EPC and turnkey projects, basic and detailed engineering, process engineering, CFD/FEA simulation and distillation column systems — supported by our divisions for automation & IIoT, environmental engineering, and oil recycling & lubricant technologies.
Our engineering services Talk to an engineerSpecx Technologies – Xtending Engineering Possibilities™. We deliver end-to-end solutions across process engineering, industrial automation, digital simulation and environmental systems.
We design every solution around the client's process, site and budget — not around a template. Traditional engineering disciplines work alongside IoT, data analytics and CFD/FEA simulation, so decisions are made on evidence and plants perform as intended from day one.
A team of 20+ experienced directors and partners with experience ranging from 10 to 30 years in relevant fields, supported by 80+ technologists, engineers, researchers and experts, who have completed 100s of projects.
Every discipline needed to define, build and start up a process plant — available as a complete EPC package or as individual services.
Single-point responsibility from process design to performance run — engineering, procurement, construction and commissioning under one contract.
Learn more 02Front-end engineering design that fixes the process, the plot and the budget before money is committed to steel.
Learn more 03Construction-ready, multi-discipline engineering — every drawing, datasheet and specification needed to buy, build and operate.
Learn more 04Process design, simulation and optimisation that sets the performance of everything built downstream.
Learn more 05Code-compliant design of pressure vessels, columns, heat exchangers, reactors and storage tanks — ready for fabrication.
Learn more 06Plant layout, piping design and stress analysis that are safe, maintainable and economical to build.
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Process simulation, hydraulic rating, trays, structured and random packings, liquid distributors, reboilers and condensers — engineered as one system and delivered turnkey with commissioning.
Explore distillation systemsThree focused business divisions share the same process, mechanical and automation expertise that runs through Specx Technologies.
Industrial Automation, Control Panels, Instrumentation & Smart Monitoring
Industrial automation, control panels, instrumentation and smart monitoring for process plants and utilities.
Water & Wastewater Solutions | Industrial Air Pollution Control
Engineering Cleaner Water. Cleaner Air. Water and wastewater treatment, water reuse and industrial air pollution control systems.
Used Oil Re-refining, Lubricant Manufacturing & Recycling Plants
Process plants for used oil re-refining, lubricant manufacturing, transformer oil, slop oil and allied oil-processing industries.
I build process plants that run, and I fix the ones that don't.
Eleven years across chemical process engineering, equipment design, manufacturing and plant operations. I have sat on both sides of the same problem – designing the plant & equipment, then living with the consequences of that design on a running plant. That is the foundation of Specx.
Mr. Arun Yadav · Founder & CEO, Specx Technologies Pvt. Ltd.
Concept, options and investment case.
Process design, HMB, PFDs and estimate.
IFC drawings across all disciplines.
Vendors, inspection and expediting.
Safe, sequenced site execution.
Start-up, performance run and handover.
Join engineers, plant professionals and students who want to keep up with new technologies, newsletters, technical trainings, seminars and webinars.
Explore the main sections of a column — the same logic we apply when designing new columns or troubleshooting existing ones.
Select a section of the column or a heading to see what happens there.
Engineering shaped by the realities of each industry — its chemistry, its regulations and its economics.
Industries
Process design, distillation and plant engineering that improve efficiency, yield and sustainability in chemical and petrochemical plants.
Engineering from upstream processing to downstream refining, with a firm focus on safety, efficiency and reliable operation.
Treatment systems and process optimisation that reduce environmental impact and support sustainable water management.
Intelligent automation, control systems and utility engineering that raise performance and reliability.
Precision engineering for solvent recovery, utilities and clean processing that supports product quality and regulatory compliance.
Batch and continuous process technology that streamlines production and keeps product quality consistent.
End-to-end engineering for food and agri-processing plants with emphasis on efficiency, hygiene, safety and waste reduction.
Resource-optimised engineering for bio-energy, ethanol, biogas and LNG systems.
Ninety plain-English definitions — from azeotropes and HETP to P&IDs, LOPA, MVR and zero liquid discharge.
We start by fixing the question before the answer: what the plant must achieve, under which constraints, and how success will be measured. We then gather data, build a first-principles model (mass and energy balance, equilibrium, hydraulics), screen options against cost, safety, operability and sustainability, and only then move to equipment selection and detailed design.
Our R&D work is application-led. We combine literature and patent review, process simulation, CFD/FEA and laboratory or pilot data to de-risk a technology before it is scaled. A dedicated R&D and innovation facility is proposed at GIDC Saykha, Bharuch, to extend this work.
Typically: feed composition and variability, required product specifications, capacity and turndown, utilities available, site conditions, applicable codes and standards, environmental limits and any licensor or existing-plant data. Where data is missing we identify the gaps, propose assumptions explicitly and recommend lab or plant tests to close them.
Yes. A feasibility study compares technical options, estimates CAPEX and OPEX to a stated accuracy band, identifies key risks and outlines an execution plan, so management can make an informed go / no-go decision.
We identify the phenomena that do not scale linearly — heat removal, mixing, residence time distribution, mass transfer and hydraulics — and use dimensionless analysis, simulation and pilot data to size commercial equipment with appropriate margins rather than simple multiplication.
Share your process, capacity and site details — our engineers will respond with a clear scope and the right team.