//01
PHARMACEUTICAL INDUSTRY
An operator in the pharmaceutical sector needed to secure access to the roof to carry out routine
maintenance on technical systems.
Each situation was analysed individually, in seeking to find solutions to satisfy the needs of the client in full compliance with applicable regulations. The most complex situation saw the creation of a fixed sliding ladder that allowed access to a turbine located inside a tank.
//02
HYDROELECTRIC POWER PLANT
For an operator in the electricity sector, we managed the conditions of confined spaces inside a hydroelectric power plant in Veneto. Each situation was analysed individually, in seeking to find
solutions to satisfy the needs of the client in full compliance with applicable regulations. The
most complex situation saw the creation of a fixed sliding ladder that allowed access to a turbine
located inside a tank.
//03
HIGHWAY AREA
We were commissioned to carry out a study for the safety of VMS (Variable Message Signs) and the creation of a system for loading material at height. The structures were equipped with a ladder with guardrail, but did not have a certified fall protection system for climbing back up.
Loading of material at height
For loading at height, an appropriately sized system was developed and fixed on the upper
part of the VMS. Subsequently, executive inspections were carried out and the activities were planned.
Securing VMSs
For the ascent, the EN 353-1 certified HAMMER fall protection system was used.
//04
ROPEWORK SECTOR
A customer in the ropework sector needed to safely access inspection portholes located
on two silos, both elevated approximately 8 metres above ground. Our technical experts intervened with a targeted executive survey for the design and construction of a galvanized carpentry bridge, complete with a ladder and access guardrail. The solution was tailored to the
customer’s needs and rendered access for operators easier. It also served to ensure maximum safety during inspection activities in the elevated area.
//05
RAILWAY DEPOT
A request came from an operator in the railway sector for the creation of a fall protection system that would allow the maintenance of train covers inside a depot. Having analysed the situation, reduced clearances and the elevated use of systems, it was decided to use a Type D fall protection system comprised of rigid aluminium tracks and special fall protection sliders. This allowed us to reach all the areas subject to intervention in complete safety, for over 1 km of fall protection system.
//06
TRAIN STATION
In agreement with the customer, we carried out inspections at railway stations, where we found the need to secure roofs and shelters. After preliminary studies, targeted designs, and executive
inspections, we moved on to the installation phase. In addition to a new lifeline system for shelters, we also created a fire escape.
One line per side
Diagram of the fall protection system designed by TLB for the safety of shelters. The ondulin does
not allow the fixing of a lifeline on the centre of the shelter. By installing one line on each side, it will be possible to safely reach the entire roof and guarantee maximum system ergonomics and easy maintenance.
//07
RAILWAY CARRIAGE HOUSE
To meet the customer’s needs for the maintenance of railway carriage houses within the depot, our team used a comprehensive approach. We removed the previous lifeline, now obsolete, and designed and implemented a special carpentry superstructure that supported the new fall
protection system. This scaffolding was erected using hoists and manual winches,
creating a sturdy support for the new fall protection rail. The intervention thus allowed operators to attach themselves using their PPE, to work in total safety.
//08
INFRASTRUCTURE
The customer needed to safely carry out periodic maintenance of the fixings and bolts of the railway bridge. In response to these needs, our team studied and installed a safe walking path, positioning type A anchor points and type C lifelines inside the lattice structure.
//09
GLASS INDUSTRY
The customer requested our assistance to secure a machine placed on multiple levels (-2 m; +4 m; +9 m) in a confined environment, with the presence of airborne chemical vapours. The objective was to ensure the safety of operators during maintenance procedures. For the project,
our team created carpentry substructures on which walkways were placed for safe circulation and installed a track fall protection system to attach to with PPE. Ladders and platforms were also created to ensure access, and a fishing crane was positioned to extract any injured people.
MASKING PROJECTS
//01 Cattolica (RM)
//02 Bellaria Igea Marina (RN)
//03 Pescara
//04 Rimini
//05 Bibione
//06 Trieste
//07 Trieste
//08 Lidio degli Estensi
//09 Fermi (GO)
//10 Pescara
//11 Pescara
//12 Pescara