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One gas sample, analysed in four weeks: NOx, SOx and H2S, measured down to ppb. You get the numbers, the comparison against the spec you have to hit, and a written answer on whether ambient-temperature adsorption can close the gap - before anyone designs or quotes a system. EUR 4,900 fixed. Refunded if the analysis does not produce an actionable pathway for your stream. Flue gas, CO2, biogas or process gas.

A CO2 stream that looks clean on a spreadsheet can still carry enough NOx, SOx and H2S to matter once it is cooled, compressed and sent down a pipeline. On one onshore oil & gas stream we measured below 1 ppm at roughly 100,000 m3/h - ambient temperature, zeolite adsorption, no ammonia, no catalyst, no process water. Start with one sample: four weeks, EUR 4,900, refunded if adsorption is not an actionable pathway for your stream.

A CO₂ pipeline can look fine on paper and still carry a hidden problem. Low ppm levels of NOx and SOx may seem minor at first glance, but once combined with moisture and pressure, they can create the conditions for corrosion, compressor wear and avoidable maintenance pressure further downstream. That is why impurity control should not be treated as a secondary issue, it is part of pipeline protection. Krajete integrates upstream NOx/SOx removal before CO₂ enters compression and transport infrastructure, helping operators reduce corrosive exposure before it becomes an engineering or financial problem. For industrial sites, metal treatment operations, and CCS-linked projects, this means a cleaner stream, lower asset risk and a more robust transport chain. If your team is assessing CO₂ handling, gas treatment or future CCS integration, a tailored conversation can clarify whether upstream protection should be part of your next step. Book a Consultation : https://lnkd.in/dJuJux_X

CCS projects are often judged on capture rates, carbon targets and long-term storage plans. Yet one part of the business case is still too often overlooked: impurity readiness before transport. Even low ppm levels of NOx and SOx can become a real issue once CO₂ enters compression and pipeline infrastructure: in the presence of moisture, these impurities can contribute to corrosive conditions, increase operational exposure, and complicate long-term compliance strategy. For ESG, sustainability and compliance teams, this is not just a technical detail. It affects project resilience, infrastructure risk, reporting confidence and future regulatory readiness. Krajete helps industrial operators integrate upstream NOx/SOx removal before CO₂ enters the line. The result is a cleaner stream, lower downstream risk, and a stronger foundation for compliant, future-ready CCS infrastructure. If your organisation is reviewing CCS transport readiness, now is the right time to assess whether impurity control is robust enough for the next stage. Request a consultation to discuss your CO₂ stream, infrastructure context and integration options. Request a Consultation : https://www.krajete.com/

CCS infrastructures are being built for decades of operation. The compliance strategy should be built with the same mindset. Many projects focus heavily on capture rates and storage plans, yet the quality of the CO₂ stream before transport is just as critical. Low ppm levels of NOx, SOx, and H₂S can pose downstream risks once the stream enters compression, pipeline transport, or storage preparation. For CCS and innovation teams, this is not only a technical issue. It can affect permitting confidence, long-term asset integrity, regulatory exposure and the credibility of the wider project business case. Krajete helps industrial operators integrate upstream multi-gas removal before CO₂ enters the line, supporting cleaner transport and stronger compliance readiness from the start. If your team is planning, scaling or reviewing CO₂ transport infrastructure, now is the right time to assess whether impurity control has been properly designed into the system. Request a Consultation : https://www.krajete.com/

Low ppm does not always mean low risk. In CO₂ transport, trace levels of NOx, SOx and H₂S can become a serious long-term issue when moisture, pressure and sensitive infrastructure enter the equation. What begins as a small concentration can contribute to acid formation, internal corrosion, compressor wear and unexpected maintenance pressure over time. This is especially relevant for CCS pipelines, CO₂ compression systems and industrial operators planning long-term transport infrastructure. We help remove these corrosive impurities upstream, before they enter the parts of the system where damage becomes expensive. The goal is simple: protect uptime, improve transport readiness and avoid treating ppm-level risk as an afterthought. If your CO₂ line carries, or may carry, NOx, SOx or H₂S, it is worth reviewing before the numbers turn into costs. Talk to an Expert : https://lnkd.in/dmReTaV6