GreenZyme® single well booster treatment
GreenZyme® treatments offer a fast, low‑cost, and highly effective method for improving oil mobility and restoring well productivity. Most applications are completed in a single day using standard field equipment and field results show over a 90% success rate in increasing crude oil production across diverse reservoir conditions.
Efficient, Engineer‑Friendly Treatment Workflow
GreenZyme® concentrate is mixed onsite with reservoir‑compatible water and injected using conventional methods such as bullheading or coiled tubing. No specialized equipment or chemical handling systems are required. The objective is direct placement of the enzyme solution into the producing interval to initiate near‑wellbore cleanup and enhanced oil flow.
Bullheading remains the preferred method due to its simplicity, low operational cost, and minimal downtime.
Subsurface Mechanism: Wettability Shift & Blockage Removal
Once injected, GreenZyme® diffuses through the formation, using the reservoir as a natural mixing environment. A small volume of water is then pumped to clear the tubing and push the remaining enzyme deeper into the producing zone.
Upon contacting the rock surface, GreenZyme® forms a positive enzyme‑water skin that:
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Interferes with oil‑rock adhesion
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Removes flow‑restricting blockages and damage
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Improves relative permeability to oil
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Enhances drainage and fluid mobility far from the well bore
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Dissipates fingering and mitigates waterconing
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Releases bypassed and adhered hydrocarbons
This detergent‑class mechanism “washes” oil from the rock, improving flow paths and accelerating production response.
Thermal Stability & Field Compatibility
GreenZyme® can be mixed and heated on site and injected warm (up to 80°C) to address pour‑point challenges. Laboratory testing confirms activity up to 270°C and even higher under reservoir pressure, making it suitable for a wide range of reservoir temperature environments.
The enzyme solution is water‑based, biodegradable, and compatible with:
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Vertical, deviated, and horizontal wells
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Heavy‑oil fields and well systems
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Injectors and Waterflooded reservoirs
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Wells with near‑wellbore damage or mobility restriction.
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High water cut
Soak Period & Production Response
After injection, the well is soaked for 3–7 days (depending on conditions) to allow the enzyme to diffuse, make contact and complete the initial rock wettability modification process. Once returned to production, operators typically observe improvements in:
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Oil rate
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Water cut
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Long term flow stability
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Overall recovery efficiency
Most wells show measurable uplift within 30–90 days, with continued benefits as the enzyme remains active in the reservoir.
Fast Deployment. Low Risk. High Impact.
GreenZyme® provides a unique combination of operational simplicity, low cost, and strong production enhancement, making it one of the most accessible and environmentally friendly EOR and productivity‑enhancement solutions available.
Operators can buy, ship, implement, and record results in as little as 90 days, with minimal operational disruption and no chemical handling requirements nor risks.




Effective and proven solution for:
Heavy Oil fingering and water cone mitigation, emulsion dispersant,
slow and unproduced oil pockets, new wells with rapid decline in productivity.
4 Hour work, results by 30 days
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Oil production enhancer Huff-n-Puff
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Water based enzyme concentrate oil washing additive
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Mix detergent concentrate with available field water
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Implement with: 1) mix tank and 2) pump equipment
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Displace solution into production zone
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Displace additional water, close and then Soak
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Re-start & Recover

Compatible with:
Vertical, Horizontal & Off-shore wells
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Huff n Puff, Heavy oil, fingering, water cone
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Waterflooding & Cluster Floods
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WAG, Steam & SAGD pre-soak
Implemented using:
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Surface injection pumps / mix truck
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Coiled Tubing equipment
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Bullheading, casing..
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with completion fluids
GreenZyme® Smart Water Additive
GreenZyme® is a water‑based enzymatic fluid engineered as a Smart Water Additive for oil production, waterflooding, and separation processes. When mixed into any water stream, GreenZyme® transforms the carrier water into a high‑performance detergent‑class surfactant, enabling efficient hydrocarbon separation, improved oil mobility, and higher recovery factors—all through an environmentally friendly, non‑reactive mechanism.
Engineered for Waterflooding, Injection Water, and Separation Systems
GreenZyme® can be seamlessly dosed into active injection‑water drives, making it a powerful additive for reservoir oil production. Enzyme Enhanced Oil Recovery (EEOR) field results show that GreenZyme®:
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Reduces injection pressure
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Increases formation injectivity
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Improves sweep efficiency
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Enhances volumetric recovery
By penetrating pore networks and displacing adhered crude oil, GreenZyme® restores flow paths and improves overall reservoir performance.
Non‑Reactive, Inert, and Compatible with All Field Chemistries
Although biologically produced, GreenZyme® is inert, non‑solvent, and non‑reactive with:
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Crude oil
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Reservoir rock
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Existing chemical programs
Its primary mechanism is surface‑level polarity modification, not chemical reaction. GreenZyme® competes and interferes with the attachment forces between crude oil and rock surfaces, and even between crude molecules themselves. This polarity shift increases oil mobility and reduces adhesion, enabling more efficient displacement.
GreenZyme® behaves like an electrolyte‑type polar agent, allowing it to perform consistently in both low‑salinity and high‑salinity environments.
High‑Temperature Stability for Steam and SAGD Cycles
GreenZyme® is highly effective as a pre‑soak additive for Steam and SAGD operations. Elevated temperatures increase molecular vibration within the crude, creating a synergistic effect that enhances oil mobility. Because enzyme molecules adsorbed to the rock surface resist denature exposed to high temperature, they continue to promote:
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Wettability alteration
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Non‑attachment enzyme‑water skin formation
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Improved drainage and flow in the heated zone
Steam Optimization and Recovery Gains
When GreenZyme® diffuses into the formation ahead of steam, it modifies the oil‑rock interface and improves permeability before thermal sweep begins. Field optimization reports show:
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25% to 50% reduction in steam requirements
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Incremental increases in oil recovery
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Improved steam conformance and mobility control
This synergy between enzyme activity and thermal energy makes GreenZyme® a powerful additive for operators seeking to reduce steam costs while increasing production.

GreenZyme® for waterflood & Clusters
GreenZyme® Enhanced Oil Recovery (EEOR/GEOR) technology created in Houston, Texas in 1991 can be batch‑dosed, slugged, or intermittently injected into waterflood systems to improve sweep efficiency and restore reservoir performance. When the enzyme enters the formation, it immediately begins cleaning pore surfaces, reducing oil‑rock adhesion and increasing the reservoir’s ability to accept injected water as it diffuses through connected layers.
Field data shows that GreenZyme® can influence offset producers up to 150 meters away during simple Huff‑and‑Puff treatments, making interwell monitoring an important part of evaluating treatment impact.
Simple, Low‑Cost Waterflood Optimization
Injecting GreenZyme® into waterflood injectors is straightforward and does not require continuous dosing. Batch treatments are often enough to generate measurable improvements in:
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Injection pressure
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Water intake and injectivity
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Sweep efficiency across connected zones
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Oil mobility and near‑wellbore cleanup
For fields constrained by the limits of conventional recovery technologies, GreenZyme® provides a reliable, cost‑effective method to increase oil recovery—even in heavy‑oil reservoirs with restricted mobility.
Cluster Injection for Multi‑Well Impact
GreenZyme® can be deployed through a central injector to create a cluster‑wide EOR effect, allowing operators to treat multiple producers from a single injection point. This strategy reduces chemical volume requirements while maximizing reservoir contact, especially in fields with:
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Continuous pay zones
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Strong interwell communication
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Established waterflood patterns
The GreenZyme® molecule is highly diffusible in water, enabling it to travel through the reservoir, attach to crude oil, and clean and mobilize hydrocarbons along its path. This enhances both near‑wellbore and interwell flow, improving overall recovery performance across the cluster.
Mechanism: Diffusion, Polarity Shift & Oil Liberation
As GreenZyme® migrates through the formation, it alters the oil‑rock interface by:
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Reducing adhesion forces
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Improving relative permeability to oil
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Restoring blocked or damaged flow paths
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Mobilizing bypassed hydrocarbons
This polarity‑driven mechanism enhances sweep efficiency and increases the effectiveness of the waterflood, making GreenZyme® a powerful additive for operators seeking higher recovery factors with minimal operational complexity.
Submit a question directly to Oil Well Solutions Team



Container & packing
Container & Packing: KEEP INDOORS, AWAY FROM THE SUN!
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275 gallon IBC tote size, filled only to 220 gallon with concentrate fluid. (48 x 40 x 46")
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Tote tank surrounded by a galvanized steel cage.
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Stack up to 3 high. 4-way fork access.
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6" diameter fill cap, 2" diameter drain with on/off butterfly valve.
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Integrated steel or plastic pallet (no wood)
Cargo is inspected before it boards the shipping container:
• IBC tote & Pallet Integrity.
• Sealed Top Cap with additional tamper evident seals
• Secured Bottom tote dispenser valve with tamper evident seal
Quality Control & Inventory Tracking to each individual country:
• Proper Import - Export labeling is attached to each Drum or IBC.
• Each tote of GreenZyme® carries a Unique Numbered Security Identification Label specific to each Country or Territory.
Certificate of Shipping, Transport & Free Trade Agreements:
• Shipping Container Number
• Quality Control Identification Label Numbers
• Shipping Container Metallic Seal Number
• Project Name and Destination
LOGISTICS
Biotech Processing Supply, LLC works with Agents and Oil Field operators to arrange project Evaluation, Shipment and Implementation of GreenZyme® Technology in oil fields around the world.
Most of our orders ship in 20’ or 40’ containers using FOB or CIF INCOTERMS for international shipping.
