Predictive maintenance across nine process industries, tuned to each sector’s critical rotating assets.
Image · Infinite Uptime IndustriesPlantOS™ delivers predictive and prescriptive maintenance across nine process-manufacturing industries — steel, cement, metals & mining, tyres & rubber, paper & pulp, chemicals & fertiliser, food & beverage, power & energy and oil & gas — with physics-led AI models tuned to the critical rotating assets in each sector.
Whatever your sector, the failure modes on rotating equipment are physics — and PlantOS™ carries deep, industry-specific reliability expertise for each, vetted 24/7 by senior industry specialists. Matchpoint delivers this across the UAE and GCC.
PlantOS™ carries physics-led, industry-tuned models and 24/7 specialist engineers for the critical rotating assets in each of these sectors.
Critical assets: Blast furnaces, continuous casters, rolling-mill drives, fans, blowers, gearboxes
At USD 1M+ per downtime hour, steel is the highest-stakes reliability environment there is.
Proof: JSW Steel: +2.5% mill utilisation across 139 plants.
Critical assets: Rotary kilns, raw & cement mills, ID/FD fans, crushers, separators
Prescriptive maintenance protects clinker output and cuts specific heat and power.
Proof: Star Cement: $536k/yr saved; SPCC: 27,814 T preserved in 120 days.
Critical assets: Crushers, ball & SAG mills, conveyors, pumps, smelter fans, gearboxes
Comminution and smelting assets are capital-intensive and unforgiving of unplanned stops.
Proof: Ma'aden Reliability CoE; Vedanta / HZL $700k+ saved.
Critical assets: Curing presses, mixers (Banbury), extruders, calenders, pumps, motors
Process-induced and mechanical faults both cut throughput and scrap green tyres.
Proof: CEAT: 5,582 TPH saved at Halol across 6 plants.
Critical assets: Dryer cylinders, recovery boilers, refiners, fans, pumps, rolls
Dryer and recovery-boiler reliability is the difference between a running machine and a scrapped reel.
Proof: Deep recovery-boiler and paper-mill expertise in the PlantOS reliability CoE.
Critical assets: Compressors, pumps, agitators, blowers, reactors, turbines
Continuous process plants need mechanical and process-induced fault detection in one loop.
Proof: Coromandel: 27 plants, 940 breakdowns avoided; fertiliser downtime cut 700+ hours.
Critical assets: Pumps, homogenisers, compressors, fans, packaging drives, motors
Hygiene-critical, high-uptime lines where a bearing or lubrication fault stops production.
Proof: Mondelez: prescriptive AI to cut maintenance cost and extend equipment life.
Critical assets: Turbines, generators, transformers, boiler-feed pumps, fans, switchgear
Rotating and static asset health, energy-loss and thermal-drift detection across generation and distribution.
Proof: Utility-tuned models for pumps, motors, transformers and feeders.
Critical assets: Compressors, pumps, turbines, heat exchangers, motors, gearboxes
Rotating-equipment reliability and process efficiency across upstream, midstream and downstream.
Proof: Prescriptive intelligence for compressors, pumps and turbines on continuous duty.
The higher the value at risk per hour, the faster prescriptive maintenance pays for itself.
Production value at risk for every hour of unplanned outage.
Caster stoppages cascade across the whole melt shop.
Dryer-section failures halt the machine and scrap the reel.
Kiln trips lose clinker and burn energy on restart.
Comminution downtime starves the entire downstream circuit.
Press outages stall curing and back up green-tyre inventory.
A 30-minute conversation on the asset or line that matters most to you — reliability, energy or throughput. Our UAE-based reliability team maps it to PlantOS™ and shows you the outcome path.
Steel, cement, metals & mining, tyres & rubber, paper & pulp, chemicals & fertiliser, food & beverage, power & energy and oil & gas — the heavy and process industries that run critical rotating equipment on continuous duty.
The mechanical failure modes — bearing wear, misalignment, imbalance, lubrication loss — are common physics, but the assets, duty cycles and process-induced faults differ by sector. PlantOS uses industry-tuned AI models plus specialist reliability engineers for each vertical, from rotary kilns to recovery boilers to curing presses.
Yes. PlantOS integrates mechanical (equipment) and process intelligence in one loop, so it catches both a failing bearing and a process-induced efficiency or yield problem — and prescribes action for both.
Cement, steel, metals & mining, chemicals & fertiliser, and power & utilities are especially active across the GCC, alongside oil & gas — all sectors where Matchpoint can deploy PlantOS locally.
For steelmakers it means monitoring blast furnaces, continuous casters, rolling-mill drives, fans, blowers and gearboxes, where downtime can cost over USD 1M per hour. PlantOS™ delivered a +2.5% mill-utilisation increase across JSW Steel’s 139 plants.
It targets rotary kilns, raw and cement mills, ID/FD fans, crushers and separators, protecting clinker output and cutting specific heat and power. Star Cement saved USD 536,000 a year and SPCC preserved 27,814 tonnes of production in 120 days with PlantOS™.
It covers crushers, SAG and ball mills, conveyors, pumps, smelter fans and gearboxes — capital-intensive assets where a stop starves the whole circuit. Ma'aden runs a group Reliability CoE and Vedanta / Hindustan Zinc saved USD 700,000+ with PlantOS™.
Continuous process plants need both mechanical and process-induced fault detection on compressors, pumps, agitators, blowers and turbines. Coromandel International avoided 940 breakdowns across 27 plants and eliminated 700+ hours of downtime in fertiliser manufacturing.
It focuses on dryer cylinders, recovery boilers, refiners, fans and pumps, where a dryer failure (about USD 150,000 per hour) scraps the reel. PlantOS™ carries deep recovery-boiler and paper-mill reliability expertise.
It monitors curing presses, Banbury mixers, extruders, calenders, pumps and motors for mechanical and process faults that cut throughput or scrap green tyres. CEAT saved 5,582 TPH at its Halol plant across 6 plants and 51 areas.
It covers turbines, generators, transformers, boiler-feed pumps, fans and switchgear, detecting rotating and static-asset faults, energy loss and thermal drift across generation and distribution using utility-tuned AI models.
It targets compressors, pumps, turbines, heat exchangers, motors and gearboxes on continuous duty across upstream, midstream and downstream, combining rotating-equipment reliability with process-efficiency intelligence.
Start with the assets whose failure has the highest cost and the least redundancy — typically blast furnaces and casters in steel, rotary kilns and mills in cement, crushers and mills in mining, and main compressors and boiler-feed pumps in process plants. A PlantOS™ pilot targets these first for fast payback.
Contact Matchpoint Partners, the UAE and GCC delivery partner for Infinite Uptime’s PlantOS™, on +971 52 345 1119 or at ck.adya@matchpoint-partners.com for a 30-minute reliability diagnostic on the asset or KPI that matters most to you.
