LANDSON / WATER TREATMENT APPLICATIONS
SILICON CARBIDE MEMBRANES FOR OILY WASTEWATER
SILICON CARBIDE MEMBRANES FOR OILY WASTEWATER
SILICON CARBIDE MEMBRANES FOR OILY WASTEWATER
Oily-water treatment must keep reinjection, reuse and onboard water handling available. Landson R-SiC removes suitable dispersed droplets and fine particles after bulk separation, combining a water-wet surface with compact, cleanable polishing capacity.
Oily-water treatment must keep reinjection, reuse and onboard water handling available. Landson R-SiC removes suitable dispersed droplets and fine particles after bulk separation, combining a water-wet surface with compact, cleanable polishing capacity.
Oily-water treatment must keep reinjection, reuse and onboard water handling available. Landson R-SiC removes suitable dispersed droplets and fine particles after bulk separation, combining a water-wet surface with compact, cleanable polishing capacity.
Residual oil and fines limit reuse and equipment availability
Residual oil and fines limit reuse and equipment availability
Residual oil and fines limit reuse and equipment availability
Small droplets, corrosion products and process particles can pass primary separators and foul the next treatment stage. Variable oil loading and restricted skid space make sustained filtration flow especially important.
Small droplets, corrosion products and process particles can pass primary separators and foul the next treatment stage. Variable oil loading and restricted skid space make sustained filtration flow especially important.
Small droplets, corrosion products and process particles can pass primary separators and foul the next treatment stage. Variable oil loading and restricted skid space make sustained filtration flow especially important.
Water-wet SiC helps manage oily-surface fouling
Water-wet SiC helps manage oily-surface fouling
Water-wet SiC helps manage oily-surface fouling
The hydrophilic surface supports water passage and can reduce oil adhesion. Suitable membrane pores retain dispersed droplets and particles; backwashing and compatible cleaning restore permeability after deposits accumulate.
The hydrophilic surface supports water passage and can reduce oil adhesion. Suitable membrane pores retain dispersed droplets and particles; backwashing and compatible cleaning restore permeability after deposits accumulate.
The hydrophilic surface supports water passage and can reduce oil adhesion. Suitable membrane pores retain dispersed droplets and particles; backwashing and compatible cleaning restore permeability after deposits accumulate.
More oily-water polishing per square metre of skid
More oily-water polishing per square metre of skid
More oily-water polishing per square metre of skid
High net flux passes more water through the installed membrane area after cleaning and backwash losses. Compact multi-channel elements then pack that capacity into a small skid. A pilot-based produced-water analysis projected around 90–95% net water conversion with SiC. The opportunity is high-throughput polishing for reinjection or reuse within the limited floor space available offshore and in refinery retrofits. Study →
High net flux passes more water through the installed membrane area after cleaning and backwash losses. Compact multi-channel elements then pack that capacity into a small skid. A pilot-based produced-water analysis projected around 90–95% net water conversion with SiC. The opportunity is high-throughput polishing for reinjection or reuse within the limited floor space available offshore and in refinery retrofits. Study →
High net flux passes more water through the installed membrane area after cleaning and backwash losses. Compact multi-channel elements then pack that capacity into a small skid. A pilot-based produced-water analysis projected around 90–95% net water conversion with SiC. The opportunity is high-throughput polishing for reinjection or reuse within the limited floor space available offshore and in refinery retrofits. Study →
Keep oily water moving toward its intended use
Keep oily water moving toward its intended use
Keep oily water moving toward its intended use
Produced-water polishing supports reinjection or reuse; refinery treatment protects utility-water recovery; flowback treatment supports field water logistics; and slop or bilge polishing fits limited onboard space. In each case, Landson R-SiC helps maintain the fine-separation capacity needed to keep the wider operation working.
Produced-water polishing supports reinjection or reuse; refinery treatment protects utility-water recovery; flowback treatment supports field water logistics; and slop or bilge polishing fits limited onboard space. In each case, Landson R-SiC helps maintain the fine-separation capacity needed to keep the wider operation working.
Produced-water polishing supports reinjection or reuse; refinery treatment protects utility-water recovery; flowback treatment supports field water logistics; and slop or bilge polishing fits limited onboard space. In each case, Landson R-SiC helps maintain the fine-separation capacity needed to keep the wider operation working.