Utthunga

Canada is emerging as an important player in the global lithium supply chain. But moving from lithium resources and pilot projects to reliable commercial production requires more than extraction technology. Canadian projects must address specific plant an

The global push toward electrification is driving unprecedented demand for lithium. As producers work to increase output, control costs, meet environmental requirements, and adopt next-generation extraction technologies, scaling lithium production is beco

Manufacturing is entering an era where speed, flexibility, sustainability, and operational intelligence are becoming critical to competitiveness. Rising customer expectations, supply chain disruptions, skilled-labor constraints, stricter environmental req

Author Manjunath Rao Vice President & Head - Process and Plant Engineering Services Utthunga Vertical: Process & Plant Engineering Industrial projects are becoming increasingly complex, while project owners are under growing pressure to deliver facilities

Author Nagesh Shenoy Chief Technology Officer Utthunga Artificial Intelligence is moving beyond experimentation. Over the next decade, AI will become an integral part of how engineering organizations design products, develop software, operate plants, main

Industrial automation is undergoing a fundamental transformation. Control systems that were once defined primarily by dedicated hardware are increasingly evolving toward software-driven, modular, and interoperable architectures. Software-defined control s

Artificial intelligence is rapidly changing the economics and operating model of software engineering. AI is no longer limited to code completion or chatbot-based assistance. Engineering teams are beginning to use AI across requirements, architecture, cod

Produced water is the largest byproduct of oil and gas extraction, often exceeding the volume of hydrocarbons produced over the lifecycle of a field. As reservoirs mature, the water-to-oil ratio increases significantly, making water management a central o

Flare Gas Recovery (FGR) is the core technological and operational foundation of Zero Flare Networks A Zero Flare Network (ZFN) represents a transformative approach aimed at eliminating routine gas flaring by capturing, processing, and monetizing this str

Today, nearly 70% of industrial leaders say their current networks cannot keep pace with digital transformation demands. With Industry 4.0 and 5.0 reshaping expectations for real-time control, scalable automation, and intelligent operations, enterprises n