News

The Teixeira Duarte Operating Centre, in Montijo, will be equipped with a Production Unit for Self-Consumption (UPAC) that will have more than 2,100 photovoltaic solar panels that will reduce the energy bill of the facilities by 62% and will avoid the emission of 823 tons of CO2 per year.

The UPAC of the Operating Centre will have an installed capacity of 1,174 kWp and will be installed by Greenvolt Next Portugal without the need for initial investment by Teixeira Duarte. The emissions avoided with the installation of these solar panels are equivalent to the CO2 captured annually by 5,700 trees.

Teixeira Duarte wishes you a Merry Christmas and a Happy New Year.

Last Saturday, September 24th, Eng. Pedro Pereira Coutinho Teixeira Duarte was honored at a solemn ceremony promoted by the Board of Directors of the Southern Region of the Order of the Engineers (BDSR).

During the ceremony, Eng. Pedro Teixeira Duarte received the Order of the Engineers (OE) gold medallion from its Bastonary, Eng. Fernando Almeida Santos, as well as a commemorative plaque offered by the President of BDSR, Eng. Luís Machado. The awards were given after the presentation of a biographic video produced for this occasion.

Eng. Pedro Teixeira Duarte thanked everyone for this distinction, and concluded his speech with a reference to Teixeira Duarte’s Mission: “I’d like to show my gratitude to God and to everyone that accompanied me throughout my 104 years, who, with their efforts, contributed towards the construction of a better world”.

The ceremony took place in the Camões Theatre, in Lisbon, on the occasion of Southern Region Engineer’s Day celebrations. The ceremony also included the attribution of seniority diplomas to OE Members, as well as the attribution of the Young Engineer Innovation Prize.

The Employer Brand Research 2022 conducted by Randstad in Portugal revealed that Teixeira Duarte is the most attractive company to work for in the Construction and Infrastructure sector.

This independent study, which was carried out for the 7th consecutive year, analyses the population’s perception of the 150 largest employers in the country, revealing the top 3 most recognised companies in each sector of activity. The study also makes it possible to identify the most relevant criteria in an employment decision and the best strategies for employer branding management.

Find out more about the Employer Brand Research 2022 results and review the presentation event here, or read the summary in this “RH Magazine” article.

Teixeira Duarte – Engenharia e Construções, S.A. was present in the Reabilitar & Betão Estrutural 2020 Congress, held between 3 and 5 November 2021, at the Laboratório Nacional de Engenharia Civil (LNEC), in Lisbon.

This congress, organized with the support of the Laboratório Nacional de Engenharia Civil (LNEC), the Ordem dos Engenheiros (Portuguese Engineers’ Order) and the Ordem dos Arquitectos (Portuguese Architects’ Order), is a continuation of the National Meetings on Structural Concrete promoted biennially by GPBE and of the National Meetings on Structural Conservation and Rehabilitation (REPAR 2000 and Reabilitar 2010) organized by APEE. It intends to be a privileged forum for the dissemination and joint discussion of the topics usually treated separately in these two events, thus bringing together the most recent and innovative achievements in the field of structural concrete, as well as in the field of rehabilitation of structures of any type of material, namely masonry constructions or with timber, steel or concrete structure.

Among the various sessions of this congress, we highlight the presentation of the Rehabilitation of the Hercílio Luz Bridge in Florianópolis, Brazil made by Eng. João Pedro Lopes from Teixeira Duarte, who addressed the most complex and original technical aspects of this contract, from the strengthening of the foundations of the central columns to the entire procedure created for the replacement of the suspension elements of the central span – catenary and pendular cables – as well as the description of the technology used for the annulment of stresses in these elements (before replacement) and their reentry into load (after replacement) and the monitoring system implemented in order to measure, among other quantities, stresses and deformations of the structure, particularly during the critical operations of manipulating the deformation of the central span.