ClearSign Technologies Corporation products

The ClearSign Core M1 burner represents a significant advancement in ultra-low NOx combustion technology, specifically engineered for industrial heating applications. It is part of the ClearSign Core M-Series burners and is distinguished by its compact design and unparalleled fuel efficiency. The M1 burner achieves minimal nitrogen oxide (NOx) emissions, operating at just 2ppm NOx with 3% excess oxygen, providing effective environmental compliance. Its design eliminates the need for metal mesh, ceramics, or refractory blocks, leading to reduced fouling and enhanced operational reliability. The unit is easily retrofittable with existing infrastructure due to its compatibility with industry-standard fuel and air pressures, and controls, negating the need for new fans or sensors. Moreover, it operates efficiently with short flames that stabilize near the burner mounting, ensuring optimal equipment performance. This revolutionary technology caters to various sectors, including petrochemical, midstream oil and gas, and power generation.

ClearSign Core™ Process Burner Technology represents a significant advancement in industrial heating applications, designed specifically for new heaters and retrofit situations. This technology delivers ultra-low NOx emissions of less than 5 ppm by optimizing the arrangement of the burner and combustion surfaces, thereby reducing flame dimensions. It eliminates the need for conventional burner tiles, allowing increased heat capacity without altering existing furnace cutouts. The technology adapts to both round and flat flame configurations and operates under natural or forced draft conditions. Capable of utilizing 100% hydrogen fuel, it significantly reduces CO emissions by minimizing flue gas entrainment within the furnace. This makes it suitable for various industrial environments including refining and petrochemical processes. Additionally, the ClearSign Core™ burners integrate seamlessly with conventional systems, often requiring no modifications. They maintain low NOx emissions even in heaters with high floor-fired heat intensity.

Clearsign Core™ Boiler Burner Technology offers a cutting-edge solution designed to enhance the performance of both firetube and watertube boilers while significantly reducing emissions. It achieves ultra-low NOx emissions below 2.5ppm without relying on reagents, catalysts, or high excess air conditions. This is accomplished through a combination of premixed combustion, entraining spent flue gases, and a distal flameholder. The system supports a turndown ratio greater than 5:1 and maintains high combustion efficiency even at low excess air levels. The technology accommodates boiler capacities ranging from 4MMBTU/hr to 100MMBTU/hr, making it suitable for diverse industrial applications including agriculture, refining, and commercial sectors. Additionally, it enables seamless retrofitting without requiring changes to existing furnace cutouts, providing cost-effective upgrades. Clearsign's partnership with California Boiler ensures installation expertise, enhancing the system's integration and functionality for the industrial market.

ClearSign offers advanced flare technology solutions designed to significantly enhance the efficiency and environmental performance of industrial processes. The ClearSign Core™ Flare System provides comprehensive systems and retrofit options featuring class-leading destruction efficiency rates exceeding 99.9%, which effectively eliminate volatile organic compounds (VOCs) and minimize hydrocarbon slip. The technology achieves ultra-low nitrogen oxides (NOx) and carbon monoxide (CO) emissions, maintaining levels below 15 ppm. The smokeless design ensures environmentally friendly operations, even with heavier waste gas streams, reducing light pollution and flame length. This innovative enclosed flare solution is particularly vital for upstream, midstream, downstream, biogas, and wastewater industries. ClearSign has partnered with California Boiler to offer a full package including burner, flare body, fuel gas train, controls, safety systems, and installation, making it an ideal option for replacing or upgrading underperforming combustor systems.