Strainer Deposit Analysis
Strainer Deposit Analysis
(OP)
Hi,
Here is our fuel gas strainer deposit analysis,Problem we are facing frequent strainer and burner plugging.I would like to know how we can eliminate this problem.Deposited material is like white (ash) color powder. small typing on strainer also reduce "Delta P" but burner plugging is very swear.
PROPERTY RESULT UNIT MIN MAX METHOD ON/OFF
DEP_APPEARANCE BLACK - -
DEP_WATER SOLUBLE 27.92 %WT -
DEP_ACID SOLUBLE 96.34 %WT -
DEP_ACID INSOLUBLE 3.64 %WT -
DEP_LOI @900 C 38.33 %WT -
DEP_ALUMINIUM <0.01 %WT -
DEP_AMMONIA 0.24 %WT -
DEP_ANTIMONY <0.01 %WT -
DEP_ARSENIC <0.01 %WT -
DEP_BARIUM <0.01 %WT -
DEP_BORON <0.01 %WT -
DEP_CADMIUM 0.02 %WT -
DEP_CALCIUM 0.04 %WT -
DEP_CARBON 11.80 %WT -
DEP_CARBONATE <0.01 %WT -
DEP_CHLORIDE 12.28 %WT -
DEP_CHROMIUM <0.01 %WT -
DEP_COBALT 0.01 %WT -
DEP_COPPER 0.04 %WT -
DEP_IRON 43.85 %WT -
DEP_LEAD 0.10 %WT -
DEP_LITHIUM <0.01 %WT -
DEP_MAGNESIUM <0.01 %WT -
DEP_MANGANESE 0.24 %WT -
DEP_MOLYBDENUM 0.01 %WT -
DEP_NICKEL 0.01 %WT -
DEP_NITRATE %WT -
DEP_NITROGEN %WT -
DEP_PHOSPHORUS <0.01 %WT -
DEP_POTASSIUM 0.03 %WT -
DEP_SELENIUM <0.01 %WT -
DEP_SILICA %WT -
DEP_SILICON 0.18 %WT -
DEP_SODIUM <0.01 %WT -
DEP_SULPHATE <0.01 %WT -
DEP_SULPHIDE 8.86 %WT -
DEP_SULFITE <0.01 %WT -
DEP_TIN <0.01 %WT -
DEP_TITANIUM <0.01 %WT -
DEP_VANADIUM <0.01 %WT -
DEP_ZINC 0.03 %WT -
Can any one point out which is the main cause of this problem and how can be over solve this problem.
Thanks
10815L
Here is our fuel gas strainer deposit analysis,Problem we are facing frequent strainer and burner plugging.I would like to know how we can eliminate this problem.Deposited material is like white (ash) color powder. small typing on strainer also reduce "Delta P" but burner plugging is very swear.
PROPERTY RESULT UNIT MIN MAX METHOD ON/OFF
DEP_APPEARANCE BLACK - -
DEP_WATER SOLUBLE 27.92 %WT -
DEP_ACID SOLUBLE 96.34 %WT -
DEP_ACID INSOLUBLE 3.64 %WT -
DEP_LOI @900 C 38.33 %WT -
DEP_ALUMINIUM <0.01 %WT -
DEP_AMMONIA 0.24 %WT -
DEP_ANTIMONY <0.01 %WT -
DEP_ARSENIC <0.01 %WT -
DEP_BARIUM <0.01 %WT -
DEP_BORON <0.01 %WT -
DEP_CADMIUM 0.02 %WT -
DEP_CALCIUM 0.04 %WT -
DEP_CARBON 11.80 %WT -
DEP_CARBONATE <0.01 %WT -
DEP_CHLORIDE 12.28 %WT -
DEP_CHROMIUM <0.01 %WT -
DEP_COBALT 0.01 %WT -
DEP_COPPER 0.04 %WT -
DEP_IRON 43.85 %WT -
DEP_LEAD 0.10 %WT -
DEP_LITHIUM <0.01 %WT -
DEP_MAGNESIUM <0.01 %WT -
DEP_MANGANESE 0.24 %WT -
DEP_MOLYBDENUM 0.01 %WT -
DEP_NICKEL 0.01 %WT -
DEP_NITRATE %WT -
DEP_NITROGEN %WT -
DEP_PHOSPHORUS <0.01 %WT -
DEP_POTASSIUM 0.03 %WT -
DEP_SELENIUM <0.01 %WT -
DEP_SILICA %WT -
DEP_SILICON 0.18 %WT -
DEP_SODIUM <0.01 %WT -
DEP_SULPHATE <0.01 %WT -
DEP_SULPHIDE 8.86 %WT -
DEP_SULFITE <0.01 %WT -
DEP_TIN <0.01 %WT -
DEP_TITANIUM <0.01 %WT -
DEP_VANADIUM <0.01 %WT -
DEP_ZINC 0.03 %WT -
Can any one point out which is the main cause of this problem and how can be over solve this problem.
Thanks
10815L





RE: Strainer Deposit Analysis
RE: Strainer Deposit Analysis
The deposited material are on fuel gas strainer and fuel gas is refinery fuel gas. Main content is 50% H2, (H2S also present) and almost 3% olefin's in this gas.
I want to know from experience persons is this treatment problem or piping material problem (our case piping is CS)?
Thanks
10815L
RE: Strainer Deposit Analysis
Best regards
Morten