SpectraSensors, Inc. manufactures and supplies precision optical laser-based gas analyzers for the energy and petrochemical industries. Its products include air monitoring, moisture, dew point, hydrogen sulfide, H2S, dual channel, and atmospheric and portable gas analyzers for natural gas pipelines and processors, petrochemical refineries, and chemical companies. The company's solutions measure and monitor gas and petrochemical concentrations in a variety of applications, such as environmental, energy, water, and chemical process monitoring. Its gas analyzers measure moisture, carbon dioxide, hydrogen sulfide, hydrogen chloride, methane, ammonia, and ethylene oxide. The company also provides communication software systems, such as SCADA2000 for data acquisition, control, and monitoring of custody transfer metering; and CMC, a communications management center for automated and on-demand polling of field monitoring devices. SpectraSensors offers its products through an international distribution network and installation base in North America, Europe, the Pacific Rim, Australia, and Asia. The company was incorporated in 1998 and is headquartered in Houston, Texas with engineering, design, and manufacturing operations in Rancho Cucamonga, California. SpectraSensors was acquired in 2012 by Swiss company Endress+Hauser, a global leader in measurement instrumentation, services and solutions for industrial process engineering.

Datex-Ohmeda, Inc., a subsidiary of General Electric Co., is an American company located in Madison, WI. The firm develops and manufactures products for the generation, transmission, distribution, control and utilization of electricity; manufactures aircraft engines and medical equipment.

Grove Instruments is a privately held pre-market medical device company developing the world’s first noninvasive glucometer with the potential to exceed the ISO standard for blood glucose meters. Grove’s patented technology is based on the seminal concept of the Optical Bridge and is unique among all NIR spectroscopic approaches to noninvasive blood glucose determination. The Company has been recognized for its innovation, technology development and clinical results on 10 separate occasions by the NIH NIDDK with funded SBIR Grants. In 2011, Grove was also recognized by the Massachusetts Life Sciences Center with an Accelerator Award – one of only 4 recipients out of all Boston-area life sciences companies applying in that round.

FORCE-A designs, produces, and sells optical sensors for the assessment of physiological and health status of crops. It offers crop sensors for nondestructive assessment of leaf polyphenolics. The company also provides multiparameter noncontact sensors-based on leaves or fruits, and berries autofluorescence measurements. Its multiparameter noncontact sensor provides inputs for decision support systems for a range of crops, including fertilisation needs, weed infestation, crop diseases, and crop yield and quality forecast. The company was founded in 2004 and is based in Orsay, France.

Cellomics, Inc. provides imaging technology products and services. It is a provider of technologies and products for the advancement of cell science research, including complete systems for high-content imaging of cells, tissues and whole organisms. The firm's platform includes automated imaging instruments, image analysis software, data management and bioinformatics software, coupled with reagents, cell-culture media, sera and specialty media formulations, along with laboratory automation and services. The company's offering is aimed at providing life science researchers with a quantitative, automated approach to understanding the biology of cells, including stem cells and cell systems, supporting all aspects of the drug discovery process as well as academic and systems biology research. Cellomics was founded on October 1996 and is headquartered in Pittsburgh, PA.

Konica Minolta Inc. is an Innovative Company and continues to create inspiring products and services in the field of imaging. An innovative corporation that continues to create inspiring products and services in the field of imaging. A global corporation that leads the market by advanced technologies and reliability. The Konica Minolta brand shows intellectual creativity with its challenging, reliable, friendly personality. Four unique characteristics help realize the ideal value of the brand: broad technical expertise covering the entire imaging field; a culture relentlessly committed to creating great products and services; unique product groups developed from integrated technologies; a marketing service network that swiftly copes with customers’ needs. The essence of their brand is Konica Minolta’s comprehensive technological expertise that yields highly original innovations, which are a constant source of surprise to customers. The logo is a representation of their brand value and company name and expresses what Konica Minolta offers to customers. The Konica Minolta Group owns a wide array of specialized technologies and technologies that support the competitiveness and attractiveness of their products. These technologies are defined as our core technologies, totaling twelve – four in materials, two in optics, two in nano-fabrication and four in imaging fields. Throughout their history, they have expanded and advanced these technologies, integrating them at whole new levels so that they are the driving force of our production activities. They continuously strive to integrate these technologies into innovative products with new functions and added value that contribute to the daily lives of people at home and at work. Naturally, this also includes our range of Business Solution products.

Anhui Kechuang Zhongguang Technology Co., Ltd., established on 2016-08-10, Business scope includes general items:Manufacturing of special instruments and meters for environmental monitoring;Sales of special instruments and meters for environmental monitoring;Research and development of special electronic materials;software development;5GCommunication Technology Services;Atmospheric Environmental Pollution Prevention and Control Services;Information system integration service;Manufacturing of air pollution monitoring and testing instruments;Manufacturing of ecological environment monitoring and testing instruments;Sales of air pollution monitoring and testing instruments;Instrument Manufacturing;Manufacture of special equipment for environmental protection;navigation,surveying and mapping,Manufacture of special instruments for meteorology and oceanography;Environmental emergency testing instrumentation sales;Environmental protection special equipment sales;navigation,surveying and mapping,Sales of Meteorological and Oceanographic Special Instruments;Satellite Remote Sensing Application System Integration;Technical Services,technology development,technical consulting,Technology Exchange,technology transfer,Technology Promotion;Marine environmental monitoring and detection equipment manufacturing;Manufacturing of electronic components;Marine environmental monitoring and detection equipment sales;Optical Instrument Manufacturing;Optical Instrument Sales;Artificial intelligence application software development;Environmental Consulting Services;Manufacturing of environmental emergency testing instruments and meters;Environmental emergency technical equipment manufacturing;Natural science research and experimental development;Engineering and Technology Research and Experimental Development;Auto New Car Sales(Except for licensed business,Can independently operate projects that are not prohibited or restricted by laws and regulations)

Kuva Systems has developed an industrial IoT solution that continuously monitors and quantifies the intensity of methane and VOC emissions. Our infrared imaging system automatically detects and measures emissions and provides operators with an annotated video clip of the leak. Kuva Systems was founded in 2015 and headquartered in Cambridge, Massachusetts.

The Central Electricity Generating Board (CEGB) was responsible for electricity generation in England and Wales for almost forty years, from 1957 to privatisation in the 1990s. Because of its origins in the immediate post-war period, when electricity demand grew rapidly but plant and fuel availability was often unreliable, most of the industry saw its mission as to provide an adequate and secure electricity supply, or "to keep the lights on" as they put it, rather than pursuing the cheapest generation route.

Valmet Technologies Oy provides equipment for the pulp and paper industries. It offers pulp and paper industry machinery, equipment and related know-how and aftermarket services. The company was founded in 1999 and is located in Jyväskylä, Finland.

Photometics Inc. develops infrared light-based therapy for skin cancer. The company was incorporated in 2009 and is based in Walnut Creek, California.

Nippon Sanso KK is a private company headquartered in Japan, with operations in CN. The firm supplies industrial gases such as oxygen, nitrogen and argon; manufactures air separation plants, space simulation chambers and equipment related to liquid helium; supplies synthetic air; supplies LP gas; manufactures stainless steel vacuum bottles.\n.

The origin and heritage of the Conoco brand can be traced back to 1875, when Isaac E. Blake founded the Continental Oil Company in Ogden, Utah to provide petroleum products for Western pioneers. Today, the Conoco brand is owned by Phillips 66 Company® and Conoco quality gasolines are sold at more than 2,400 retail fuel sites in the United States.

QinetiQ Ltd. provides technical, engineering, and research services for defense and security problems. It offers products and services for air, cyber, maritime, robotics, space, land, training, weapons, advisory systems, and target systems. The company was founded in June 2001 and is headquartered in Farnborough, the United Kingdom.

Thompson CSF, part of Cornhill Corp. LLP, is a company headquartered in Paris, France, specializing in heating equipment, except electric and warm air furnaces. Marconi Corp. Plc acquired Thompson CSF on March 01, 1997.

Onera (Office National d’Etudes et Recherches Aérospatiales) is the French national aerospace research center. It is a public research establishment, with eight major facilities in France and about 2,000 employees, including 1,500 scientists, engineers and technicians. Onera was originally created by the French government in 1946, and assigned six key missions: * Direct and conduct aeronautical research * Support the commercialization of this research by national and European industry * Construct and operate the associated experimental facilities * Supply industry with high-level technical analyses and other services. * Perform technical analyses for the government * Train researchers and engineers

IRsweep’s vision is to revolutionize optical sensing by introducing an ultrafast laser spectrometer in the mid‐infrared. It is based on Quantum Cascade Laser Frequency Combs invented by IRsweep Co‐founders in 2012 at ETH Zurich. The spectrometer is the backbone of IRsweep’s commercial activities in the next few years and represents the technological basis for further integration into process analytics and possibly portable applications. A spectrometer is a common piece of equipment in industries and laboratories, used to investigate the molecular composition of a sample in a nondestructive way. The main drawback of today’s spectrometers is their low speed: measurement times of seconds to minutes are needed for the acquisition of a complete spectrum. However, many processes happen on timescales of microseconds, which can’t be observed with these techniques. Moreover, the analysis of large sample numbers takes long. The IRis-F1 is a laser‐based infrared spectrometer which exploits the extraordinary sensing performance of so‐called frequency‐combs in the mid‐infrared spectral region. As a result, the IRis-F1 offers an unmatched combination of high measurement speed (microsecond time resolution) with the high brightness of a laser‐based instrument and a multi‐color output. The high measurement speed of the IRis-F1 opens new possibilities. For example, researchers can observe the folding or conformational changes of proteins in real‐time. By this, they can learn about correct and incorrect protein folding states. With this knowledge, they can find the reason for protein folding errors and eventually cure diseases such as Alzheimer's or Parkinson's. The spectrometer will moreover enable high throughput screening and the brightness of the laser source enables an analysis of strongly absorbing samples.