NEWS

FERMA S.A. continues with the production of mining projects, waiting for the normalization of work on site due to Covid-19.

FERMA SA, continues to be part of the progress in the Exar SA Mining Project, located in Cauchari Olaroz, in the Province of Jujuy, a project that is being activated at more than 4000 masl. On this occasion, FERMA SA is in the process of manufacturing more than 1,100 tons of structure, painted with an anticorrosive treatment due to weather conditions, for the execution of the building called KCL.

Week after week, trucks with structure for delivery to the Exar Mining Project S.A. leave the FERMA S.A. plant, located in Esperanza-Santa Fe.

An Engineering area, a factory full of operators and a professionally consolidated team, are working tirelessly to provide responsibility to the client and to deliver the structures with the quality that characterizes FERMA SA under strict international standards and using the protocols of the standard. ISO 9001: 20015.

In the realization and execution of the Proyecto Minero Exar S.A. 2019-2020, professionals have participated; Graduate Ignacio Keller, the Architects Santiago Ochoa and Guillermo Palavecino, and the Technicians in Hygiene and Safety, María Montoya and Miguel González; who from their professionalism and experience have been able to overcome the adversities that arose in this environment, a project at more than 4000 meters above sea level, high winds, dry and cold climates, managed to overcome in time and form the challenge of setting up the Ash Industrial Warehouses of Soda, Materials, Reagents and Finished Product, exalting and confirming once again the virtues and potentials of FERMA SA

Nowadays, the global manufacturing sector is going through what is known as the Fourth Industrial Revolution, also called «Revolution 4.0». This has been promoted primarily by the impressive increase of information volumes, the development of computer systems and connectivity.

In this context, and with the desire to strengthen its position as a benchmark in the metal building market, our company has decided to advance in the implementation of a Manufacturing Information System to control and manage its processes.

Integration and connectivity between systems and technologies are the StruMIS keys: the world’s leading software to manage the manufacturing of metal structures. Based on the BIM technology information obtained from the calculation, design and detailing software, StruMIS allows to digitally manage all the processes involved in the supply chain, from quotation requests to final dispatch to the assembly site.

As main features and qualities of this system, we can mention:

• Interoperability for the exchange of information with BIM technology systems, administrative/accounting systems, material nesting software, CNC equipment based on CAD/CAM data, among others.
• Optimization of the use of materials in the preliminary stages of project development.
• Effective control of reviews and modifications of projects in execution.
• Total traceability of production processes, logistics, quality controls and materials.
• Survey of data in factory or work through production consoles or reading QR codes from mobile devices.
• Integrated management of material purchases, reception at the plant and inventory management.
• Optimization of production flows, capacity planning and management of manufacturing and supply priorities.
• Control of progress of the project in real time with 3D model.

Without a doubt, this technological leap represents today a great challenge for FERMA SA in its permanent search for competitiveness, innovation and a high level of service for its customers.

The resolution was published on Tuesday on the Official Gazette. The decision comes after the refinery attack on Saudi Arabia on Friday. Last June, there were at site shooting clashes between different groups of the labor union.

In 2015 FERMA S.A. made the cell for the stockpiling of sands. These sands are classified and collected in bulk for YPF company at the Añelo complex, province of Neuquén. This cell has an area of 8000 m2, 24 meters high and a total weight of 400 tons.

The government reported that the National Gendarmerie will be responsible for guarding the unconventional oil and gas field of Vaca Muerta. The decision was published Tuesday on the Official Gazette, and is known at a time when the world of oil is shocked by the attack to a refinery in Saudi Arabia on Friday.

According to sources from the Ministry of Security, the decision was taken after considering Vaca Muerta as a “strategic resource, such as nuclear power plants”. According to that official, the decision had been made several months ago, and buildings were even built there to house the security forces that will arrive at the area.

A ministry statement said: «The Ministry of National Security reports that the extension of the jurisdiction of Gendarmería Nacional will be notified, which will now also participate in the security of the geological formation of Vaca Muerta».

“From the point of view of this Ministry, which Patricia Bullrich directs, it is essential to provide physical protection to the facilities of the Hydrocarbon Exploitation Plants located in the Neuquén Watershed, more precisely in Vaca Muerta, with the objective of ensuring vital economic interests of the National State”, it adds.

“The unconventional oil and gas reservoir that extends into the mentioned basin constitutes an asset of vital importance for the National State’s energy and economic growth strategy. This assigns a preponderant value to the area, whose development must be protected through measures that guarantee safety for all and for the assets that are indispensable for the fulfillment of the objective”, it continues.

And concludes: «That is why this Ministry of Security decided to extend the jurisdiction of Gendarmería Nacional within the geographical space of the geological formation Vaca Muerta, which includes the provinces of Neuquén, Río Negro, La Pampa and Mendoza.»

It is estimated that the oil and gas activity of the three provinces that are on the site, considered the second most important on the planet, employs about 30 thousand people. Approximately 20,000 work in the Neuquén province.

Between 2013 and 2018, just over USD 19,000 million have been invested in Vaca Muerta and around USD 11 billion more was projected between 2019 and 2020, according to Abeceb.

In January of this year, the agreement between the oil workers, the companies of the sector and the government was signed to zero trade union conflicts affecting production.

One of the security issues affecting the site are the claims of the Mapuche Confederation of Neuquén and the Campo Maripe family, among others that claim ancestral rights in areas rich in hydrocarbons.

When the agreement between YPF/Chevron and the province of Neuquén was known in July 2013 for the exploitation of Vaca Muerta during the Cristina Fernández administration, members of the Mapuche Confederation took four drilling equipment.

Also in July 2016, members of the Campo Maripe family prevented fracking equipment from entering an area operated by YPF.
In June 2017, once again members of the Campo Maripe and the Mapuche Confederation blocked the way to the exploitation area in Bajada Añelo and Loma Campana, affecting more than 12 equipment.

In the last three years there has also been a fire in a car dealership in Neuquén capital, in addition to attempts at explosive attacks in wells from the towns of Centenario and Fernández Oro. In all cases, pamphlets with slogans of Mapuche Ancestral Resistance (RAM) were found. RAM is a radicalized group founded by Facundo Jones Huala today imprisoned in Chile.

Union fights also escalated in the region. In June of this year, there was a shooting confrontation at a deposit that ended with seven people injured and for which a UOCRA union leader was arrested.

Considering the extensive seismic zone in our territory and with it the requirements implied by the application of current regulations, we report some criteria that in our opinion are important in seismic design and in particular in the connections of structural elements that allow a greater dissipation of energy due to inelastic deformations when the event occurs.

• As structural systems for resistance to seismic actions, it is advisable to consider conventional non-bracing seismic resistant frames (OMF) formed mainly by beams, columns and beam-column nodes and concentric bracing frames (PSCAC) where seismic force is supported by axial forces in the braces. These systems, without being the only ones possible, allow apart from an adequate dissipation of energy in the event of a seismic action an appropriate and convenient design of the connections.

In conventional non-bracing frames, the design of the rigid beam-column joints must be carried out with a required flexural strength of at least 1,1.Ry.MP to recognize the possible overstrength and deformation hardening.

• In conventional non-bracing frames, the design of the connections of the beam-column connections must be carried out with a shear effort Vu obtained from the maximum action of the system for the combination of regulatory load plus the shear from an equal moment in value and opposite direction to the one defined in the previous point.
• Pay attention to the detail of the panel zone of the frame node in terms of its resistant capacity with respect to the design of the panel, welding and continuity plates.
• The PSCAC braced resistant systems with bar design so that they intersect at a point in the nodes without eccentricity of the connection. The recommended schemes are in X, V and V invert. The K shapes are not recommended and / or especially prohibited by the unbalancing of the load on the column.
• The design of the struts in the PSCAC systems must be carried out with a required resistance of Ry.Fy.Ag and with slenderness limitations for the struts.
• Bolted joints must be designed with high strength bolts and be fully tensioned.
• In general, due to the high resistance required, the connections result with a large number of bolts, so it is convenient:
• Shims must be considered for a more “comfortable” assembly according to the limits of the clearances and for the tolerances of supply and/or manufacture of built up profiles.
• In the joints of the braces, foresee if it is possible “splices” with a double shear plate, taking care of the assembly and foreseeing the slenderness of its parts in the case of braces that work to tension-compression.
• Pay attention to the welding of the continuity plates (stiffeners) in the panel zone and the joining plates in tensioned zones.
• Design the connection to foresee in the modeling the coherence of building and assembly to minimize the problems in work.

We are proud to provide more than 1,000 tons of steel structures to one of the leading companies in the market, General Electric, providing from the engineering to the erection of the expansion of the Thermal Power Plant, a project located in the town of Bracho, province of Tucumán.

In these times, where the generation of energy is full booming, FERMA carries out the engineering, manufacturing and assembly of all the stell structures of pipe racks and electrical trays, as well as buildings of the Power Plant. Among them we can highlight the building main «Turbine Building», with a height of 21 meters and beams lanes for crane bridge of 140 TT capacity.

This provision yields an amount of 1,400 tons processed with the latest generation of cutting, drilling, welding, shot blasting and painting equipment.