Quote from: nathanrobo on June 11, 2013, 06:44:50 PMQuote from: julianf on June 09, 2013, 05:23:48 PMQuote from: nathanrobo on June 09, 2013, 05:03:19 PMThe jets are are sensitive to viscosity. I've been fuging feedstock and it requires about 45 deg c to be happy :-)My thoughts are that, when hot, the jelly is fully fluid, but, as it cools, if it is *somthing* that holds the bio in a matrix, that somthing starts to solidify.I was thinking that, if it could be removed, as soon as it appears, then it may not have time to lock up the bio.If the above is the case, then the viscosity would be the same as the bio - the only way it would be thicker than that would be if the jelly was starting to form properly, and, if that were happening, my above ideas would be proved wrong anyhow.Mate you'd be welcomed to a fuge kit on loan for your experiments - perhaps the x country svc to get it to you.i could drop into yours in a couple of weeks when i am going from cambridge to brackley, then on to cornwall. could arrange to meet julian somewhere along the A30 if that would help. usually stop for an hour near oakhampton.
Quote from: julianf on June 09, 2013, 05:23:48 PMQuote from: nathanrobo on June 09, 2013, 05:03:19 PMThe jets are are sensitive to viscosity. I've been fuging feedstock and it requires about 45 deg c to be happy :-)My thoughts are that, when hot, the jelly is fully fluid, but, as it cools, if it is *somthing* that holds the bio in a matrix, that somthing starts to solidify.I was thinking that, if it could be removed, as soon as it appears, then it may not have time to lock up the bio.If the above is the case, then the viscosity would be the same as the bio - the only way it would be thicker than that would be if the jelly was starting to form properly, and, if that were happening, my above ideas would be proved wrong anyhow.Mate you'd be welcomed to a fuge kit on loan for your experiments - perhaps the x country svc to get it to you.
Quote from: nathanrobo on June 09, 2013, 05:03:19 PMThe jets are are sensitive to viscosity. I've been fuging feedstock and it requires about 45 deg c to be happy :-)My thoughts are that, when hot, the jelly is fully fluid, but, as it cools, if it is *somthing* that holds the bio in a matrix, that somthing starts to solidify.I was thinking that, if it could be removed, as soon as it appears, then it may not have time to lock up the bio.If the above is the case, then the viscosity would be the same as the bio - the only way it would be thicker than that would be if the jelly was starting to form properly, and, if that were happening, my above ideas would be proved wrong anyhow.
The jets are are sensitive to viscosity. I've been fuging feedstock and it requires about 45 deg c to be happy :-)
Quote from: photoman290 on June 11, 2013, 10:32:53 PMQuote from: nathanrobo on June 11, 2013, 06:44:50 PMQuote from: julianf on June 09, 2013, 05:23:48 PMQuote from: nathanrobo on June 09, 2013, 05:03:19 PMThe jets are are sensitive to viscosity. I've been fuging feedstock and it requires about 45 deg c to be happy :-)My thoughts are that, when hot, the jelly is fully fluid, but, as it cools, if it is *somthing* that holds the bio in a matrix, that somthing starts to solidify.I was thinking that, if it could be removed, as soon as it appears, then it may not have time to lock up the bio.If the above is the case, then the viscosity would be the same as the bio - the only way it would be thicker than that would be if the jelly was starting to form properly, and, if that were happening, my above ideas would be proved wrong anyhow.Mate you'd be welcomed to a fuge kit on loan for your experiments - perhaps the x country svc to get it to you.i could drop into yours in a couple of weeks when i am going from cambridge to brackley, then on to cornwall. could arrange to meet julian somewhere along the A30 if that would help. usually stop for an hour near oakhampton.MateJust give me a few days notice. Got a consulting gig at the mo, which has me travelling a bit. I'll get a kit put together and ready :-)
