KCH Company Details
Koene Consultancy
Holland (KCH) was established on January 1st 1995 by F.Koene to
develop, engineer and produce separation internals systems,
primarily for the oil and gas industry.
During the subsequent years many separation systems have been
sold to various end users including retrofit systems to existing
installations. The main avenue for selling these systems was via
existing process houses.
KCH produces were sold on the market all though the KCH name was
little known.
Today KCH has become a company with a comprehensive product range
of highly developed separation internals. A change in the
operation of KCH means that products and services will now be
supplied directly to client's rather than through other companies.
This enables KCH to maximise its effectiveness in meeting the
clients requirements regarding delivery, price, performance and
product suitability.
KCH now directly offers clients complete separation solutions
from conceptual design through to process internals supply and
after sales service.
KCH Company Philosophy
KCH has a philosophy of offering high quality internals, which are fully engineered to meet the client's requirements. KCH prides itself on the level of technology and detail involved with its products.
A KCH product will always be:
| At the cutting edge of technology giving the best performance available. | ||
| Of proven design. | ||
| Sized by experienced personnel to meet the process duty using the latest computer programs and CFD analisis. | ||
| Mechanically designed to accurately fit the vessel and allow easy installation. | ||
| Designed to be robust for the duty required. | ||
| Backed up by excellent after sales service. |
KCH only supplies process internals and associated conceptual design studies. This allows KCH to concentrate on what is does best. Process internals are available to any client such as oil company, contractor or vessel manufacturer for both new built and retrofit applications. KCH does not compete against vessel manufacturers for new built applications thus allowing a more independent approach.
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