Demont can provide a broad range of ancillary services such as: construction, prefabrication and machining at its workshops in Millesimo (SV) .
The services include the following:
Manufacture of pressure devices such as: columns, reactors and tanks of various type
Manufacture of tube heat exchangers
Prefabrication of atmospheric storage tanks
Prefabrication of piping systems
Prefabrication of carpentry structures
Demont carries out its workshop operations in its Millesimo (SV) facility.
Millesimo (SV)
Località Braia – Zona Industriale
Area: 26.550 m2
13.350 m2 coperti
Every workshop activity stands out by a relentless research aimed at improving production processes, in order to ensure higher and higher efficiency in our products, supplying a product that is in line with Customers’ expectations by means of:
– Applying the strictest standards in terms of Quality, Safety and the Environment
– A systematic analysis of all activities scheduled for development
– Minimising the risks of change and delay by designing all required adjustments to the various manufacturing processes and operational flows logistics
– Intervention and relevant resource planning
– Using sophisticated control systems
– Quality management applied to raw material and semi-finished inventories
– Continuous staff training
– Continuous intervention monitoring for the purpose of optimising and improving the target outcomes
All and any third party lifting services may be performed for domestic and international customers alike.
Demont’s high expertise allows to integrate Customer organisations during the design and management phases of the lifting process, thus benefiting and guaranteeing the accomplishment of the goals at hand.
This integration is the result of the active and direct participation in the entire lifting process by means of:
– Applying the strictest standards in terms of Quality, Safety and the Environment
– A systematic analysis of all activities scheduled for development
– Minimising the risks of change and delay by designing all required adjustments to the various intervention methods
– Planning interventions and required resources in full compliance with the operation requirements of the systems
– The optimised management of logistics regarding system transportation
– The use of modern maintenance methods to guarantee full system efficiency and their compliance with all applicable regulations
– Continuous staff training
– Continuous intervention monitoring for the purpose of optimising and improving the outcomes
