PT. Anastra Multindo

Oil and Marine Desalination



Water from oil and gas processes requires thorough treatment in order to be safely discharged and to meet discharge regulations (local, state and federal).

More six million gallons of water are required per well to extract unconventional oil and gas companies, The cost of water supply, treatment, transport, and disposal can make the difference between profit and loss for an oil well operator.


Water from oil and gas processes requires thorough treatment in order to be safely discharged and to meet discharge regulations (local, state and federal), reusing treated produced water in oil and gas operations, developing agricultural water uses, rangeland restoration, water for human consumption, and meeting water quality requirements for miscellaneous beneficial uses.


Oil & Gas exploration companies are a key consumer of our fresh water making systems for rigs, barges, land based equipment and accommodation camps.

Durability, minimal maintenance and reliability of our systems particularly suit the extreme conditions and workforce demands in the Oil & Gas exploration and drilling industries.

  1. Production platforms, FPSO’s, FSO’s, FLNG’s, MOPU’s:- Zone 1, Zone 2 class equipments.
  2. Drilling rigs, construction barges:- SAFE zone watermakers.
  3. Our watermakers can be installed directly onto rigs as well as fitted onto accommodation barges and offshore supply ships.
  4. Onshore oil camps:- containerized potable water units.

We also supply land based brackish and sea water desalination systems to Oil camps that provides a constant supply of fresh water when operating in remote location

Basic process consists of three steps: Hardness and suspended solids removal, Carbon dioxide removal, and RO treatment at elevated pH and other parameter.


Our customised design options include:

  1. Small and compact medium sized skid-mounted systems
  2. Large containerised, trailer-mounted systems

All our watermakers are engineered to:

  1. Be reliable in the toughest conditions
  2. Maximise unit life with superior components
  3. Minimise maintenance requirements
  4. Be easy to operate and maintain by on-site personnel
Copyright © multiro.co.id 2016