I have a rupture in 98% sulfuric acid line (carbon steel) and have to prepare it for repair and put it in service again.
Which are the recommended procedures for cleaning the line before giving it to maintenance and the ones before introducing the product to avoid presence of moisture, etc.
I am very interested to know of different alternatives to for the recovery and reutilization of cooling water tower blowdown, instead of sending it as wastewater.-
For any of the alternatives it will be of great help to know which are the processes required to treat this water for the proposed use.
Which are the problems associated to deminearlized water used as BFW (to produce HHP steam = 110 bar) with pH below 6.5 or above 7.5 ?
Which are the main reasons to maintain it in the range 6.5 < pH < 7.5 ?
I'm interested to know opinions on which compressor type (alternative , centrifugal, ecc.) is mostly used or reccomended from different points of view (operational, maintenance, initial cost, ec.) nowadays.-
Service is to compress low pressure (0,5/0,6 bar g) gaseous CO2 coming from MEA or MDEA...
I'm interested to know opinions on which compressor type (alternative , centrifugal, ecc.) is mostly used or reccomended from different points of view (operational, maintenance, initial cost, ec.) nowadays.-
Service is to compress low pressure (0,5/0,6 bar g) gaseous CO2 coming from MEA or MDEA...
I would like to know which are the most used methods o technologies to eliminate or reduce sulfates contents from industrial waste water to comply with municipal regulations.
Main quantities of sulfates come from neutralizing basin of demin water plant and cooling water tower blow down.
I would like to know which are the most used methods o technologies to eliminate or reduce sulfates contents from industrial waste water to comply with municipal regulations.
Main quantities of sulfates come from neutralizing basin of demin water plant and cooling water tower blow down.
I work for an Ammonia & Urea producing plant.
We are interested to increase our actual capacity of the urea plant. We have an excess of NH3 but need an extra amount of CO2 (in the order of 22 Ton/hr maximum)
We are thinking to install a boiler (Natural gas fired to get CO2 from combustion...
I work for an Ammonia & Urea producing plant.
We are interested to increase our actual capacity of the urea plant. We have an excess of NH3 but need an extra amount of CO2 (in the order of 22 Ton/hr)
We are thinking to install a boiler (Natural gas fired, Off-gas optionally) to get CO2 from...
I work in a NH3 and urea producing plant.
We a a very important quantity of effluent water that is normally contaminated with ammonia and carbamate that exceeds the ammonia regulations for the effluent of the plant.
We do not have any effluent treatment plant. We only have several ponds to...
I am studying different alternatives to avoid the entrance of air in the tank when pumping out.
I've been noticed to use internal rubber membranes (like a balloon)inside the tank, that receives the liquid and it does not have contact with the air.
Does anyone have experience with this. I need...
We have an atmospheric API storage tank, venting to atmosphere that receives deionized water and goes from it to mixed beds.
It has no protection against CO2 entering the tank with the air during pump out.
Which options do we have to avoid it ?
1) We tried N2 blanketing but don't want to loose...
1)I would like to know advantages and disadvantages of using HCl or SO4H2 for the regeneration in a demineralization water plant.
2) How can I make an economical evaluation from the point of view of chemicals consumption ?
3) Is it possible to use our actual SO4H2, Carbon Steel tank to store...
I need to install a filter in the vent connection of two atmospheric (API) tanks used one for doinized water and the other one for demineralized water.
The intention is to avoid CO2 present in the air entering the tank.
Need to know how to design or specify it, absorbent material and name of...
Can anyone tell me if the Sodium Hypoclorite destroys the organic acids present in raw water (source = water dike) and then retained in a sand/anthracite or an activated carbon filter.
