Anlet's product catalog showcases their comprehensive approach to carbon neutrality by reducing, eliminating, and capturing CO2 emissions. Their energy-efficient BO-type blowers achieve a 12.5% CO2 reduction by lowering power consumption from 6.4kW to 5.6kW, primarily for wastewater treatment and pneumatic conveying. The AAB-type air blow solution significantly cuts CO2 emissions by 70% by replacing high-pressure air compressors with roots blowers for drying and dust removal, maintaining effective performance (e.g., 30m/s work reach at 20kPa). Anlet's dry roots vacuum pumps offer up to a 50% CO2 reduction by eliminating the need for water or oil, overcoming the drawbacks of conventional pumps. These versatile pumps are used in adsorption transport, filling, vacuum forming, paper processing, and battery manufacturing. For CO2 management, their vacuum pumps facilitate the separation and recovery of CO2 from combustion exhaust gases for CCUS (Carbon dioxide Capture, Utilization, and Storage). In solar panel production, the MCT7-type high-vacuum dry roots vacuum pumps are vital for efficient SiO2 removal during silicon crystal growth, maintaining pressures down to 1PaA. Additionally, the BS-GEM type gas blowers, equipped with mechanical seals, are crucial for hydrogen gas transfer in methanation processes, which recycle CO2 into methane, and are suitable for various other gas transfer applications. Anlet's diverse product portfolio thus actively supports industrial energy efficiency and advanced CO2 management strategies.