Assertion: hydrocyanic acid | /r/CapableOf | enter second venturi nozzle
Facets:
value: together
type: MANNER
value: with the 3-methylthiopropanal
type: MANNER
Source sentences:
text: the hydrocyanic acid and 3-methylthiopropanal enter a second Venturi nozzle 12 together, and the discharging speed of the second Venturi nozzle 12 is 30 m/s; 1% ammonia water solution is used as a catalyst and enters a pipeline from a catalyst feed port 13, and the feed amount is 15.4 kg/h; the mixture was mixed with 3-methylthiopropanal and hydrocyanic acid in a static mixer 14 for 1 second.
text: the hydrocyanic acid and 3-methylthiopropanal enter a second Venturi nozzle 12 together, and the discharging speed of the second Venturi nozzle 12 is 32 m/s; 5% ammonia water solution is used as a catalyst, and enters a pipeline from a catalyst feed port 13, wherein the feed amount is 20.5 kg/h; the 3-methylthiopropanal and hydrocyanic acid were mixed in a static mixer 14 for 0.5 s. (2) Enters a reactor
text: The 3-methylthiopropanal is sent into the pipeline by the first Venturi nozzle 11, the hydrocyanic acid is sent into the pipeline by the hydrocyanic acid feed inlet 10, enters the second Venturi nozzle 12 together with the 3-methylthiopropanal, the catalyst enters the pipeline by the catalyst feed inlet 13, the three enter the static mixer 14 together, send into the liquid distributor 4, flow into each reaction tube 6 correspondingly by the distribution hole 15, through the filler 8 in the reaction tube 6, fall into the lower seal head 3 after the full reaction, flow out from the discharge gate 16 through the baffling board 5.
text: The 3-methylthiopropanal is sent into the pipeline by the first Venturi nozzle 11, the hydrocyanic acid is sent into the pipeline by the hydrocyanic acid feed inlet 10, enters the second Venturi nozzle 12 together with the 3-methylthiopropanal, the catalyst enters the pipeline by the catalyst feed inlet 13, the three enter the static mixer 14 together, send into the liquid distributor 4, flow into each reaction tube 6 correspondingly by the distribution hole 15, pass through the filler 8 in the reaction tube 6, fall into the lower end enclosure 3 after the full reaction, flow out from the discharge port 16 through the baffle plate 5.