™ titanium pro 可根据不同的应用类型和客户需求监测以下参数:TSS, 浊度, NO3-N, COD, BOD, TOC, DOC, UV254, NO2-N, 色度, O3, HS-, BTX, AOC, 指纹图及光谱报警,温度和压力。

  • s::can 即插即测
  • 测量原理: 全波段紫外可见光全光谱 (190-720 nm)
  • 适用于工业污水、含盐水及海水
  • 坚固耐用的2级钛合金外壳
  • 出厂前预校准,可以现场多点校准
  • 长期稳定、维护量低
  • 压缩空气自动清洗或清洗刷清洗
  • 可直接浸没安装在介质中(现场) 或旁通式安装 (微型水站)
  • 测量口径可更换:35mm、5mm、2mm或0.5mm
  • 方便安装,无堵塞

spectrolyser titanium pro highlights

 

spectrolyser industrial ATEX

spectro::lyser industrial ATEX

 

spectro::lyser™ industrial 可以根据用户需求和应用类型监测TSS、浊度、NO3-N、COD、BOD、TOC、DOC、UV254、NO2-N、色度、O3、HS-、BTX、AOC、指纹图和光谱报警、温度和压力。还可以进行污染物溯源。

  • s::can 即插即测
  • 测量原理: 全波段紫外可见光全光谱 (190-720 nm)
  • 适用于工业污水和排污应用
  • 防爆标准符合RL 2014/34/EU, TÜV-A16 ATEX要求
  • 出厂前预校准,可以现场多点校准
  • 长期稳定、维护量低
  • 压缩空气自动清洗或清洗刷清洗
  • 可直接浸没安装在介质中(现场) 或旁通式安装 (微型水站)
  • 测量口径可更换:35mm、15mm、5mm、2mm、1mm或0.5mm
  • 方便安装,无堵塞

spectrolyser industrial highlights

 

iscan_35_kurz_1000px_q4

i::scan

i::scan 全新微型多参数光谱探头,是一款革命性的水质在线监测探头。极高的性价比, 从智能水网,到小型无人值守监测站,以及独立的固定式或移动使得水站都可以应用。全新的i::scan是一款比单波长探头价格还要实惠的高性能紫外可见光多参数分析仪。

 

  • s::can 即插即测
  • 浊度: 根据环保认证EPA 180.1和ISO 7027进行测量 (35mm)
  • 新的光源技术
  • 无需消耗品, 没有可拆卸的部件
  • 特殊的,无污染的光学窗口材料
  • 低功耗(通常低于1瓦)
  • 双光束光学补偿
  • 自动清洗(空压机在线装置或流通管道的自动清洗刷) (可选)
  • 多种应用版本
  • 长期稳定运行,100%无腐蚀
  • 插头连接或固定电缆
  • 5000小时免维护运行
  • 直接在介质(现场)或流通槽中(监测站)进行安装和测量
  • 通过 s::can 终端控制器和 s::can 软件进行操作
  • 可以直接安装在水管/压力管道

Visit i-scan.at for more information

Optimizing the performance of drinking water filtration with the i::scan
Optimizing the performance of drinking water filtration with the i::scan

In Puerto Rico the i::scan is used to asses the efficiency of different coagulants and to optimize cleaning protocols of drinking water filtration units.

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s::can在瑞士苏黎世饮用水水质监测中的应用
s::can在瑞士苏黎世饮用水水质监测中的应用

 s::can 奥地利是能公司的事件预报警系统s::can 奥地利是能公司的事件预报警系统利用革命性的产品i::scan 了解更多

s::can和荷兰Vitens供水公司合作 用超微型水站nano::station建成管网水质监测网络
s::can和荷兰Vitens供水公司合作 用超微型水站nano::station建成管网水质监测网络

Vitens公司是荷兰最大的饮用水供水企业。该公司目前正在弗里斯兰省(Friesland)建设一个大型的智能饮用水管网系统。整个供水管网长达2200公里,为超过200,000户荷兰家庭提供饮用水,目前已安装了200个传感器用于实时监测饮用水的供应情况和水质状态。

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spectrolyser_5_mm

carbo::lyser

carbo::lyser是一款监测有机物含量的探头,测量参数有SAT、TOC、 COD或 BOD,同时还能测量浊度、悬浮物含量。应用领域从纯水到工业污水。 对不同水质的预校准功能,方便广大用户使用。

 

carbo::lyser™ II 监测 TSS&UV254 或 TSS&COD 或 TSS&BOD 或 TSS&TOC 或 TSS&DOC

carbo::lyser™ III 监测 TSS/UV254/UV254t 或 TSS/COD/BOD 或 TSS/TOC/DOC 或 TSS/COD/CODf

  • s::can 即插即测
  • 测量原理:紫外-可见光光谱
  • 多参数探头
  • 长期稳定运行,零维护
  • 工厂预校准
  • 使用压缩空气进行自动清洗
  • 直接在介质(现场)或流通槽中(监测站)进行安装和测量
  • 通过 s::can 终端控制器和 s::can 软件进行操作
  • 自动补偿交叉干扰
  • 地表水、地下水、饮用水和污水方面的应用
  • 可以在35mm、15mm 或 5mm之间选择精确耐用 的光程口径插件
  • 易于安装,无堵塞
Global Calibrations

The so called plug & measure principle lies at the heart of s::can’s monitoring systems. Simple and quick installation and start-up, reliable results as soon as the instrument hits the water,...

The so called plug & measure principle lies at the heart of s::can’s monitoring systems. Simple and quick installation and start-up, reliable results as soon as the instrument hits the water, that is what plug & measure is all about. This simplicity allows the users to work with s::can instruments without extensive training, because no complicated calibrations or maintenance activities are needed. At the heart of this plug & measure capability is our spectrometer probe, its hardware (no moving parts, no consumables, long term stability, …) as well as the s::can software. The Global Calibrations, however, are the real key to its performance.

The Global Calibration on a spectro::lyser™ contains all the settings and algorithms (such as for specific parameters) that enable the instrument to measure multiple parameters in a wide range of applications. Each Global Calibration is optimized for measurements in a particular environment and are available for applications ranging from drinking water, river water through wastewater treatment plant influent and effluent all the way to industrial wastewaters. Examples of the latter are brewery, dairy and paper mill wastewater.

Each Global Calibration is developed by s::can using a large dataset of measurements from a particular application type, and benefits from our extensive experience and know-how we gained from applying spectrometry in the most diverse applications. For example, a drinking water global calibration is developed using spectra and laboratory measurements from drinking waters from all around the world. Using advanced statistical methods, the spectral algorithms for the calculation of for example, turbidity and nitrate are then developed. The result; Global Calibrations for all common application types that allow one basic piece of equipment, the spectrometer probe, to be used in a multitude of widely different water types.

s::can Global Calibrations can be used in a plug and measure fashion because the spectrometer probes are true spectrophotometer instruments that measure the entire UV and visible absorption spectrum. Opposed to a single or dual wavelength instrument, that at best give a rough indication of how much nitrate or TOC is present, the full spectral capability of the spectrometer probe allows selective and accurate simultaneous measurement of multiple parameters with a single measuring device. The full spectrum is used to adapt the algorithms to the typical matrix in an application. Furthermore, this information is used for turbidity compensation and it is used to remove cross sensitivities for other parameters. All of this leads to much more precise and accurate measurement results when compared to competing technologies.

Thus, the Global Calibration is the tool that allows the spectrometer probe to make sense of your water; it interprets the spectrum, knowing what to expect in the application it is used in. As a result, it provides reliable results without the need to extensive calibrations. The Global Calibration is what enables us to pack such a big punch into our spectro::lyser™.

spectrolyser_35_mm_2

multi::lyser

multi::lyser探头是s::can carbo::lyser和nitro::lyser的结合体。也就是说s::can这款multi::lyser可以在各类应用环境中监测有机碳和硝酸盐。multi::lyser是一款高性价比和高性能的探头,适用于地表水、地下水、饮用水、污水监测。

 

multi::lyser™ 监测 NO3-N 和 1 个有机参数(COD、BOD、TOC、DOC 或 UV254)

multi::lyser™ III 监测 TSS、NO3-N 以及 1 个有机参数 (COD、BOD、TOC、DOC 或 UV254)

  •  s::can 即插即测
  •  测量原理:紫外-可见光光谱
  •  多参数探头
  •  适用于地表水、地下水、饮用水和污水
  •  长期稳定运行,零维护
  •  工厂预校准
  •  使用压缩空气进行自动清洗
  •  直接在介质(现场)或流通槽中(监测站)进行安装和测量
  • 通过 s::can 终端控制器和 s::can 软件进行操作
  • 可以在35mm、15mm 或 5mm之间选择精确耐用 的光程口径插件
  •  易于安装,无堵塞
Global Calibrations

The so called plug & measure principle lies at the heart of s::can’s monitoring systems. Simple and quick installation and start-up, reliable results as soon as the instrument hits the water,...

The so called plug & measure principle lies at the heart of s::can’s monitoring systems. Simple and quick installation and start-up, reliable results as soon as the instrument hits the water, that is what plug & measure is all about. This simplicity allows the users to work with s::can instruments without extensive training, because no complicated calibrations or maintenance activities are needed. At the heart of this plug & measure capability is our spectrometer probe, its hardware (no moving parts, no consumables, long term stability, …) as well as the s::can software. The Global Calibrations, however, are the real key to its performance.

The Global Calibration on a spectro::lyser™ contains all the settings and algorithms (such as for specific parameters) that enable the instrument to measure multiple parameters in a wide range of applications. Each Global Calibration is optimized for measurements in a particular environment and are available for applications ranging from drinking water, river water through wastewater treatment plant influent and effluent all the way to industrial wastewaters. Examples of the latter are brewery, dairy and paper mill wastewater.

Each Global Calibration is developed by s::can using a large dataset of measurements from a particular application type, and benefits from our extensive experience and know-how we gained from applying spectrometry in the most diverse applications. For example, a drinking water global calibration is developed using spectra and laboratory measurements from drinking waters from all around the world. Using advanced statistical methods, the spectral algorithms for the calculation of for example, turbidity and nitrate are then developed. The result; Global Calibrations for all common application types that allow one basic piece of equipment, the spectrometer probe, to be used in a multitude of widely different water types.

s::can Global Calibrations can be used in a plug and measure fashion because the spectrometer probes are true spectrophotometer instruments that measure the entire UV and visible absorption spectrum. Opposed to a single or dual wavelength instrument, that at best give a rough indication of how much nitrate or TOC is present, the full spectral capability of the spectrometer probe allows selective and accurate simultaneous measurement of multiple parameters with a single measuring device. The full spectrum is used to adapt the algorithms to the typical matrix in an application. Furthermore, this information is used for turbidity compensation and it is used to remove cross sensitivities for other parameters. All of this leads to much more precise and accurate measurement results when compared to competing technologies.

Thus, the Global Calibration is the tool that allows the spectrometer probe to make sense of your water; it interprets the spectrum, knowing what to expect in the application it is used in. As a result, it provides reliable results without the need to extensive calibrations. The Global Calibration is what enables us to pack such a big punch into our spectro::lyser™.

spectrolyser_5_mm

nitro::lyser

应用范围从μg/l以为单位的(超)纯水到以g/l为单位的工业污水。硝酸盐浓度与其它的物质群(例如有机碳或总颗粒)无交叉敏感度。测量参数有硝酸盐和浊度/颗粒物含量。

 

nitro::lyser II 监测 TSS/NO3-N 或浊度/NO3-N

  •  s::can 即插即测
  •  测量原理:紫外-可见光光谱
  •  多参数探头
  •  适用于地表水、地下水、饮用水和污水
  •  长期稳定运行,零维护
  •  工厂预校准
  •  使用压缩空气进行自动清洗
  •  直接在介质(现场)或流通槽中(监测站)进行安装和测量
  • 通过 s::can 终端控制器和 s::can 软件进行操作
  • 可以在35mm、15mm、或 5mm之间选择精确耐用的光程口径插件
  • 易于安装,无堵塞
spectrolyser_35_mm_2

ozo::lyser

ozo::lyser是为了测量水中的臭氧而发明的。这款光谱传感器系列的产品能有效地监测到水中溶解的臭氧。 由于该设备维护量小,稳定性好,它可以替代传统电化学方法来测量水中的臭氧。

 

ozo::lyser II 监测浊度和臭氧

  •  s::can 即插即测
  •  测量原理:紫外-可见光光谱
  •  多参数探头
  •  适用于饮用水
  •  长期稳定运行,零维护
  •  工厂预校准
  •  直接在介质(现场)或流通槽中(监测站)进行安装和测量
  •  通过 s::can 终端控制器和 s::can 软件进行操作
  •  可以在35mm、15mm或 5mm之间选择精确耐用 的光程口径插件
  •  易于安装,无堵塞
spectrolyser_5_mm

sulfi::lyser

sulfi::lyser用于监测 TSS 、HS 和 NO3-N,还可以通过控制终端con::cube结合pH::lyser来监测 H2S。

 

sulfi ::lyser II 监测TSS\HS\H2S*

sulfi ::lyser III 监测TSS\HS\NO3-N\H2S*

  • s::can 即插即测
  • 测量原理:紫外-可见光光谱
  • 多参数探头
  • 长期稳定运行,零维护
  • 工厂预校准
  • 使用压缩空气进行自动清洗
  • 直接在介质(现场)或流通槽中(监测站)进行安装和测量
  • 通过 s::can 终端控制器和 s::can 软件进行操作
  • 自动补偿交叉干扰
  • 地表水、地下水、饮用水和污水方面的应用
  • 可以在35mm、15mm、5mm、2mm、1mm或0.5mm之间选择精确耐用 的光程口径插件
  • 易于安装,无堵塞

* 监测H2S需要通过控制终端con::cube与探头pH::lyser连接后才能实现。

spectrolyser_5_mm

uv::lyser

uv::lyser可在190到720 nm之间最多可以选4个波段来监测浊度或TSS。根据不同的应用,还可以监测浊度或悬浮物。uv::lyser可以为地表水、地下水、饮用水和污水提供性价比高且测量精准的精密仪器。

 

uv::lyser可在190到720 nm之间最多可以选4个波段来监测浊度或TSS。

  •  s::can 即插即测
  •  测量原理:紫外-可见光光谱
  •  多参数探头
  •  适用于地表水、地下水、饮用水和污水
  •  长期稳定运行,零维护
  •  工厂预校准
  •  使用压缩空气进行自动清洗
  •  直接在介质(现场)或流通槽中(监测站)进行安装和测量
  •  通过 s::can 终端控制器和 s::can 软件进行操作
  •  可以在35mm、15mm、5mm、2mm、1mm或0.5mm之间选择精确耐用的光程口径插件
  • 易于安装,无堵塞

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