weeber
Civil/Environmental
- Oct 26, 2004
- 5
I'm involved in a project that's treating contaminated groundwater with 35% solution of hydrogen peroxide. The treatment system is in a shed and the H2O2 solution is transfered through a metering pump. I have a few questions regarding good engineering practice for such hydrogen peroxide systems.
1) Does the metering pump need to have secondary containment like the H202 storage tank?
2) Can a non-explosion proof pump be kept in the same shed as the H2O2 tank?
3) The shed is non-ventilated, outside, in West Virginia. I know high temps are not good for H2O2, but what is the cut-off for safety purposes?
I'd appreciate any input on the above questions, or any resources I could go to find the necessary answers and other engineering practices for such systems.
Thanks for all help.
1) Does the metering pump need to have secondary containment like the H202 storage tank?
2) Can a non-explosion proof pump be kept in the same shed as the H2O2 tank?
3) The shed is non-ventilated, outside, in West Virginia. I know high temps are not good for H2O2, but what is the cut-off for safety purposes?
I'd appreciate any input on the above questions, or any resources I could go to find the necessary answers and other engineering practices for such systems.
Thanks for all help.