Inorganic Chemicals
Inorganic Chemicals
Overview
Zen Consultech designs robust, high-capacity facilities for the production of inorganic chemical compounds, handling reactive and hazardous chemicals such as POCI3, sulfuric acid, hydrochloric acid, and chlorine. Our engineering solutions prioritize safety, efficiency, and environmental sustainability, ensuring reliable operations in this demanding sector. With a legacy of over 500 projects, we bring unmatched expertise to inorganic chemical plant design.
Inorganic Chemicals - Overview
Services Offered
Process Engineering
Designing efficient process units for reactions like fluorination, chlorination, and cyanation.
Corrosion-Resistant Infrastructure
Specifying materials and coatings to withstand aggressive chemical environments.
Safety Systems
Implementing advanced fire detection, gas monitoring, and spill containment systems to ensure worker safety.
Environmental Compliance
Designing waste treatment and emission control systems to meet local and global environmental standards.
Procurement Services
Sourcing high-quality, chemical-resistant equipment and materials from prequalified vendors.
Construction Management
Overseeing safe and efficient on-site execution with rigorous quality and schedule monitoring.
Why Zen Consultech?
Why?
Our ability to handle hazardous chemicals and complex reactions, combined with our expertise in safety and environmental engineering, makes us a preferred partner for inorganic chemical projects. Our multidisciplinary approach ensures seamless coordination across process, civil, and electrical disciplines, while our 30-year legacy guarantees reliable and compliant solutions.
Benefits to Clients
Harman Finochem, Amravati (118 acres)
Engineered an inorganic chemical facility with advanced safety and environmental controls.
Desano Pharmaceuticals, Bangalore (30 acres)
Delivered a chemical plant with corrosion-resistant infrastructure and regulatory-compliant systems.
Concord Biotech, Ahmedabad (150 acres)
Designed process units for inorganic chemical production with optimized utility systems.