VERDECHEM
VerdeChem Technologies is committed to the development of customized oilfield chemical solutions that are effective, efficient, and safe. We are driven to optimize performance, even in the face of highly challenging and technical environments. Our multi-disciplined approach provides cost-effective solutions for our customers.
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IRON CONTROL + WATER CONDITIONER
SCi7775 is a powerful anti-foulant chelation chemistry with solvency, surfactancy, and demulsification properties.
It is designed to chelate Iron in high-salinity Calcium-based brines. SCi7775 is currently being applied to treat foulant laden emulsions in Montney wet gas production.
COST REDUCTION
Per day/on average
REDUCTION IN TRUCKING VOLUMES
Continuous injection compared to intermittent injection
%
AVERAGE REDUCTION IN FILTER CHANGES
12 months
%
“Before VerdeChem Technologies intervention our gas plant was plagued with upsets, plugged screens, foulant laden heaters and stabilizers and forced to ship un-stabilized condensate with severe penalties. After their intervention, with in a short period, all these issues were resolved”.
Lead Operator • Montney Wet Gas Processing Plant • Grand Prairie Region
SCi7775
Iron Control Scale Inhibitor + Water-Flood Conditioner
SCi7775 is a powerful anti-foulant chemistry which uses a blend of high-performance additives to achieve scale control in oilfield systems. It also acts as a high activity chelant, which effectively inhibits iron cations in the presence of Calcium and high TDS brines.
SCi7775 is capable of both retarding the formation of Iron Sulfides and removing Iron Sulfide deposits over time. It has water wetting capacities for removing oil filming and keeping scaling cations soluble in mixed pH regimes.
To treat problems associate with Montney wet gas production, the SCi7775 excels due to its solvency, surfactancy, and demulsification properties.
De450w
Anti-Foulant + Demulsifier/Desludging Agent
De450w breaks flow back foulant laden emulsions and acid oil emulsions. It is water soluble, but its components can partition into the oil phase to effectively break out foulants, solids and asphaltenes which tend to stabilize emulsions.
DE450w effectively reduces the interfacial tension and changes the wetting of solids to break emulsions and cause foulants to drop into the interface and the brine.