ABB unveils advanced single-device analyzer for measuring four gas contaminants
MWN-AI** Summary
ABB has recently launched the Sensi+ NG, a state-of-the-art multi-gas analyzer designed for the natural gas and biogas industries. This next-generation device measures four critical gas contaminants: oxygen (O?), hydrogen sulfide (H?S), water vapor (H?O), and carbon dioxide (CO?), combining them into a single, compact unit. By integrating these measurements, Sensi+ NG replaces the need for multiple devices, thus simplifying operations for producers and operators in the natural gas and biogas sectors.
As natural gas contaminants pose significant safety risks and potential for pipeline corrosion, the introduction of Sensi+ NG aims to enhance operational safety and efficiency. The device ensures that biogas or biomethane meets strict pipeline standards before it enters the gas grid, facilitating safe transmission while protecting asset integrity. The innovative analyzer features ABB's OA-ICOS™ laser technology, which provides rapid insights into gas quality and allows for continuous monitoring of operational metrics.
The benefits of this device are far-reaching; it ensures high reliability with minimal risk of cross-interference and long-term drift in readings. Its low-maintenance design is particularly vital for remote biogas facilities, where operational simplicity is essential. Moreover, the Sensi+ NG minimizes the need for consumables and frequent calibration, ultimately maximizing uptime and productivity.
With the launch of the Sensi+ NG, ABB aims to support the evolving needs of the gas industry while reinforcing its commitment to sustainability and operational efficiency. Through innovative technology, ABB continues to position itself as a leader in electrification and automation, helping industries optimize their processes and achieve better performance.
MWN-AI** Analysis
ABB's recent unveiling of the Sensi+ NG, an advanced single-device analyzer capable of measuring critical gas contaminants—oxygen (O?), hydrogen sulfide (H?S), water vapor (H?O), and carbon dioxide (CO?)—marks a significant innovation in the natural gas and biogas industries. This multipurpose tool enhances operational efficiency, safety, and compliance for producers and pipeline operators, highlighting ABB's commitment to advancing technology in this sector.
From a market perspective, ABB's launch could strengthen its competitive positioning as operators increasingly seek streamlined and effective solutions to ensure gas quality. The integration of four critical measurements into one device not only simplifies operations but also minimizes maintenance costs, making it particularly appealing for biogas facilities located in remote areas.
Investors should take note of the broader market implications of such innovations. As regulatory standards tighten globally regarding emissions and safety, tools like the Sensi+ NG may become essential for compliance, driving demand for ABB’s analytical solutions. Moreover, by reducing the need for multiple devices, ABB appeals to cost-conscientious operators, suggesting a potential increase in market share.
Additionally, the environmental focus of modern energy production aligns well with ABB’s strategy, indicating a proactive approach to sustainability which could enhance its brand reputation and foster customer loyalty. For those considering investments in ABB, the Sensi+ NG represents potential growth in revenue streams, particularly if adoption rates in the biogas and natural gas sectors see a significant uptick.
In conclusion, ABB’s Sensi+ NG could not only improve efficiency and safety for its customers but also offer robust financial performance and market growth opportunities for the company. Keeping an eye on ABB’s market reception following this release will be crucial for investors aiming to leverage their position in a rapidly evolving energy landscape.
**MWN-AI Summary and Analysis is based on asking OpenAI to summarize and analyze this news release.
- The next-generation Sensi+ NG measures oxygen (O?) in natural gas and biogas alongside hydrogen sulfide (H?S), water vapor (H?O) and carbon dioxide (CO?)
- Measuring the four most critical gas contaminants in a single analyzer replaces the need for multiple devices
- Sensi+ NG supports natural gas and biogas producers as well as upstream and midstream pipeline operators with real-time gas quality monitoring
QUÉBEC CITY, Dec. 02, 2025 (GLOBE NEWSWIRE) -- ABB has launched Sensi+ NG, the latest evolution of its innovative multi-gas contaminant analyzer for the biogas and natural gas industries. Building on the success of its first solution, ABB continues to innovate by adding oxygen (O?) measurement to Sensi+ NG's existing capabilities for trace-level measurement of hydrogen sulfide (H?S), water vapor (H?O) and carbon dioxide (CO?). This addition enables continuous, real-time monitoring of the four most critical gas components in a single device. The 4-in-1 analyzer is engineered to support operational safety, enhance productivity and reduce maintenance, contributing to more efficient and reliable performance in industrial environments.
Natural gas contaminants are a significant challenge to an operator’s business as they represent both a safety and pipeline integrity risk due to corrosion. Sensi+ NG ensures that before biogas or biomethane is injected into the gas grid, gas quality meets strict pipeline standards, allowing for safe and reliable transmission.
ABB developed and deployed the original multi-gas contaminant analyzer as a collaborative project with a North American natural gas pipeline leader.
“The original solution was already a revolution in the market with its multi-gas analysis ability, ease of installation, operation and maintenance as well as its reduced footprint and cost of operation,” said Stefan Parmentier, Global Product Manager, Industrial ICOS at ABB’s Measurement & Analytics division. “The enhanced Sensi+ NG is a rugged and intelligent device that builds on that legacy by continuously monitoring the four most critical gas contaminants, ensuring product flow and protecting the safety of assets, environment and people.”
Powered by ABB’s innovative OA-ICOS™ laser technology, Sensi+ NG delivers nearly instant insights and monitoring of natural gas and biogas streams. It also builds on the technology’s capability to allow for the installation of a single analyzer for multiple applications.
Reliable gas readings and fast response time
By consolidating multiple measurements into one smart device, Sensi+ NG maximizes efficiency and performance while improving operational continuity.
Adding O? to the mix further enhances process optimization, supporting operators with early problem detection with no missed “upset” events, no false calls or shut-ins, while maintaining regulatory compliance.
Sensi+ NG simplifies operations as a 4-in-1 analyzer by eliminating the need for consumables, frequent calibration or complex maintenance, also reducing the number of devices required. Together, these improvements help minimize product waste and maximize uptime to ensure facility safety and productivity.
There is little to no chance of cross-interference and minimum long-term drift, meaning Sensi+ NG delivers confidence across operations and applications. Its low-maintenance design is particularly advantageous for biogas facilities in remote or rural locations, where operational simplicity and durability are essential.
ABB is a global technology leader in electrification and automation, enabling a more sustainable and resource-efficient future. By connecting its engineering and digitalization expertise, ABB helps industries run at high performance, while becoming more efficient, productive and sustainable so they outperform. At ABB, we call this ‘Engineered to Outrun’. The company has over 140 years of history and around 110,000 employees worldwide. ABB’s shares are listed on the SIX Swiss Exchange (ABBN) and Nasdaq Stockholm (ABB). www.abb.com
ABB’s Process Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~20,000 employees, leading technology and service expertise, ABB Process Automation helps process, hybrid and maritime industries outrun – leaner and cleaner. go.abb/processautomation
| For more information please contact: | ||
| Media Relations Olga Apostolova Phone: +47 468 18 096 Email: [email protected] | ABB Ltd Affolternstrasse 44 8050 Zurich Switzerland | |
A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/e1b75adb-ef11-4d78-b08b-76136e574d3f
FAQ**
How does the introduction of the Sensi+ NG enhance operational safety and productivity for natural gas and biogas producers compared to previous solutions offered by ABB Ltd. ABLZF?
What specific advantages does the OA-ICOS™ laser technology provide in terms of reliability and response time for the Sensi+ NG compared to other multi-gas analyzers on the market, particularly from ABB Ltd. ABLZF?
Can you elaborate on how the Sensi+ NG eliminates the need for consumables and frequent calibrations, thus reducing operational costs for users in remote locations, as highlighted by ABB Ltd. ABLZF?
In what ways does the Sensi+ NG contribute to regulatory compliance and help prevent "upset" events, ensuring safe transmission of natural gas and biogas, according to ABB Ltd. ABLZF's product development insights?
**MWN-AI FAQ is based on asking OpenAI questions about ABB Ltd. (OTC: ABLZF).
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