Improvement of production capacity, reduction of coke ratio, reduction of oxygen consumption.
The conventional general enrichment of the feather mouth allows for increased hot water output, smooth startup of initial water temperature, temperature recovery effects, component control effects, and desulfurization effects. Furthermore, our proprietary technology, the SSDI method (Super Sonic Direct Injection), enables: - Improvement in productivity (average improvement of 11%) - Reduction in coke ratio (average improvement of 15%) - Reduction in oxygen consumption (average improvement of 10%) *The values in parentheses are comparisons with general enrichment. For more details, please contact us.
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The conventional general enrichment of the feather mouth allows for an increase in the amount of hot water supplied, a smooth rise in initial water temperature, temperature recovery effects, component control effects, and desulfurization effects. Furthermore, our unique technology, the SSDI method (Super Sonic Direct Injection), enables: - Improvement in productivity (average improvement of 11%) - Reduction in coke ratio (average improvement of 15%) - Reduction in oxygen consumption (average improvement of 10%) *The figures in parentheses are comparisons with general enrichment. For more details, please contact us.
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Iwata's Gas Technology and Gas Engineering Iwata Industries' Power and Gas Plant Department utilizes Iwata's gas technology, gas supply capabilities, and know-how to propose gas solutions for improving product quality, enhancing productivity, and reducing environmental impact in manufacturing and research settings. - Reliable product specifications - Utilization of a robust gas supply network - Proposal capabilities that meet customer needs - Extensive delivery track record
