Free silica plan · Excel

Free Silica Exposure Control Plan Template

A written exposure control plan built for OSHA 1926.1153(g). Pick the Table 1 row for each task and the required controls and respirator fill in. Includes a medical surveillance tracker and a competent person inspection.

  • Task table with a Table 1 dropdown: controls look up automatically
  • Required respirator switches at 4 combined hours per shift
  • Housekeeping and restricted-access procedures, other employers included
  • Medical surveillance tracker: 30-day trigger, 3-year exams, status flags
  • Competent person inspection with % compliance
  • Table 1 quick-reference tab
  • Annual review date and sign-off block

Silica Exposure Control Plan

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Excel (.xlsx) · works in Excel, Google Sheets, Numbers

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Pre-formatted, print-ready, with embedded Field PM branding. Works in Excel, Google Sheets, and Numbers.

01

Exposure Control Plan

The four required elements: tasks with their Table 1 controls and respirators, housekeeping, restricted access, plus competent person and annual review.

02

Medical Surveillance

Tracks who wears a respirator 30+ days a year: baseline due at assignment + 30 days, next exam at 3 years, written-opinion deadlines, and overdue flags.

03

Competent Person Inspection

A jobsite walk covering controls, work practices, respirators, housekeeping, access, and training, with findings, owners, and a % compliant score.

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Frequently asked questions

What must a silica written exposure control plan include?

OSHA 29 CFR 1926.1153(g)(1) lists four minimum elements: (1) a description of the tasks that involve exposure to respirable crystalline silica; (2) the engineering controls, work practices, and respiratory protection used to limit exposure for each task; (3) the housekeeping measures used to limit exposure; and (4) the procedures used to restrict access to work areas, when necessary, to minimize the number of employees exposed and their level of exposure, including exposures generated by other employers or sole proprietors. The employer must also designate a competent person to make frequent and regular inspections, and review the plan at least once a year.

How does the Table 1 dropdown work?

Each task row has a dropdown listing the Table 1 equipment and task rows, split by condition (indoors or outdoors, water or vacuum). Pick one, enter the employee's combined Table 1 hours for the shift, and the sheet fills in the required engineering and work-practice controls and the required respirator: the 4-hours-or-less value, or the more-than-4-hours value once combined time goes over 4 hours. Tasks not on Table 1 point to an exposure assessment.

Who needs silica medical surveillance, and how often?

Medical surveillance has to be offered at no cost to every employee who will be required by the silica standard to wear a respirator 30 or more days a year. The baseline exam is due within 30 days of initial assignment, unless the employee had a qualifying exam in the last three years. Periodic exams follow at least every three years, or sooner if the PLHCP recommends it. The tracker calculates baseline due, next exam due (3 years after the latest exam), and the 30-day written-opinion deadline, and flags anything overdue.

What does the silica competent person inspect?

The standard requires frequent and regular inspections of job sites, materials, and equipment to carry out the plan. The inspection tab covers water flow and dust collectors (including 25 cfm per inch of wheel for grinders), enclosed cab condition, whether the task matches its Table 1 row, respirator use and fit testing, the ban on dry sweeping and compressed air, access control, and crew training. It scores % compliance and gives every "No" an owner and a due date.

Do I need a plan if my crews only drill a few anchors?

The standard applies to all construction silica exposure except where exposure will stay below the 25 µg/m³ action level (8-hour TWA) under any foreseeable conditions. Rotary-hammer drilling of concrete is a Table 1 task, so most contractors who drill, cut, core, or grind concrete or masonry at all write a plan. It is also what GCs ask for at prequalification.

Your tasks, their Table 1 controls, and who needs a respirator

OSHA's construction silica standard requires a written exposure control plan that describes each task with silica exposure, the controls and respiratory protection for that task, housekeeping, and how you restrict access. This free template builds that plan from your real tasks instead of boilerplate.

Pick a Table 1 row for each task and enter combined hours per shift, and the required controls and respirator fill in. Check any row against the full OSHA Silica Table 1 chart. The medical surveillance tracker and competent person inspection cover the rest of the program.

Field PM keeps competent-person inspections, toolbox talks, and training records with each project, filled in on a phone and ready when a GC or compliance officer asks.

How to write a silica exposure control plan that holds up on the jobsite

Since OSHA's construction silica standard took effect, the written exposure control plan has become one of the documents GCs, owners, and compliance officers ask for first. Many of those plans are generic: a copy of the standard plus a paragraph promising to "use Table 1." That doesn't meet the rule, and it doesn't help the foreman who has to decide whether the anchor crew needs respirators today. The free template above builds the plan from your actual tasks and ties each one to its Table 1 row, required controls, and required respirator.

The four required elements of the written plan

29 CFR 1926.1153(g)(1) says the plan must contain at least:

  1. The tasks that involve exposure to respirable crystalline silica. Be specific: "drill anchors for hangers overhead in concrete deck," not "drilling."
  2. The engineering controls, work practices, and respiratory protection used for each task. For Table 1 tasks, that means the Table 1 controls and respirator. For everything else, it means whatever your exposure assessment says is needed.
  3. The housekeeping measures used to limit exposure.
  4. The procedures used to restrict access to work areas when necessary, to minimize how many employees are exposed and how much, including exposures generated by other employers or sole proprietors.

Beyond the four elements, the employer must review and evaluate the plan's effectiveness at least annually (g)(2), make it available to employees and their representatives on request (g)(3), and designate a competent person to make frequent and regular inspections of job sites, materials, and equipment (g)(4). The template's plan tab has a section for each of these.

Section 1: tasks, Table 1 rows, and respirators

Table 1 in 1926.1153(c) is the reason most contractors can comply without air sampling. If you fully and properly implement the listed controls for a task, you don't have to assess exposure for that task. The table has 18 equipment and task rows, and several split by condition. A handheld power saw outdoors has different respirator requirements than the same saw indoors. The template's Table 1 Reference tab lists each row and condition separately so the dropdown picks exactly one.

For each task row you enter:

ColumnWhat to enter
Task / ActivityWhat the crew is doing, where, and to what.
MaterialConcrete, CMU, brick, stone, mortar, fiber-cement, terrazzo, tile.
Table 1 rowPick from the dropdown, for example "(vii) Handheld / stand-mounted drill incl. rotary hammer."
Hrs / shiftThe employee's combined time on all Table 1 tasks in the shift.
Required controlsFills in from the Table 1 row: water feed, shroud and dust collector airflow, filter efficiency, HEPA vac.
Required respiratorSwitches between the ≤4 hr and >4 hr value, showing None, APF 10, or APF 25.

The 4-hour rule most plans get wrong

Under 1926.1153(c)(3), when an employee does more than one Table 1 task in a shift and the total time goes over four hours, the more-than-4-hours respirator applies to every task. An electrician who cores for 2 hours and chips for 3 hours is over four hours on both. That's why the hours column asks for combined time.

Conditions that come with Table 1

Implementing Table 1 also means: exhaust as needed for indoor or enclosed work so visible dust doesn't build up; enough water flow on wet methods to minimize visible dust; and for enclosed cabs or booths, keeping them clean with working door seals and gaskets, positive pressure from filtered fresh air, and heat and air conditioning. The competent person inspection checks each of these.

When a task isn't on Table 1

If the task isn't listed, or you can't fully implement the listed controls (no water on a frozen day, a dust collector without enough airflow), you are under paragraph (d). You have to assess exposure by air monitoring or objective data, keep exposures at or below the permissible exposure limit of 50 µg/m³ as an 8-hour TWA, and choose respirators from the results. The dropdown's last option marks those tasks so they stand out in the plan.

Sections 2 and 3: housekeeping and restricted access

Housekeeping under 1926.1153(f) comes down to two prohibitions: no dry sweeping or dry brushing where it could contribute to exposure unless wet sweeping, HEPA vacuuming, or another low-dust method isn't feasible; and no compressed air to clean clothing or surfaces unless it is used with a ventilation system that captures the dust cloud or no alternative is feasible. The template pre-loads those plus the field practices that make them work: picking up slurry before it dries, bagging collector waste, and changing vac filters outdoors.

Restricting access is the element plans most often leave out, and it explicitly covers other employers' dust. The template includes barricades and signage, scheduling dusty work away from other trades, positioning work downwind, coordinating at the foreman meeting, and sealing indoor areas with exhaust.

The medical surveillance tracker

Paragraph (h) requires medical surveillance, at no cost to the employee, for everyone who will be required by the standard to wear a respirator 30 or more days per year. The tracker handles the dates:

  • Surveillance: set to Required when respirator use is 30+ days a year (Yes, or estimated days of 30 or more).
  • Baseline exam due: initial assignment + 30 days. If the employee had a qualifying exam within the last three years, enter that date as the baseline.
  • Next exam due: the latest exam + 3 years, using EDATE with 36 months. Periodic exams repeat the baseline except the latent TB test, and the PLHCP can call for them more often.
  • Status: OVERDUE in red, Due within 60 days in amber, Current in green.
  • Written opinion due: exam + 30 days. It flags red if the opinion hasn't come back.

Keep medical results confidential. The employer's written opinion from the PLHCP contains only the exam date, a statement that the exam met the standard, and any respirator limitations (plus exposure limits or specialist referral only if the employee authorizes it in writing). The tracker stores dates and limitations, not diagnoses.

The competent person inspection

The standard defines the competent person as someone who can identify existing and foreseeable silica hazards and has authority to take prompt corrective action. The inspection tab gives them a structured walk:

  • Engineering controls: water on and flowing, shrouds attached, collector airflow and 99% filter, filter-cleaning mechanism, indoor exhaust, cab condition.
  • Work practices: tools used per the manufacturer, task matches its Table 1 row, combined hours tracked.
  • Respiratory protection: required respirators worn, fit tests current, clean-shaven at the seal.
  • Housekeeping: no dry sweeping, no compressed air, slurry controlled.
  • Access and other employers: area barricaded, no exposure to or from other trades.
  • Plan and training: plan on site and current, and the crew can name the competent person and the controls.

% Compliant = Yes ÷ (Yes + No). Every "No" gets a corrective action, a responsible person, and a due date. If Table 1 controls can't be fully implemented, stop the task. It needs an exposure assessment, not a workaround.

Common silica plan mistakes

  • A generic plan with no project-specific tasks.
  • Using the ≤4-hour respirator column for a worker whose combined tasks exceed four hours.
  • Shop vacs sold as "HEPA" that don't meet the airflow or filter spec for the tool.
  • No provision for dust from other employers.
  • Medical surveillance tracked on memory instead of dates.
  • A competent person named on paper who never inspects.

Related free resources

Silica paperwork multiplies with every project. Field PM keeps competent-person inspections, toolbox talks, JSAs, and training records with each job. Crews fill them in on a phone, they are filed automatically, and you can find them when OSHA or the GC asks. Start a free 30-day trial.

Planning aid only, not legal advice. Follow the full text of 29 CFR 1926.1153 (or your state-plan equivalent), including all Table 1 conditions, and your respiratory protection program under 29 CFR 1910.134.

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