Sunnyvale, CA – The new Picarro L1102-i water isotope analyzer is the first instrument to combine simple, turnkey operation with the sensitivity and precision (δ18O 0.10/00, δD 0.50/00) better than or equal to the IRMS (isotope ratio mass spectrometer) systems traditionally used in stable isotope labs. Moreover, this…
Sunnyvale, CA – Picarro has launched a new web site that provides detailed technical, product, and applications information on the company's line of trace gas and isotopic analyzers for the environmental, energy, process control and semiconductor markets. In particular, the site contains extensive background material on the theory and operation of WS-CRDS (Wavelength-Scanned Cavity Ring…
Lamto, Ivory Coast, Africa and Sunnyvale, CA, USA – Scientists from CarboAfrica, a program to study the carbon cycle and other greenhouse gases (GHG) in Sub-Saharan Africa, have announced the successful installation and operation of a rugged GHG monitor (the Picarro G1301) at a remote field site in equatorial West Africa – the Station de Géophysique de Lamto. This Ivory Coast location is a…
Mauna Loa, Hawaii and Sunnyvale, CA, USA – Climate scientists from the University of Colorado and the University of New Mexico studying the water cycle have successfully deployed a Picarro precision water isotope analyzer at a remote monitoring station near the top of Mauna Loa, Hawaii. Sampling water vapor at this extreme altitude (11,000 feet above sea level) is notoriously difficult…
Sunnyvale, CA - Picarro, Inc. has partnered with O.I. Corporation, d.b.a. O.I. Analytical, (NASDAQ: OICO) to develop a turnkey analyzer to measure total organic carbon (TOC) as well as the carbon stable isotope ratio (13C). The iTOC-CRDS works directly with solids, liquids, sludges and slurries, and will be formally launched at the Pittcon 2009 technical conference and exhibition…
Sunnyvale, CA — A newly launched Isotopic Carbon Solution for Total Organic Carbon (TOC), jointly developed by Picarro Inc. and O.I. Corporation, (d.b.a. OI Analytical) has been awarded the Editors' Choice Silver Prize as one of the three most outstanding new products at the 2009 PITTCON conference and technical exhibition (March 8-13, Chicago, IL). The PITTCON Editors' Choice Awards are…
Sunnyvale, CA - Picarro Inc. is proud to announce that it has received the prestigious Frost & Sullivan 2009 North American Technology Innovation of the Year Award for its innovative line of trace gas and stable isotope instruments for greenhouse gas monitoring, industrial emissions measurements and point of origin analysis. The award cites Picarro's development and commercial…
Sunnyvale, CA - Picarro, Inc., the maker of the world's highest performance and easiest to use gas analyzers, today announced that it has been recognized by TheWall Street Journal with a Technology Innovation Award. TheWall Street Journal selected Picarro as the runner-up in the Environment category for its innovative line of trace gas and stable isotope instruments for greenhouse gas…
Sunnyvale, CA—November 17, 2009—Picarro, Inc., the maker of the world's highest performance and easiest to use gas analyzers, today announced that the company's analyzer will be used by the World Meteorological Organization's (WMO) World Calibration Centre for…
Purchase Order More Than Doubles the Number of Picarro Analyzers Used by the China Meteorological Administration; Deal Represents One of the Largest in Picarro History
Sunnyvale, Calif. — ; December 10, 2009-Picarro, Inc., the maker of the world's highest performing and easiest to use gas analyzers, today announced that the China Meteorological Administration (CMA),…
AGU Meeting, San Francisco, Calif. (Booth #229)—December 15, 2009—Picarro, Inc., the maker of the world's highest performing and easiest to use gas analyzers, today announced an expanded line-up of…
AGU Meeting, San Francisco, Calif. (Booth #229)—December 15, 2009—Picarro, Inc., the maker of the world's highest performing and easiest to use gas…
Sunnyvale, CA – March 1, 2010: Is that sparkle natural or artificial? Picarro has released a new test application that can in ten minutes determine whether carbonation in a bottled water product is from manmade or natural sources. The test will serve the needs of the $60 billion global bottled water market by providing a critical, cost- effective and easy-to-use verification mechanism. The…
Sunnyvale, CA – April 1, 2010: Bioplastics are one of the fastest growing segments of the plastics and packaging industries. Numerous large consumer packaged goods (CPG) companies have announced campaigns to integrate bioplastics into their packaging footprint. Picarro's Combustion Module-Cavity-Ring Down Spectrometer (CM-CRDS)…
Picarro Surveyor™ for Natural Gas Leaks Unveiled at Expogaz Paris, the Leading European Natural Gas Industry Event
Santa Clara, CA – August 23, 2013 – Picarro Inc., the world’s leading producer of gas measurement systems for science and industry, will unveil Picarro Surveyor at the Expogaz Exhibition Paris. The event will be held from September 10-12 and brings…
SUNNYVALE, Calif., Aug. 23 /PRNewswire/ -- Picarro, the maker of the world's highest precision and easiest to use gas analyzers, unveiled its new 2000 series analyzer platform to meet the needs of the world's most discriminating scientists. Across a wide range of applications including measurements of…
Sunnyvale, CA – Picarro, the maker of the world’s highest precision and easiest to use gas analyzers, announced the addition of Professor Steven Wofsy to the company’s Scientific Advisory Board. Dr. Wofsy is currently the Abbott Lawrence Rotch Professor of Atmospheric and Environmental Chemistry at Harvard University (Division of Engineering and Applied Science and Department of Earth and…
Sunnyvale, CA – September 3, 2010: Picarro, the maker of the world's highest precision and easiest to use gas analyzers, has been selected by the National Ecological Observatory Network, Inc.(NEON) as a primary vendor of gas analyzers for a network of state-of-the-art ecological monitoring stations slated for installation…
Sunnyvale, Calif. - Dec. 14, 2010 - Picarro, the maker of the world’s leading instruments for carbon, water and nitrogen cycle measurement, today announced the company is moving to new state-of-the-art manufacturing and R&D facilities in Santa Clara, California. The move is part of Picarro’s rapid expansion into new product lines and new business verticals, as well as an ongoing…
Sunnyvale, Calif. - Jan. 12, 2011 - Picarro, Inc., world leader in instrumentation for measurement of carbon and water cycles, announced that it would provide instrumentation for the world’s largest privately owned greenhouse gas (GHG) measurement network. The new network, which is owned and operated by Earth Networks, will quickly deploy 50…
SUNNYVALE, California, March 29 - Picarro, the maker of the world’s leading instruments for carbon and water cycle measurements announced today the launch of two new gas concentration analyzers designed to dramatically improve the ability of scientists to measure and trace greenhouse gases (GHGs) emanating from urban centers or biomass combustion. The G2401 and G2401-m…
Sunnyvale, Calif., April 4 – Picarro, the maker of the world’s leading instruments for carbon and water cycle measurements today unveiled its new Induction Module - Cavity Ring-Down Spectroscopy (IM-CRDS) system, a compact, field-deployable and high-precision water isotope measurement solution that can extract water from plant, soil, and food…
Santa Clara, CA – Sept. 1, 2011: Picarro, Inc., the world’s leading provider of instruments for carbon and water cycle measurements, today announced its selection to the World Economic Forum’s 2012 class of Technology Pioneers. This annual award designates a select group of companies…
Santa Clara, CA – August 9, 2011: Picarro, Inc., the world’s leading provider of instruments for carbon and water cycle measurement, today announced a powerful new analyzer, which, for the first time, simultaneously measures isotope ratios of carbon and hydrogen from a single sample. The Picarro 13C+D CM-CRDS (Carbon-13 + Deuterium Combustion Module - Cavity Ring-Down Spectroscopy) Isotope…
该产品已停产。请参考相对应的分析仪 G2201-i。
Picarro G2132-i 同位素分析仪能够精确测量甲烷（CH4） 中稳定同位素 13C-12C 的比率。甲烷既是一种宝贵的能源，也是一种温室气体。科学家们运用 Picarro G2132-i 分析仪精确测量 13C-12C 的比率，能够确定甲烷是否是来自奶牛场、…
无论是在研究来自土壤或是植被的气体变化，还是融入生物体内的稳定同位素标记物，这款坚固耐用的高精度系统都能提供优异的性能。 Picarro 小型腔设计分析仪长期以来一直是研究少量样品的不二选择。Picarro 进一步开发了特别设计的系统，具有最小的流入流出量，可以有效避免在闭环操作中的污染和干扰。
Picarro 封闭系统测量包包括一个分析仪和隔膜泵模块，专门用于低泄漏操作。我们还提供所有管道和配件，…
几乎每种小的气相分子（例如，CO2，H2O，H2S，NH3）都具有独特的近红外吸收光谱。在低于大气压的压强下，它由一系列狭窄、分辨良好的尖锐波谱曲线组成，每条曲线都具有特征波长。因为这些曲线间隔良好并且它们的波长是已知的，所以可以通过测量该波长吸收度，即特定吸收峰的高度来确定任何物质的浓度。但是，在传统的红外光谱仪中，因痕量气体产生的吸收量太少而无法测量，通常灵敏度只能达到 ppm 级别。CRDS - 光腔衰荡光谱 - 通过使用长达数公里的有效吸收光程来突破这种灵敏度限制。CRDS 能在几秒钟或更短的时间内对气体进行监测，灵敏度可以达到 ppb 级别，甚至有些气体可以达到 ppt 级别。
CRDS 技术，来自单频激光二极管的光束进入由两面或多面高反射率反射镜构成的衰荡腔。…
请注册观看我们关于水中17O-盈余 测量理论的网络研讨会的回放录像。来自华盛顿大学的 Eric Steig 教授将讨论他对南极洲西部冰原区 (WAIS Divide)冰芯研究。
现场网络研讨会还将邀请 Picarro 的 Kate Dennis 博士讨论 Picarro 水同位素分析系统的最新进展。
聆听 Picarro 的应用专家 Derek Fleck 分享他与加州大学伯克利分校最新的土壤通量应用合作，以及来自 Forerunner 研究所的 Nick Nickerson 分享土壤室技术的最新进展。
请注册观看本次网络研讨会的回放录像，其中包括 Richard Farrell 教授（萨斯喀彻温大学）和 Nabil Saad 博士（Picarro）。他们讨论了实际应用和基础技术，使 Farrell 教授能够使用 15N 标记的植物残余物来划分残留物和残留物诱导的农田土壤 N2O 排放。如果您有兴趣了解氮同位素如何应用于土壤和农业研究，或者对 Picarro…
请注册以观看本次网络研讨会的回放录像，其中包括 Picarro 研究员 Chris Rella 博士和应用专家 Caleb Arata。他们讨论了如何通过光腔衰荡光谱（CRDS）进行碳同位素测量，以及如何仔细校准可以提高测量的稳定性，以满足对大气应用的要求。如果您想了解更多有关如何优化校准和野外现场部署以测量环境大气 CO2 和 CH4 中的δ13C 的信息，这是适合您的网络研讨会！
本次网络研讨会由来自詹姆斯库克大学和查尔斯达尔文大学的Niels Munksgaard 博士以及 Picarro 公司Kate Dennis 博士主讲，将回顾膜萃取技术如何与海洋科学应用的 CRDS 相结合。特别是，我们将讨论新的 Picarro 连续水采样器，用于实时分析液态水中的δ18O 和δ2H。
Picarro L2140-i 水同位素分析仪可同步测量固体、液体和气体中的 δ18O、δ17O 和 δD。此外，这款分析仪测量 17O-盈余精度优于 15 per meg（<0.015‰）。将 17O-盈余的测量与 δ18O 和 δD的高精度测量相结合，地球科学家们能够增强我们对现今气候以及水圈与生物圈之间相互作用的理解，并帮助人们重建过往气候条件。对 δ17O（即 17O-盈余）中的极小偏差（实际上通常小于 0.1‰）实施定量的能力，对于古气候、（生态）…
本次网络研讨会将由来自 NASA / JPL 和加州理工学院的 Riley Duren 以及 Picarro 公司的 Graham Leggett 主讲，重点关注城市碳排放监测。Riley 将分享他在开展洛杉矶大都市项目及其研究目标方面的经验。Graham 将提供有关 Picarro 技术如何促进此类监测网络发展的信息，包括提供有关先进的 Picarro…
将由 Adam Subhas（加利福尼亚理工学院），Nick Rollins（南加州大学）和 Nabil Saad（Picarro）讨论使用 Picarro 光腔衰荡光谱和 Liaison 样品导入系统对离散样品进行准确、精密的总碳和δ13C 测量。Adam 和 Nick 将演示如何将 Picarro 碳同位素分析仪与 Automate FX 样气制备模块搭配用于测量海水 DIC 和固体碳酸盐，以及如何与元素分析仪搭配用于有机碳和 TOC 测量。Adam 还将分享方解石溶解实验的最新结果，这些实验旨在探讨全球碳循环以及海洋的饱和状态如何驱动大气二氧化碳的变化。你也可以在这里查看…
Picarro 16 路气体进样系统（A0311）通过提供优异的多路样品数据采集，极大地增强了 Picarro 系统和分析仪的灵活性。 它非常适用于大气科学高塔监测站以及土壤科学应用和其它需要多路采样功能的应用。Picarro 16 路气体进样系统：
多支路气体进样系统采用可靠的产品设计，使用简单的旋转阀在多达 16 个气体进样口或连接的外围设备之间切换。 与 Picarro…
For high throughput isotope analysis of water samples, the A0212 gives you the maximum number of real samples with minimal downtime
Picarro G5310 气体浓度分析仪可同步精确测量氧化亚氮（N2O）、灵敏度为万亿分率（ppt）的一氧化碳（CO）和灵敏度为百万分率（ppm）的水汽（H2O），针对大气科学、空气质量和量化排放应用所产生的漂移可忽略不计。这款分析仪符合世界气象组织 (WMO) 和综合碳观测系统（ICOS）针对 N2O 和 CO 大气监测方面的性能要求。
对于 N2O 和 CO，5 秒和 5…
Supporting the most precise isotope analysis of water, the A0211 works with small volumes of water and for samples containing up to 20% salt.
在本次网络研讨会重播中，了解 Picarro 的光腔衰荡光谱（CRDS）技术如何用于原位测量土壤气体通量。Nabil Saad 博士（Picarro）与 Jesper Christiansen 博士（哥本哈根大学）和 Nick Nickerson 博士（Eosense）一同参加讨论。Jesper 和 Nick 都拥有 PicarroG2508 气体浓度分析仪土壤通量系统的实际操作经验，…
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