ENiGMA units are used in a wide range of commercial and industrial applications, including the protection of Water Companies’ water treatment plant.

These applications have included every conceivable method of heating, cooling or spraying water, at temperatures ranging from just above freezing to the heat of exhaust gases from an aircraft jet engine running in a test rig.
End users have included household names in plastics, rubber and metal manufacture, electricity companies, leisure centres, nursing and care homes, hospitals, food and drink manufacturers, ships, paper and pulp manufacturers, restaurants, mining companies and farms.

ENiGMA does it with frequency...

New Installations

Installed at the outset, ENiGMA will extend the efficient working life of water systems and associated equipment, reducing maintenance and running costs to the advantage of the building owner and benefitting the environment by keeping the emission of greenhouse gases to a minimum.

Existing Installations

Applied to systems that have become inefficient and costly because of the build-up of limescale,  ENiGMA removes the need for chemical escalants and the early replacement of pipework, water-fed equipment and appliances.
 

By dissolving the scale, ENiGMA will restore the system to its design performance, thereby delivering energy savings and reductions in greenhouse gases. Experience has demonstrated that scale is removed in a fraction of the time it has taken to form. The resulting pay-back period can be as little as a few months, and has rarely been longer than two years.

  30 St Mary Axe (Swiss RE Building) 2004

  Architect: Sir Norman Foster

  Water Treatment: ENiGMA

Customised Applications

The ENiGMA can be tailored to a customer’s individual needs. Most installations follow a detailed survey of the problem, a discussion to agree the criteria for success, and agreement on how performance is to be monitored and measured.

If it is a completely new application, for example on a non-water application, a Rental Evaluation is proposed to allow both parties to establish the efficacy of the installation before capital expenditure is incurred. Employing this method a number of new applications have been developed, such as the treatment of other fluids, including ferric aluminium sulphate, zinc phosphate, sea water and milk.

The effectiveness of other processes, such as effluent solids/water separation using polymers for flocculation, are improved by pre treating using ENiGMA conditioning.

       St Pauls' Cathedral

Architect: Sir Christopher Wren

Water Treatment: ENiGMA