Ecoloop delivers Industrial IoT and Computer Vision solutions that make Industries, Mines and Utilities Smarter, Safer and Efficient โ engineered in Bhilai, India.
Ecoloop builds purpose-built solutions across Industrial IoT and Computer Vision, tailored to the reality of industrial operations.
Connect every PLC, sensor, and machine into a unified monitoring fabric. Real-time visibility, predictive maintenance, and energy intelligence across your entire plant.
Turn cameras into process control,intelligent safety guards and quality inspectors. Detect PPE violations, measure hot lengths, profile temperatures, and trigger PLC actions in real time.
Every solution is customised to the specific process, equipment, and safety requirements of each sector.
Trusted by Industry Leaders











Our IIoT platform connects PLCs, sensors, and field devices into a single dashboard. Monitor temperature, pressure, flow, energy, and vibration from anywhere.
One camera, multiple AI algorithms running simultaneously โ detecting PPE violations, measuring lengths, profiling temperatures, and triggering PLC actions in real time.
We don't just sell software โ we solve real operational problems at the plant floor with technology that is affordable, scalable, and built for industries.
Numbers that reflect the real value we create for our industrial clients across India.
Let's discuss how Ecoloop can build a custom solution for your plant. We're based in India and serve clients across the Globe.
Have a challenge in your plant? Whether it's Process Moitoring & Control, Quality Control, Safety monitoring, Energy management or Eequipment health โ we'd love to hear about it and propose a solution.
Turn every camera into a 24ร7 intelligent inspector โ detecting PPE violations, measuring hot lengths, profiling temperatures, and triggering PLC actions in real time across your plant.
"Safety is critical in industry. It is related to human behaviour and needs vigilant monitoring and preventive checks." Ecoloop's CV safety solutions turn cameras into automated safety guards with real-time PLC interlocks.
Trained on 11 types of LT & HT Arc Flash Suits. Deployed in major steel and aluminium plants. Real-time dashboard alerts and email/SMS notifications on non-compliance.
Tracks persons moving in/out of safe and unsafe zones at Blast Furnace Cast House. Hardware-interfaced to stop Mudgun or Drill Machine automatically to prevent fatal accidents.
AI-based detection in electrical rooms and cable galleries. Triggers alarms and suppression interlocks. PoC completed for electrical rooms โ no manual inspection needed.
style="text-align:justify"4-direction camera watchdog for Wheel Loaders and Excavators. Alerts both driver and nearby workers. Prevents collisions in busy mine and plant areas.
Monitors the area beneath hanging crane loads. Real-time alerts to crane operator and can stop crane movement when the danger zone is breached.
Visual stack smoke detection triggers process corrections. Thermal Flare Stack Monitoring ensures constant flaring at Blast Furnaces โ critical CO gas safety.
The same camera can run multiple AI algorithms simultaneously โ PPE, human detection, fire, process โ on a single real-time feed. Dramatically reduces hardware cost while maximising coverage. All solutions interface with conventional DCS/PLC for closed-loop control actions.
"Yield is the buzzword in industry." Ecoloop's process control CV solutions directly reduce material losses at SMS, Rolling Mills, Pellet plants, and RMHS โ with closed-loop PLC integration.
Measures hot lengths at caster in real time. Applies shrinkage compensation and issues cut commands to auto cutter. Supports multiple cut lengths per heat, per strand.
For alloy steel with large sections or sticky scale. Thermal camera overcomes limitations of visual systems in cooled or scaled cut areas.
Head and tail cut lengths measured in real time at the shear. Results available before next billet rolls in โ enabling immediate in-process correction.
Camera-based hot length of every rolled product. Optimises saw placement and ensures customer-specified lengths. Shrinkage compensation built in.
Each rolled piece gets a unique Virtual ID that propagates through all downstream cuts. Detects manual lifts that conventional PLC tracking systems miss entirely.
AI monitors every Pellet/Sinter car rotation for missing grates, wheels, rollers, and seals. Pre-defined alert levels trigger maintenance before quality is impacted.
Continuous monitoring for joints, cuts, holes, and tearing in conveyor belts. Early detection prevents catastrophic belt failures and unplanned stoppages.
Thermal cameras see what visual cameras cannot โ temperature distributions, cooling patterns, and heat signatures in demanding industrial environments.
Temperature monitored versus time on the cooling bed to study cooling behaviour and correlate to material properties. Identifies deviations that affect structural quality.
Continuous thermal monitoring of critical rotating equipment bearings. Trending data enables predictive maintenance scheduling and prevents unplanned breakdowns.
Discharge-end profiling across multiple layers and zones. Complete temperature map identifies localised car defects and generalised process deviations.
Ensures the flare stack is always lit โ preventing CO gas accumulation at Blast Furnaces. Critical safety requirement deployed as a 24ร7 thermal camera system.
Connect every PLC, sensor, and machine into a unified monitoring fabric โ delivering real-time visibility, predictive maintenance, energy intelligence, and digital safety across your plant.
Digital safety systems that move beyond clipboards and physical padlocks โ providing verified, traceable, hardware-interlocked maintenance safety for every equipment shutdown.
Centralised digital control with individual user accounts, digital signatures, and a complete audit trail. Integrates with equipment PLCs for hard interlocks. Remote access enables multi-site collaboration.
IoT-based monitoring of unmanned rail or vehicle crossings within plant. Automated alerts and barrier control to prevent accidents at unattended intersections.
Conventional LOTO relies on physical locks and paper permits โ prone to human error, missing audit trails, and no remote oversight. e-LOTO++ delivers real-time compliance monitoring, digital accountability, and hardware-level equipment interlocks โ all from a centralised dashboard accessible anywhere.
Real-time access to all process parameters, utility systems, and field assets โ without leaving the control room. Predictive maintenance, remote diagnostics, and data-driven optimisation.
Monitor Temperature, Pressure, Flow, Energy, Power, Voltage, Current, Vibration, Speed in real time. IT-OT isolation hardware. PLC-to-ERP/SAP data interface. Predictive maintenance via pattern analytics.
All belt switches and push buttons individually addressed and monitored at the control room. Fast fault localisation reduces conveyor downtime restoration time significantly.
Motors, valves, flow meters, tank levels, transformer parameters โ all monitored centrally. Deployed for Railway pump houses on cloud. Predictive maintenance and remote troubleshooting.
Centralised monitoring of Electrical Power, Compressed Air, Gas, and Water. Consumption pattern analysis for load shifting, tariff reduction, and Kobetsu Kaizen energy projects. Modbus/TCP-IP.
Hydraulic weighing system for Wheel Loaders, Cranes, and Trucks provides real-time payload data. Trip counts, daily tonnage, shift-wise production data captured automatically.
Continuous monitoring of critical assets โ Ladle Cars, Torpedo Cars, Cranes, Motors, and Conveyors โ transforming maintenance from reactive to predictive.
Monitor lining temperatures, wheel conditions, car movements, and refractory wear. Dashboard and alarm systems ensure timely refractory repair to prevent breakouts.
Crane motor currents, hoist rope condition, travel limits, brake wear, and load cells โ all monitored continuously with threshold-based alerts and trending.
Vibration, temperature, and current signature analysis (MCSA) for critical motors. Identify bearing failure, rotor imbalance, and insulation degradation proactively.
Individual pull-chord switches, belt sway sensors, and stop push-button monitoring. All belt switches individually addressed for fast fault localisation and reduced restoration time.
A cloud/intranet-enabled platform for device management, data ingestion, analytics, and alerting โ plus QR/RFID asset tracking and custom industrial controllers.
Network of physical devices with sensors sharing data over internet or intranet. Centralised platform for device management, analytics, dashboard creation, and alerting โ customisable for each plant.
Real-time location, custody chain, and usage history for tools, equipment, Prducts, and spare parts. Improves Process Efficiency, Eliminates asset loss and improves maintenance spare planning.
Custom controllers for special-purpose batch control, testing, and calibration โ including Crane Magnet Calibration systems. Precise, repeatable control sequences for industrial processes.
Precision feed rate control for raw materials or finished products. Purpose-built controllers integrating with existing DCS/PLC infrastructure for process industries.
Every Ecoloop solution is customised to the specific process, equipment, and safety requirements of each sector โ combining IIoT and Computer Vision where it delivers the most value.
Integrated steel from BF to Rolling Mill
Open-cast mining and raw material handling
Power plants and utility infrastructure
Cement plants and continuous process industries
Healthcare and patient monitoring
IIoT and Computer Vision solutions are often deployed together for maximum impact.
| Solution | ๐๏ธ Steel | โ๏ธ Mining | โก Power | ๐๏ธ Cement |
|---|---|---|---|---|
| PPE Adherence (CV) | โ | โ | โ | โ |
| Human Hazard Zone Detection (CV) | โ | โ | โ | โ |
| Billet/Bloom Cut-to-Length (CV) | โ | โ | โ | โ |
| Coal Oversize / Conveyor Defects (CV) | โ | โ | โ | โ |
| Thermal Profiling (CV) | โ | โ | โ | โ |
| e-LOTO++ (IIoT) | โ | โ | โ | โ |
| PLC/DCS Remote Monitoring (IIoT) | โ | โ | โ | โ |
| Energy Monitoring System (IIoT) | โ | โ | โ | โ |
| Equipment Health Monitoring (IIoT) | โ | โ | โ | โ |
At Ecoloop, we are a dynamic and forward-thinking tech startup specialising in engineering and development, focused on enhancing Quality of Life with "Ideas to Innovations" as our driving force.
Our team of seasoned professionals brings a wealth of experience in electrical and electronics, with a primary focus on IoT and Image Processing. Our mission is to bring positive change to industry, medical health services, building automation, and energy conservation.
We leverage the power of IoT and image processing technologies to revolutionise businesses across diverse sectors. Through customised IoT solutions, we empower organisations to optimise operations, increase efficiency, and maximise resource utilisation. Advanced image processing algorithms enable intelligent analysis of visual data.
Ecoloop collaborates closely with industrial enterprises to deliver innovative solutions including remote monitoring, predictive maintenance, and process optimisation. Our industrial exposure and deep understanding of different processes helps design optimised, customised solutions that deliver measurable ROI.
"Safety" is critical in industry. It requires vigilant monitoring and preventive checks โ not just corrective measures. Ecoloop's CV solutions turn cameras into 24ร7 safety sentinels.
Detects if personnel operating HT systems are wearing Arc Flash Suits. Trained on 11 types of LT and HT Arc Flash Suits. Deployed in major steel and aluminium plants. Generates dashboard alerts and email/SMS notifications on non-compliance.
Sophisticated algorithms detect and track human presence in areas like the Blast Furnace Cast House. Tracks persons moving in/out of safe and unsafe zones. Interfaced with hardware to automatically stop Mudgun or Drill Machine operations to prevent fatal accidents.
AI-based fire and smoke detection in electrical rooms, cable galleries, and process areas replaces manual inspections. Triggers alarms and can initiate suppression system interlocks. PoC completed for electrical rooms.
4-direction camera watchdog for Wheel Loaders, Excavators, and Heavy Vehicles. Provides real-time alerts to both the driver and nearby workers. Prevents collision with personnel and structures in busy mine/plant areas.
Camera-based alert system monitors the area beneath hanging crane loads. Provides real-time alerts to the crane operator and can stop crane movement automatically when the danger zone is breached.
Camera-based stack monitoring detects unwanted smoke emissions and triggers process control corrections. Thermal camera-based Flare Stack Monitoring ensures the stack is always lit โ especially at Blast Furnaces where CO gas safety is critical.
The same camera can run multiple AI algorithms simultaneously โ monitoring PPE, human presence, fire, and process parameters concurrently on a single real-time video feed. This dramatically reduces hardware cost while maximising coverage. All solutions interface with conventional DCS/PLC systems for closed-loop control actions, with email/dashboard notifications ensuring compliance.
"Yield" is the buzzword in industry. Reducing losses at every step โ head cuts, tail cuts, short lengths โ directly boosts mill efficiency and profitability.
Head and tail cut lengths measured in real time at the shear. Precise measurement minimises material loss and improves yield. Results available before the next billet rolls in โ enabling in-process correction and optimisation.
Hot length of every rolled product measured by camera to optimise cut lengths and control saw placement. Provides reliable estimates for real-time correction of cutting parameters. Works at belt speed in hot, dusty environments.
In alloy steel production, customers specify fixed cut lengths with minimal tolerance. Camera-based hot measurement ensures every piece meets spec. Shrinkage compensation and auto-cutter release commands are integrated.
Each rolled piece receives a unique Virtual ID that travels through all downstream processes. When material is further cut, new related IDs are propagated automatically. Acts as a visual verification layer over PLC-based tracking โ even detecting manual lifts that conventional systems miss.
Mill solutions interface directly with existing PLC/DCS systems. Detection triggers auto-cutter corrections, home position adjustments, and clamp controls. A menu-driven recipe system allows operators to enter cut lengths, quality cut lengths, and compensation parameters via an intuitive dashboard with state-of-art visualisation, monitoring, recording, and analysis.
Accurate billet/bloom cut-to-length at the SMS caster is the foundation of downstream quality and customer satisfaction.
Measures hot billet/bloom lengths at the caster in real time. Applies shrinkage compensation and issues precise cut commands to the auto cutter. Supports multiple cut lengths in a single heat and per-strand length allocation. Compensates for cutter mechanical home position and clamp corrections.
Thermal camera solutions for alloy steel with large cross-sections where the cut area cools significantly. Also handles sticky scale formation that confuses visual-based systems. Ideal for high-alloy grades requiring precision.
Comprehensive dashboard for real-time monitoring, recording, and analysis. Menu-driven recipe entry for cut length, quality cut lengths, and all compensation parameters. Visualisation, alarm management, and historical data in one interface.
"Equipment Health" is critical for production and quality. Image Processing monitors defects in real time, provides alerts, and supports decision-making round the clock.
AI tracks missing grates and gaps in each Pellet or Sinter car on every rotation. Data stored and monitored against pre-defined alert thresholds. Prevents gaps from degrading product quality.
Thermal profiling of the Pellet/Sinter bed at the discharge end monitors temperature across layers and zones. Reveals localised car defects and generalised system issues for targeted corrective action.
Machine components like wheels and rollers monitored on every rotation for presence and condition. Historical data enables life-cycle studies and proactive replacement planning before failure.
Real-time monitoring of all seals and walls. Seal failures detected immediately, preventing quality and production losses that typically go unnoticed until major breakdown.
Detects and measures oversize coal on conveyor belts at 4 m/s belt speed even in dusty environments. Triggers crusher control actions to reduce oversize material and prevent crusher blockages.
Continuous monitoring of conveyor belts for joints, cuts, holes, and tearing. Early detection prevents catastrophic belt failures and unplanned production stoppages.
The dashboard approach โ missing in conventional control systems โ gives data interpretation from collected data, enabling decisive action. Reports, Trends, and Alarms support analysis when pattern study is required. This 24ร7 monitoring tool acts as a defect identification and life-cycle analysis engine.
Thermal cameras see what visual cameras cannot โ temperature distributions, cooling patterns, and heat signatures invisible to the naked eye in demanding industrial environments.
Cooling pattern plays a vital role in material structure and physical properties. Temperature monitored versus time on the cooling bed to study controlled vs. natural cooling behaviour and analyse material properties. Product defects โ both physical and structural โ can be correlated to cooling anomalies.
Continuous thermal monitoring of bearings on critical rotating equipment enables early detection of overheating โ a leading indicator of bearing failure. Provides trending data for predictive maintenance scheduling and prevents unplanned breakdowns.
Discharge-end thermal profiling of sinter/pellet beds across multiple layers and temperature zones. Provides a complete temperature map to identify localised car defects and generalised process deviations affecting product quality.
Thermal camera ensures the flare stack is always lit and burning, creating a safe working zone by preventing CO gas accumulation. Particularly deployed at Blast Furnaces where carbon monoxide monitoring is a critical safety requirement.
A significant advancement over conventional LOTO systems โ combining digital workflows, real-time monitoring, and equipment interlock integration for the safest maintenance operations.
Authorised personnel can oversee all lockout-tagout procedures in real-time through digital platforms. Immediate intervention capability and improved safety management โ no more clipboard-based guesswork on the shop floor.
Individual user accounts with digital signatures create a complete, traceable record. Every action is attributed to a specific person, ensuring procedure compliance and providing regulatory-grade traceability.
Eliminates manual paperwork. Procedures, instructions, and records stored and accessed digitally. Simplifies regulatory reporting and removes documentation errors from the safety management chain.
Integrates directly with machinery and equipment, adding digital interlock layers. Machines cannot be started while e-LOTO is active, providing a hard safety barrier backed by software and hardware.
Instant alerts to supervisors and safety officers on any non-compliance or unsafe condition. Minimises accident potential by ensuring no maintenance work begins without complete lockout verification.
Remote access to LOTO procedures for multi-location organisations. Experts and supervisors guide maintenance remotely without site visits. Particularly valuable during emergencies requiring rapid coordination.
Real-time access to every parameter across your automation layer โ temperature, pressure, flow, energy, and vibration โ without leaving the control room.
Remote monitoring of PLC/DCS parameters transforms raw automation data into operational intelligence. Monitor all key process variables in real time from anywhere.
All analog and digital controls โ motors, valves, flow meters, tank levels โ monitored on third-party cloud for Railway pump houses.
Analog and digital data transferred from PLC to ERP through hardware that isolates the IT-OT LAN network โ enabling data integration without compromising OT security.
All belt switches and push buttons individually addressed and monitored at the control room, reducing fault localisation and downtime restoration time significantly.
Centralised monitoring of critical infrastructure โ Compressors, DG Sets, Gas Stations, Pump Houses, Sub-Stations โ with real-time control and data analytics.
Proactive management of critical infrastructure with timely response to issues. Minimise downtime, reduce maintenance costs, and maximise operational efficiency across all plant utilities.
Sensors and IoT devices collect continuous data that analytics algorithms monitor for failure signatures. Take preventive action before failures escalate โ optimise maintenance schedules and extend equipment lifespan.
Experts remotely access the system, analyse parameters, and make necessary adjustments โ no site visits required. Significantly reduces response time and minimises disruptions to production.
Gain valuable insights into energy usage, operational patterns, and performance trends. Data-driven decision-making enables improved energy efficiency and optimised resource allocation.
Pump Houses (motors, valves, flow meters, tank levels) ยท Sub-Stations (transformer parameters, bus voltages, feeder currents) ยท Compressors ยท DG Sets ยท Gas Stations ยท Water Treatment Utilities
Centralised monitoring of Electrical Power, Compressed Air, Gas, and Water โ giving a complete picture of utility usage against design capacities.
Track usage against design capacities across all energy vectors. Consumption pattern monitoring helps shift load operations to non-peak hours, reducing overall tariff charges.
Responsive dashboards with widgets including Pie Charts, Bar Graphs, Area Graphs, and Scatter Plots for intuitive energy data visualisation and pattern analysis.
During power stoppage or restoration, the EMS enables informed, priority-based load shedding and restoration decisions โ eliminating guesswork and protecting critical processes.
Energy parameters acquired through Modbus or TCP-IP โ compatible with most energy meters and smart meters already installed in the plant.
Real-time weighment and health monitoring for Wheel Loaders, Cranes, and Trucks using hydraulic weighing systems and IoT connectivity.
Heavy earth movers including Wheel Loaders, Cranes, and Trucks get real-time payload weighment. Prevents overloading, enables accurate material tracking, and supports production and dispatch reporting.
Equipment health parameters โ fuel consumption, cycle times, hydraulic pressure, engine temperature โ monitored remotely for data collection and analytics. Enables operator performance analysis and predictive maintenance.
Trip counts, load per trip, daily tonnage, and shift-wise production data captured automatically. Eliminates manual tallying and provides accurate material movement records for dispatch and inventory management.
Continuous monitoring of Ladle Cars, Torpedo Cars, Cranes, Motors, and Conveyors โ transforming maintenance from reactive to predictive.
Monitor lining temperatures, wheel conditions, car movements, and refractory wear on ladles and torpedo cars. Dashboard and alarm systems ensure timely refractory repair to prevent breakouts and production loss.
Monitor crane motor currents, hoist rope condition, travel limits, brake wear, and load cells. Prevent catastrophic crane failure through continuous health trending and threshold-based alerts.
Vibration, temperature, and current signature analysis (MCSA) for critical motors. Identify bearing failure, rotor imbalance, and insulation degradation before they cause unplanned shutdowns.
Individual pull-chord switches, belt sway sensors, and stop push-button monitoring. All belt switches individually addressed and monitored at the control room for fast fault localisation and downtime reduction.
A cloud-enabled IoT platform that connects devices, manages data, and delivers intelligence โ plus QR/RFID-based asset tracking for real-time inventory management.
A network of physical devices embedded with sensors that collect and share data over internet or intranet. Centralised platform for device management, data ingestion, analytics, dashboard creation, and alerting โ customisable for each plant.
Physical assets โ tools, equipment, refractory materials, spare parts โ tracked with QR codes or RFID tags. Real-time location, custody chain, and usage history on dashboard. Eliminates asset loss and improves maintenance spare planning.
Custom controllers for special-purpose batch control, testing, and calibration equipment โ including Crane Magnet Calibration systems. Purpose-built for industrial processes that demand precise, repeatable control sequences.
Precision weigh feeder control for accurate feed rates of raw materials or finished products. Purpose-built controllers integrating with existing DCS/PLC infrastructure for process industries.
From Blast Furnace to Rolling Mill โ Ecoloop solutions deployed across the integrated steel plant, enhancing safety, yield, and equipment reliability.
Human Presence Detection at Cast House with PLC interlock on Mudgun/Drill Machine. Thermal Flare Stack Monitoring for CO safety. Arc Flash PPE adherence at HT systems.
Billet/Bloom Cut-to-Length using Visual & Thermal cameras. Multiple cut lengths in single heat. Auto-cutter integration with shrinkage compensation.
Shear Head Cut measurement, Hot Length measurement, Precise cut-to-length, Virtual ID material tracking โ all with closed-loop PLC correction.
Ladle & Torpedo Car monitoring. Crane health. Motor vibration & temperature. Conveyor belt health โ pull chords, belt sway, and push buttons.
Digital Lockout-Tagout for safe maintenance of all critical equipment โ with PLC interlock, digital audit trail, and remote collaboration.
Energy Monitoring System for Electrical Power, Compressed Air, Gas, and Water. Sub-Station and Utility Remote Monitoring.
From open-cast mines to raw material handling โ Ecoloop AI and IIoT solutions improve safety and operational efficiency.
AI detects and measures oversize coal at 4 m/s belt speed in dusty environments. Controls crusher to prevent blockages and reduce downstream equipment damage.
Detects joints, cuts, holes, and tearing in conveyor belts in real time. Prevents catastrophic belt failures and enables planned maintenance replacement.
4-camera alerting system for Excavators and Wheel Loaders. Warns both driver and nearby workers of proximity dangers. Prevents accidents in busy mine working areas.
Real-time hydraulic weighing system for Wheel Loaders and Dump Trucks provides accurate payload data for production and dispatch management.
Missing grates, wheels, seals, and parts detected on every rotation. Thermal profiling at discharge end. Life-cycle data collection for planned maintenance.
All belt switches and push buttons individually addressed and monitored at the control room. Fast fault localisation reduces downtime restoration significantly.
Centralised monitoring and smart management of all utility infrastructure โ power, air, gas, water, and DG systems.
Monitor Electrical Power, Compressed Air, Gas, and Water centrally. Analyse consumption patterns, shift loads to off-peak periods, and take data-driven decisions for load shedding.
Real-time monitoring of transformer parameters, bus voltages, feeder currents, and protection relay status from a central control interface.
All analog and digital controls โ motors, valves, flow meters, tank levels โ monitored in real time. Deployed for Railway and industrial pump house applications on cloud platforms.
Custom controllers for DG sets and compressors with remote monitoring, parameter logging, and automated start/stop control. Ensures uninterrupted auxiliary power supply.
Camera-based stack monitoring detects unwanted emissions and triggers process control corrections or compliance notifications automatically.
Belt defect detection, belt switch monitoring, and conveyor health monitoring โ reducing downtime in raw material handling and finished product dispatch operations.
Remote monitoring of key process parameters across kilns, mills, and utilities with centralised dashboard, alarms, and data logging for informed maintenance decisions.
Ecoloop extends its IoT and image processing expertise to enhance patient care through remote monitoring and special medical gadgets.
IoT-enabled remote monitoring solutions allow healthcare providers to track patient vitals continuously. Supports better diagnostics and improved patient outcomes through data-driven healthcare delivery.
Custom-engineered medical IoT devices tailored to specific diagnostic and monitoring requirements, leveraging Ecoloop's deep hardware design expertise for medical-grade applications.
Real-world implementations across steel, power, mining, railway, and process industries โ proven results, live deployments.
Every image represents a live, operational system delivering measurable impact at our customers' plants and facilities.
Vedanta
Amalgam Steel
Avtar Steel
Indian Railway
SGM Magnetics
CREST STEEL & POWER
CREST Power & Steel
JPL Power
AMNS VIZAG
Jindal Power & Vedanta
AMNS
Triveni Sugars
Avtar Steel
Short demonstration videos of each deployed solution โ showing live detections, dashboards in action, and real process results on request.
Tell us about your challenge. Our team will design a customised solution that fits your process, your plant, and your budget.
Address114, Street 28, Smriti Nagar,
Bhilai 490020, Chhattisgarh, India
Phone+91 81036 61072 | +91 910911 8460
Emailinfo@ecoloop.in
Websitewww.ecoloop.in
๐ Working Hours
Monday โ Saturday: 9:00 AM โ 6:00 PM IST