I work for a company that designs biomass boilers and FGT systems and we are looking at a proposal in Australia. They are requesting a stack at 30m high with a minimum gas temperature of 150 degC and gas velocity of 12 m/s to ensure proper dispersal of pollutants. We would like to propose a change to this so that we can have a taller stack with a lower temperature (130 degC) and possibly a higher velocity. The client is not against this as long as we can prove that this would achieve the same dispersion. This calculation isn’t something that we normally do so if anyone can offer any insights it would be greatly appreciated.
Red Flag Submitted
Thank you for helping keep Eng-Tips Forums free from inappropriate posts. The Eng-Tips staff will check this out and take appropriate action.
Reply To This Thread
Posting in the Eng-Tips forums is a member-only feature.
This brief provides a high level summary of advancements in Mentorâ€™s AMS Verification solutions since we saw you all last year at DAC 2019 in Las Vegas. Products featured: Analog FastSPICE Platform, Symphony Mixed-Signal Platform, Solido Variation Designer, and Solido Characterization Suite. Download Now
This resource will help you find key sessions-panels at DAC from researchers, customers, and our expert technologists; and various resources detailing the recent innovations in HLS, Verification, and RTL Low-Power since DAC 2019. Download Now
Among the challenges in the design flow has been aligning the metrics for design-for-test and for functional safety. This paper describes using logic built-in-self-test as both a functional safety mechanism and as a part of in-system testing, which allows for alignment of metrics required for safety certifications. Download Now
IoT systems are multi-domain designs that often require AMS, Digital, RF, photonics and MEMS elements within the system. Tanner EDA provides an integrated, top-down design flow for IoT design that supports all these design domains. Learn more about key solutions that the Tanner design flow offers for successful IoT system design and verification. Download Now