Our Solutions

Click on each solution to explore various ways we can be of service to your business

PRODUCTION FLOW ASSURANCE
Low dosage & high efficiency flow assurance solutions


A Broad-spectrum Biocide, BG - Biocide

  • Bacterial treatment of produced water.
  • Oilfield Sulphate reducing agent.
Drag Reducing Agent, DRA - BG-25R
  • Designed to improve crude oil flow efficiency
  • Reduce frictional pressure losses during fluid flow in a pipeline
  • Reduce the level of turbulent motion in long crude oil pipelines
  • DRA achieves this by ensuring flow transition to laminar in the pipeline
  • Laminar flow reduces flowline pressure losses, increases throughput for same input energy
  • This would result in increased production and reduced production costs
Demulsifier - BG-40D
  • Breaks down emulsion
  • Accelerates the separation of free and emulsified water from crude oil
  • Residual water left after separation of emulsified water is %<% 0.5%
  • Facilitates removal of water and salt from crude oil
  • Reduced salt content prevents deposition of salts and flowline corrosion
H2S Scavenger - BG-5573 TDS
  • A specialized Chemical additive used in Hydrocarbon and Chemical processing where Hydrogen Sulphide gas may be dissolved in the crude oil.
  • Oxygen Scavenger that helps reduce the risk of corrosion is also available

DEEP MATRIX STIMULATION - without HCl
Using the effective BG-STM Solution, a corrosion inhibitor

1
– Conventional Acid Penetration Depth
2
– BG-STM Penetration Depth

BG-STM Advantage

  • Stimulation is effective - in the presence of organic/inorganic contaminants.
  • Ensures deeper penetration into rock matrix.
  • Breaksdown & removes organic & inorganic reservoir skin.
  • It does not form emulsion.
  • Fully compatible with the crude, does not create waste nor require discharge.
  • Can be bullheaded into formation, BG-STM stimulation is achieved at low flow.
  • Lower Cost –
    • No additional cost incurred for Corrosion inhibition and Acid neutralization.
    • Job completed in less time, with fewer personnel & Equipment
  • Compatible with most metallurgy
  • No harm to Completion jewelries (OTC 26524)**
    • ** In one job, the chemical was soaked for 10mths due to platform compressor failure.
    • No damage to asset due to the long soaking was noticed upon resumption and afterwards.

    BG-STM overcomes drawbacks of using HCl such as:

  • The corrosivity to production tubulars.
  • Organic deposits impede the flow of acid.
  • The high reaction rate, limits acid penetration into the formation, reducing effectiveness.
  • Requires large volume of pre-flush to cool down well bore area.
  • Heavy duty pumps are required to supply injection rate of (3-4bbl/min)

REMOVAL OF PARAFFIN WAX DEPOSITS IN WELLS & PIPELINES
BG-EXO – THERMOCHEMICAL SOLUTION

BG-EXO is a unique thermochemical system consisting of two chemical pills which are injected simultaneously into the targeted location.
Chemicals can be bullheaded to the target location
The resultant reaction will generate in- situ heat of between 125ºC to 175ºC and an Ester.
Combining the effect of thermal energy and chemical solvency has proven to be highly effective in dissolving, dislodging, dispersing and removing the organic solid wax deposits.
The crude requires no additional treatment on surface.

The Resultant Ester Solution

  • Acts as dispersants, preventing re-deposition of paraffin, thus provide enhanced flow to crude oil storage tanks and beyond.
  • Is fully compatible with the crude, does not create waste and does not require discharge.
  • Improves rock wettability.
  • Is an excellent demulsifier and corrosion inhibitor, prevents damage to Production tubing & Completion accessories

Benefits

  • Increase Production + Increase revenue + Reduce cost.
  • Reactivate non-producing Wells.
  • Improve matrix Stimulation..
  • Improve Production rate.
  • Save time – Intervention in less time.
  • Save money – Low Cost, Rigless Intervention.
The BG-EXO solution has been applied in over 150 Wells and Pipeline projects worldwide with production increases of up to 100%.

SCALE PRECIPITATION & DEPOSITION
Effective De-Scaling of Wells and Pipelines using BG-CLENZ

BG-CLENZ - A specially formulated single pack treatment designed to remove deposits in the flowline, wellbore, sandface and reservoir. It dissolves and disperses both organic and inorganic deposits without any heating or mechanical agitation.

BG-CLENZ Advantage

  • BG-CLENZ is 100% compatible with crude and does not need additional treatment or unloading.
  • No special equipment such as CTU or high-pressure pumping is required
  • Prevents the formation of emulsion.
  • No corrosion effect on tubings and production accessories including L-80, K-80 grade steel.
  • Can be bullheaded into formation
  • Can dissolve and disperse deposits in pipeline & production tubing.
  • BG-CLENZ scale removal is achieved at low flow.
  • Restores the Tubing/Pipeline close to original state by removing all pipe scale deposits.
  • More effective than conventional method of Scale removal using HCl or Xylene.

REMOVAL OF BARIUM SULPHATE SCALES IN OIL WELLS USING HDC MK II
HDC MK II completely dissolves Barium Sulphate and opens the hydrocarbon flow path

BaSO₄ Removal Challenge

  • BaSO₄ deposit has extreme hardness.
  • Poor solubility in Water.
  • Low reactivity with most acids and solvent

Features of HDC Mk II

  • A Chelating agent and De-Scaler
  • HDC Mk II is an accelerated metal ion dissolving and stabilizing agent.
  • Customized to suit specific application based on prevalent metal contaminant - Ba, Sr, Ca, and Al HDC is “Claw Like”- contains multiple charges that bonds with the metal ion.
  • pH Range:10-14. Stable up to 400⁰C.

The Reaction

  • HDC breaks BaSO₄ into its components. A reversible reaction, BaSO₄ = Ba+ SO₄.
  • HDC reacts with the soluble barium ion taking it out of the solution.
  • This continues until Barium ion is no longer available for reaction in solution.
  • The reaction will result in the complete breakdown and dissolution of the BaSO₄.

CASE STUDY - Barite Damaged Well
Background

  • A dual string gas producer drilled with OBM.
  • For operational reasons, the well was suspended in 14 ppg OBM after completion – where the solids settled out burying many of the Perforations.
  • HCl was used to clean the well but this was unsuccessful.

Result/Benefits

  • HDC was then bull-headed into the well to achieve 2-3ft into formation where the deposition took place. Well, was left to soak for 36hours.
  • Staggered bull-heading was deployed due to high volume of scale deposition.
  • Operation was successful. Production was regained.
  • 78% Production improvement was achieved.

SLUDGE REMOVAL & PREVENTION
Tank mounted In-line Jet-mixer for Sludge Removal & Prevention

In-line Jet Mixing facilitates man-less cleaning of the storage tank with the introduction of high velocity fluid jets into the crude oil tank for the purpose of shearing the paraffin and re-suspending the accumulated sludge.

The Jet Mixing System can enable you to -

  • Recover useable hydrocarbons from previously unusable sludge.
  • Maintain a consistent use of full tank storage capacity.
  • Reduce the time needed for future cleaning of the storage tank

FEATURES & BENEFITS

  • In-line Jet mixing nozzle permanently mounts on tank's existing manhole.
  • Nozzles allows jetting a high-velocity stream of unique chemical blend.
  • Periodic activation of the In-line Jet mixer helps prevent tank bottoms accumulation and ensures consistent tank storage capacity.
  • Crude Oil tank remains in service during jetting operation, this means, future cleaning time is almost zero.
  • Jet mixing shears, dissolves, and resuspends accumulated tank bottoms..
  • System ensures recovery of crude from sludge
  • Cleaning for Free - Value of Crude recovered from Sludge, offsets the cost of cleaning.
  • Chemical blend is compatible with the crude and requires no separation.

ENHANCING HEAVY CRUDE OIL PRODUCTION
Improve flowability of heavy crude – enhancing production, transport & storage using BG-VRL / BG-VRX / BG-PB

Production & Transport of Heavy Crude challenging due to:

  • Low API
  • Low Viscosity
  • High Density
  • High Asphaltenes
  • High Naphthenic acid (high TAN number)
  • High Metal Naphthenates –forms a very thick, stable emulsion, making crude more viscous

Features & Benefits

  • The treated crude will have a lower viscosity and a lower pour point, thereby sustaining the flowability to surface and storage tanks.
  • Easy removal of heavy oils from tanks, BG-PB prevents sticking to tank walls
  • Improves wettability and drawdown pressure under reservoir conditions
  • Break-up the Metal Naphthenates and dissolve/disperse the high molecular weight Asphaltenes
  • Eliminates continuous pumping of chemicals
  • Minimize material cost and saves time – reduces use of production chemicals.
  • Solvents deployed are compatible with the crude

PRODUCED WATER TREATMENT
Separation of suspended solids and dispersed oil from produced water.

Two solutions

  1. Provide patented liquid solution to be used with your hydrocyclones
  2. Provide a compact mobile treatment plant

PATENTED LIQUID SOLUTION, DEOILER
Deoiler, accelerates oil-water separation in hydrocyclone.

Applications:

  • To solve disposable oil field water quality problems for economical compliance with environmental obligations and regulations.
  • It is to be applied as far upstream as possible to adequately disperse in produced water and have sufficient reaction time for the coagulation of fine oil droplets and suspended particles.
  • It is to be applied neat with dosing between 40-100 ppm and depends on initial oil present in produced water.

Features & Benefits

  • It is uniform liquid free from visible impurities and is soluble in water in all proportion.
  • It separates two liquids with different specific gravities.
  • Quality of separated water meets the environmental disposal regulations of <40 ppm of oil in water.

COMPACT MOBILE TREATMENT PLANT, MTP
The MTP is a novel water treatment technology where waste is removed using nano polymer dispersion. The system can treat and clarify produced water and leave sub-2ppm treated water.

Features & Benefits

  • The Technology is a compact separation solution used for produced water/waste separation.
  • This Technology will remove 99.99% of Hydrocarbon, total suspended solids, and any other type of waste.
  • Our technology treats the produced water, resulting in clean water with high quality standards that can be re-used in other processes or safely discharged in the environment.
  • By integrating our treatment technology, an operator can produce a clean brine from their produced wastewater.
  • Our technology reduces the demand on potable sources of freshwater.
  • Our technology provides safe, clean, and usable water for every project requirement.
  • The technology results in a positive impact on the environment.
  • The treated water enables water reuse or reinjection in oil field, reducing the cost of water management. The separation process is instantaneous; hence the low residence times lead to a compact footprint.
  • Capital and operational costs are low to medium, for our systems, and are recoverable in a very short time.
  • Tailored and Flexible Design. When required, the system can be custom designed to accommodate the special needs of a specific operation.
  • Low Maintenance. Since there are no moving parts, hence maintenance and cleaning are kept minimum.
  • Proven Technology. Tested and run-in commercial applications in the United States, Canada, UK and Mexico. Qualification programs have been carried out with operators. In addition, our manufacturing plant meets all international specifications including ISO9001.

BIOREMEDIATION SOLUTION
Breakdown and degrade hydrocarbons in oil spill site using anaerobic microorganism

Bioremediation is a commonly used technique for the cleanup of oil spills. It involves the use of microorganisms to break down and degrade the hydrocarbon compounds present in the spilled oil.

Features & Benefits

  • Special microbes that require hydrocarbon compounds as nutrients for their metabolisation are designed, cultured and introduced to the site of contamination.
  • Specific strains of oil-degrading Microbes can be cultured and introduced into the contaminated site to enhance the biodegradation of oil spills and cleaning of the spill site.
  • The success and effectiveness of bioremediation can vary depending on factors like, the type of oil spilled, environmental conditions, and the presence of inhibitory substances.
  • Therefore Candidate screening, to get accurate properties of the crude and other environmental factors is a crucial part of the process.
  • Analysing the spilled oil properties enhances the identification of the best microbe for a faster degradation of the spill.li>
  • Our use of microbes for spill site cleaning is cost effective, saves time and environmentally compliant.
  • The process faciliates the cleaning of contaminated spill site naturally and in a short time.