The residential development Atlântico Golf, located in the region of Barra da Tijuca, in Rio de Janeiro, represents an icon of luxury and elegance, under the endorsement of the Patrimar group. A promise is an experience stunning, marked by grandeur, beauty and apartments panoramic views of the sea. The extensive terrain, covering more than 27 thousand m², will house three distinct towers, called Atlântico Golf 1000, 2000 and 3000, all designed with high technology and special attributes, aligned with a solid commitment with sustainability. The SH team, in turn, dedicated himself to offering personalized and innovative solutions to Tower 2000, ensuring efficiency and security throughout the entire process constructive.
The challenges faced at Residencial Atlântico Golf began when the client approached SH presenting their concerns about the execution of the end pillars, measuring 325×25 cm. Initially, the first stage of construction of the pillars was carried out independently on site, which raised concerns about the final quality of the result, especially in relation to vertical alignment. Given these concerns, SH conducted a thorough analysis of the situation, prioritizing the guarantee of verticality and safety in all phases of the building process that spans 22 floors. As a result, SH needed to adopt a strategy that did not
not only guarantee the plumb of the pillars, but also meet The customer’s desire to lift the form modules vertically, using a crane. In addition to concerns about the external pillars, the client also expressed concerns regarding the pillars of the boxes.
elevators during initial alignment meetings. The challenge was similar to that of the external pillars, focusing on quality and safety of concreting on all levels of the building. However, due to the gap left by the elevator shafts, which measured approximately 4.34m, it was necessary to develop a safety platform to cover it, thus reducing the risk of accidents.
Initially, the client informed that the maximum capacity of the crane would be 2 tons for transporting equipment between execution steps. Subsequently, there was a review of the cargo permissible depending on the maximum reach of the crane, reducing the value to 1.50 tonnes. This required additional effort from the technical team to plan modules in executive projects that were lighter, more functional and, above all, safe. Rio de Janeiro Client: Grupo Patrimar In summary, the main challenges encountered in
Residential work Atlântico Golf involved finding solutions for the internal and external pillars, developing protection for the elevator shafts and creating modules in the executive projects that respected the maximum load allowed by the client’s crane, considering the essential need for mechanical movement of equipment.
Since the beginning of negotiations with Residencial Atlântico Golf, SH
demonstrated a strong commitment to addressing the unique challenges
presented by the project. Our technical team worked closely collaboration to study the best solutions, anticipate possible problems and ensure smooth execution. During the process of commercial advancement and analysis of preliminary projects, we identified the need to manufacture a fundamental part for the
system: the anchor plate. This piece, which works together with a bar and a cone, is essential to fix the shape modules between the floors of the building. Recognizing its importance, we assume the responsibility for manufacturing, maintaining high quality standards and safety in accordance with standards.
To overcome the challenges of end pillars, we proposed application of the AS-240 climbing console. This solution allowed efficient movement of shapes into modules, resulting in a remarkable productivity during the vertical elevation of the pillars to the next construction level, resulting in a concreting cycle per floor 5 to 7 days. Furthermore, we prioritize safety, following strictly comply with regulatory standards, implementing guardrails
and an additional work platform at the bottom of the pillars.
To resolve another critical point raised by the customer regarding elevator shafts, our engineering team developed the best solution within the Multiform SH® family of equipment. We use a sliding service platform with a part specially designed for this specific scenario, allowing only vertical movement, ensuring plumb. This part automatically activates a safety lock after being lifted and meeting the hold left on the structural element in the previous step.
To meet the deadline agreed with the customer, we take measures strategic and efficient, pre-assembling the AS-240 console in our own warehouse, speeding up the process and sending part of the equipment already assembled for the work. Furthermore, to ensure the
effective mounting of the safety platform inside the boxes elevator, we developed a template bench project. This not only reduced learning time for the customer, but also offered continuous support from our technical assistance team, ensuring greater comfort and speed in carrying out tasks.
