PC Duracaps CI

Conventional down hole treatments for corrosion (i.e. periodic batch treatments) typically introduce large amounts of inhibitor into the service environment to effect a change in the corrosion profile of the well.

These treatments are designed to quickly establish an inhibitor film along the production string and reduce the corrosion level.  The inhibitor film remains on the tubing until it is "stripped off' by incoming fluids.  Depending on the type of inhibitor, production volumes and down hole dynamics, a batch treatment can provide several days on up to a week of protection until retreatment is required.

PC Duracaps SI

Conventional down hole treatments for scale (i.e scale squeezes) typically introduce large amounts of inhibitor into the service environment to effect a change in the scaling profile of the well.  These treatments are designed to prevent scale compounds from forming and depositing along the production string, but they also are intended to provide extended life, usually on the order up to several months for scale squeezes.

Although this treating method has been utilized for years, it may have undesirable side effects, either at the intended target area or downstream of the target area.

Introducing PC Duracaps

PC Specialty Products

Production Chemical Group market Specialty Chemicals and Provide Services to the Oil and Gas exploration Industry. These products, marketed under the trade name Production Chemical Group or PCG span the complete range of Specialty Organic Chemicals & Solvents including:

• PC Scale Inhibitors

• PC Surfactants

• Products for Oil Treatment

• Products for Gas Treatment

• Water Treatment Chemicals

• Oil & Gas Enhancing Products

• PC Biocides

• PC Corrosion Inhibitors

• PC De-foamers

• PC Duracpas SI

• PC Duracpas CI

• PC Drag Reducers

• PC Nano Coating

• PC Emulsifiers

• PC Foamers

• PC Solvents

• PC Rig Washes

• PC Drilling Detergents

PC Tank Cleaning

We are market leaders in the application of specialty chemicals in the cleaning and de-sludging of large storage tanks and pipelines.

Our Tank Cleaning Package is world class and we are currently unrivalled in our ability, and are the only service provider to guarantee the removal and return of 95% of tank residues in a specified tank without man entry as well as 99% recovery of crude.

Our innovative technology drastically cuts the cost of tank cleaning as against known and traditional methods.  With conventional processes, tanks can be out of service for several months with the attendant charges/costs for the removal and disposal of tank residues. The environmental impact of such disposal and having a crude oil tank open to the elements for a prolonged period are pertinent.

With our dynamic team of experienced consultants, engineers and technicians, PC DMCC is well positioned to meet the challenges facing client organizations. Our engineers, technicians and consultants have been instrumental in developing pioneering solutions that have helped our clients all over the world give tangible form to ideas that improve their business results through our organization-specific solutions.

Hydrogen Sulphide (H2S) Removal

Hydrogen Sulphide is extremely common in oil & gas operations but can be extremely dangerous if not dealt with promptly and effectively.

At Production Chemical we have designed a method to remove H2S from all 3 phases of Oil/Gas production and convert the liquid sulphur into solid sulphur which can be sold to generate revenue.

The Process:

1.  An amine plant is created/utilised for extraction of H2S from the Gas.

2.  The sweet gas produced from the amine plant is then used in the following 2 processes:

a.  Bubbled through an extraction stripping  tower for removal of H2S from the produced water

b.  Bubbled through an extraction stripping tower for the removal of H2S from the Oil.

3.  A sulphur recovery unit producing elemental sulphur.

This unique process does not involve gas flaring and is far more environmentally friendly than some traditional methods. This solution can be installed and commissioned at site within 12-14 months of submitting final engineering report.