Prepared for Eddy Tovar & HROC · Heidelberg Materials
CCR Academy gives every new specialist graded, coached practice on the upsets a real kiln can't schedule, and gives you proof of who is ready for the seat.
Our 30 minutes
How a new Optimization Specialist gets to a solo seat, and where the months go.
A live upset, run the way a remote operator runs it: screens, alarms and the radio.
Whether one measured cohort is worth running.
If this is not a fit for HROC, say so and we part friends.
Our starting view · correct us
Remote monitoring, operation and control of cement and grinding plants across the US and Canada
Of training before a new Optimization Specialist takes a seat
US cement plants, each with its own kiln, fuels and control screens
Rotating shifts, including nights, weekends and holidays
New specialists don't need a cement background.
Our reading of the HROC Optimization Specialist postings
A smart bet on people. The risk sits in the rare, abnormal minutes a new operator has never seen.
The gap we see
Process control and optimization keep the kiln steady inside its window.
ID fan surge, cyclone jam, hot meal rush, cooler upset. A person decides what happens next.
Upsets are rare and can't be scheduled. A new specialist can finish the ramp without handling one live.
How does a new specialist meet an upset they haven't seen yet?
Anatomy of a bad night · remote seat
Sees draft falling. Pushes the ID fan harder.
Fan vibration climbs. CO rises. The hood goes positive.
The fan trips on vibration and takes the kiln with it.
of clinker lost, before restart fuel and refractory stress
Calls it a surge, not a draft problem. Backs the fan off.
Trims feed and fuel to match the air the kiln has.
CO comes back down. Radios the plant to check the fan.
given up on purpose, for a short time
What does that night cost on one of your kilns? Put in your numbers
Your numbers · type in what a trip costs you
Break-even: 3.4 hours of avoided downtime per line per year. One avoided bad night covers 2.8 years of training for one line.
Estimates for discussion. A market-limited plant can often make up lost clinker later; restart costs apply either way.
Who we are
Live demo · drill U-02
Built for the remote seat
Board, alarms, trends and a Field and Comms tab. The trainee sends the field to a damper and reads the reply.
A second trainee joins from a phone as the field operator, so handoffs get practiced too.
20 to 60 simulated minutes, with 2 to 4 problems at random times. No warning that a drill has started.
Load a historian file from a real upset. Specialists call it, then see what really happened.
Everything here is described in detail in the simulator guide.
Training courses
CCR 100 plus the process fundamentals workshop
CCR 110 · 7 kiln and burner drills
CCR 120 and 130
CCR 140 and 150
CCR 200 · shift runs, two-person drills, tests, sign-off
Practice until B or better, then pass the same drills in test mode.
Monthly refreshers from each person's plan, plus replays of your own events (CCR 210).
We fit the courses to HROC's sign-off levels, plants and procedures.
Full catalog, with drills and assessments for every course: Simulator guide and courses
Proof of readiness
Test mode removes all help and changes the upset each time. A pass means they know it, not that they remember it.
The textbook response to the same drill is drawn over the trainee's own trends.
Ready, Close or Needs work for every specialist, plus a training record you can print or export.
When HROC takes a kiln, this is the evidence that the seat is ready. How it's graded
What your cohort report could look like
HROC measures we'd track with you. You set the targets.
Proposed next step
Every specialist tests cold
The course path inside your ramp, with a coach after every drill
Same tests. Results against your criteria
Your next cohort of Optimization Specialists, plus their mentors.
You pick: time to a solo seat, test scores, readiness, mentor hours. Scoring
90 days, paid. The pilot fee is credited to a yearly plan.
Straight talk
Next steps · fill in together
| Step | Owner | When |
|---|
Appendix · questions you may have
The full documentation: screens, modes, all courses, requirements.
OPEN GUIDE → We already have a simulator.A classroom simulator and daily practice, side by side.
OPEN → What upsets do you cover?All 23 drills by area, plus shift runs.
OPEN → Is it accurate for our kilns?How we tune it, and how you replay your own upsets.
OPEN → How is a specialist graded?Scores, safety gates, tests and the readiness rule.
OPEN → How do plants train today?Four common ways to train board operators.
OPEN →Appendix · we already have a simulator
| Classroom simulator, e.g. KHD SIMULEX | CCR Academy | |
|---|---|---|
| Scope | Full plant, raw materials to cement silos | Kiln line: preheater, calciner, kiln, cooler, ID fan. No finish mill model yet |
| Model | Real-time models, soft PLC logic, full interlocks, 20+ years refined | Browser model with lags, noise, equipment limits and burner interlocks, built around drills |
| Format | Instructor-led sessions, often booked ahead | 10 to 60 minute drills and shift runs, on any shift |
| Access | Licensed seats or a shared system | Any browser; unlimited operators per kiln line |
| Feedback | An instructor evaluates | Automatic grade, safety gates, coach debrief, expert-run overlay |
| Proof | Course completion | Tests, readiness board, training record export |
| Track record | Used across the Heidelberg group for years | New. No enterprise reference yet |
Before classDrills as homework
Between classesMonthly reps on costly upsets
After classTests show it stuck
New hiresDay-one drills in English or Spanish
Appendix · what upsets do you cover?
K-01Coating collapse, kiln amp spikeK-02Clinker ring formingK-03Ring collapse, material surgeK-04Cold kiln, high free limeK-05Hot kiln, overburningK-06Unstable burner flameK-07Startup, ramp to full productionU-04Alternative fuel swingsP-01Cyclone buildup formingP-02High CO at calciner, short of airP-03Preheater false air spiralP-04Cyclone jam, meal not reaching kilnP-05Downdraft calciner running hotC-01Snowman at cooler inletC-02Red river, poor clinker coolingC-03Undergrate pressure dropM-01Coal mill fire risk, rising COM-02Baghouse DP spike, cleaning faultM-03Bag failure, dust breakthroughM-04Raw mill trip, kiln interactionU-01Power dip, partial trip recoveryU-02 · TODAY'S DEMOID fan surge, draft lossU-03False air leakPlus shift runs: 20 to 60 simulated minutes with 2 to 4 problems at random times. Plants can add custom drills for their own trouble spots. Drill details
Appendix · is it accurate for our kilns?
A teaching model, not a digital twin. It behaves like your kiln where the drills need it to: lags, noise, equipment limits and interlocks.
Appendix · how is a specialist graded?
Break a hard safety rule and the run fails its safety gate, whatever else went right.
Safety, economy (fuel and air per ton) and production. Shift runs add steady running and response time.
Hint −0.5 · next move −1.5 · show root cause −3. Crutches show up in the grade.
No help. The upset arrives stronger or weaker and further along, different every time.
The textbook run of the same drill is drawn over the specialist's own trends.
We can set this rule to match HROC's sign-off levels.
Appendix
| Capability | On-the-job | Seminar + simulator | Custom plant simulator | CCR Academy |
|---|---|---|---|---|
| Runs in a browser, no IT project | No | No | No | Yes |
| Coach debrief after every drill | No | No | No | Yes |
| Available every shift, every crew | Partly | No | Partly | Yes |
| Readiness record per operator | No | Partly | Partly | Yes |
| Time to first drill | Years | Next session | Months | Same day |
| Cost model | Hidden | ~$2,600 per person plus travel | Six-figure project (est.) | Yearly fee per kiln line, unlimited seats |
Already using a classroom simulator? See how the two fit together