RIDA T.S. executed a full Engineering, Procurement, and Construction (EPC) upgrade of the client’s acid plant, covering the maintenance and repair of existing storage tanks and the construction of new containment works. The project introduced automated chemical mixing and plant-wide control through advanced instrumentation, delivering a fully integrated, safer, and more efficient facility.
RIDA T.S. is proud to have delivered a fully integrated acid handling facility upgrade. By handling the complete procurement cycle—including supplier selection, technical reviews, and logistics leveraging both local and international vendors—we ensured a seamless execution. The addition of advanced control cabinets and full piping replacement solidifies the plant’s operational safety and efficiency.
Products & Services Used:
- Chemical Handling & Storage: Installation of two additive tanks and a 6000-gallon mixing tank, supported by complete piping replacement using highly durable PVC-U and GRP systems.
- Automation & Instrumentation: Deployment of a new control cabinet and advanced instrumentation for precise automated chemical mixing and plant-wide oversight.
- EPC Services: A comprehensive turnkey approach encompassing everything from initial design and global procurement to on-site construction, containment works, and final operator training.
Post-Project Impact:
This project successfully delivered a fully integrated, safer, and highly efficient plant. It provided the client with modernized automated control over hazardous chemical processes, minimizing manual intervention and significantly reducing operational risks.
Project Gallery Overview: Engineering Excellence in Action
The comprehensive renovation and modernization of the chemical processing infrastructure at the Acid Plant stand as a definitive testament to RIDA TS’s high-level execution, technical versatility, and unwavering commitment to industrial excellence. This multi-phased engineering project demanded a rigorous integration of mechanical, structural, chemical-resistant piping, and advanced electrical systems, all carried out under stringent industrial safety protocols to ensure complete operational reliability, optimal fluid dynamics, and long-term asset integrity. As captured across this project gallery, our specialized multidisciplinary teams meticulously executed every strategic phase of the rehabilitation process, successfully transforming the existing layout into a high-performance, resilient facility aligned with modern environmental controls and rigorous safety standards.
A primary focus of the engineering intervention involved the complete overhaul and structural reinforcement of the plant’s chemical storage and heavy fluid handling infrastructure. This required the precise positioning, mechanical securing, and technical integration of large-scale, high-capacity horizontal storage vessels dedicated to industrial acid and process water management.
To support these substantial configurations, our structural engineering team carried out extensive on-site fabrication, heavy-duty welding of structural steel beams, and the reinforcement of elevated access platforms. Given the highly corrosive nature of the chemical processing environment, all structural components were selected, treated, and welded to withstand extreme atmospheric and chemical exposure, thereby ensuring the absolute structural stability of the high-vessel concrete-based platforms and adjacent industrial access networks.
Parallel to these structural reinforcements, our piping specialists managed the precision alignment, technical installation, and rigorous testing of advanced non-corrosive and chemical-resistant piping systems. Working with specialized materials engineered specifically for safe low-pH fluid transport, technicians utilized high-precision leveling instruments, digital alignment tools, and custom jointing techniques to guarantee absolute leak-free connections across all primary distribution lines, mechanical flanges, and automated control valve manifolds. Simultaneously, the plant’s power distribution and electrical control infrastructure underwent a comprehensive modernization. RIDA TS electrical engineers deployed top-tier industrial breaker panels, robust circuit protection mechanisms, and highly structured cable trays to power the plant’s automated systems safely. This complete upgrade significantly minimizes operational downtime risks, improves energy efficiency, and guarantees compliance with the highest international electrical safety codes, confirming RIDA TS’s capability to deliver turnkey industrial engineering solutions under complex operating conditions.