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    <title>PermitPad Guides</title>
    <link>https://permitpad.co.uk/blog</link>
    <description>Practical guides, free templates, and regulatory explainers for UK contractors managing permit-to-work systems.</description>
    <language>en-GB</language>
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    <lastBuildDate>Mon, 30 Mar 2026 08:23:28 GMT</lastBuildDate>
    <item>
      <title>Paper vs Digital Permits to Work: An Honest Comparison</title>
      <link>https://permitpad.co.uk/blog/paper-vs-digital-permits</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/paper-vs-digital-permits</guid>
      <pubDate>Sun, 29 Mar 2026 00:00:00 GMT</pubDate>
      <description>An honest comparison of paper vs digital permit to work systems. Covers real costs, admin time, compliance evidence, and common objections from site teams.</description>
      <content:encoded><![CDATA[
Paper permit books have run UK construction and maintenance sites for decades. They're cheap, familiar, and don't need batteries. But if permits go missing, close-outs get forgotten, and pulling records for an audit takes half a day, it's worth understanding what paper vs digital permits actually look like in practice.

This isn't a sales pitch disguised as a comparison. The right choice depends on your team size, your work volume, and how much pain your current system is causing.

## The Real Cost of Paper Permits

Paper permit books cost between three and eight pounds each from safety suppliers. A book typically contains 25-50 permits with carbon copies. For a small contractor issuing a few permits per week, that's a few hundred pounds per year in stationery. Trivial.

But the stationery cost is the smallest part. The real costs are hidden:

**Admin time for filing and retrieval.** When a principal contractor asks for last month's hot work permits, someone has to find the right box and photocopy the relevant pages. For a contractor issuing 10-20 permits per week, this adds up to several hours per month.

**Authoriser travel time.** The authoriser needs to physically sign the form. If they're on another site, work waits. Teams commonly lose 30-60 minutes per permit waiting for a physical signature.

**Illegible or incomplete permits.** Handwriting deteriorates when it's cold, wet, or rushed. Incomplete permits need to be chased up, costing more time.

**Lost permits.** Carbon copies blow away, get rained on, or end up in the wrong box. A missing permit means you did the work but can't prove how you controlled it.

Want to estimate what paper is actually costing you? The [permit cost calculator](/tools/permit-cost-calculator) factors in admin time, not just stationery, to show the full picture.

## What Digital Permits Actually Change

A digital permit to work system replaces the paper book with a phone, tablet, or computer. The permit process stays the same — create, check, authorise, work, close — but the execution changes in ways that matter. Our [guide to digital PTW systems](/blog/digital-permit-to-work) covers the workflow in detail. Here's the summary.

### Completion Quality Goes Up

Paper permits have blank fields. Digital permits have mandatory fields. On paper, it's easy to skip the close-out, leave the fire-watch section blank, or tick every checklist item without reading them. A digital system won't let the permit progress until required sections are completed.

This is the single biggest practical benefit. Our [permit to work audit guide](/blog/permit-to-work-audit-guide) covers the most common findings during HSE inspections — and the top issue is incomplete permits. Mandatory fields solve that structurally.

### Authorisation Happens Faster

The authoriser receives a notification on their phone, reviews the permit details, and approves it digitally. No walking across site. No waiting for someone to come back from lunch. For contractors with authorisers who cover multiple sites, remote approval is transformative.

[HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) doesn't require the authoriser to be physically present when signing — it requires them to be satisfied that precautions are in place. A digital system with photos of the work area can provide that satisfaction without a site visit, though good practice is still for the authoriser to inspect the area where possible.

### The Audit Trail Builds Itself

Every action on a digital permit is timestamped and logged: who created it, when, who authorised it, when, what fields were completed, when it was closed. This is exactly what HSE inspectors and principal contractors want to see, as outlined in [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf).

On paper, building an equivalent audit trail requires meticulous filing, consistent handwriting, and the discipline to record times accurately. In practice, paper audit trails have gaps.

### Retrieval Takes Seconds, Not Hours

Need to see all confined space permits from the past quarter? On a digital system: search, filter, export. On paper: find the right box, leaf through carbon copies, photocopy the relevant ones. When a client, insurer, or inspector asks for records, the speed of your response affects their confidence in your system.

## Where Paper Still Wins

It would be dishonest to pretend digital is better in every scenario. Paper has real advantages:

**Zero technology barrier.** Everyone knows how to use a pen. There is no login, no password, no app to download, no "it won't load" on a wet Monday morning. For teams that are genuinely uncomfortable with technology, paper eliminates the adoption risk.

**No connectivity dependency.** Paper works in basements, tunnels, and rural sites with no mobile signal. Good digital systems work offline too, but "good" is the key word — not all of them do. If you're evaluating digital options, our [guide to choosing PTW software](/blog/how-to-choose-permit-to-work-software) covers the offline question in detail.

**Lower upfront cost.** A paper permit book costs a few pounds. Digital systems have monthly subscription costs. For a sole trader issuing two permits a month, the maths may not justify a subscription.

**Familiarity and trust.** Your team has used paper for years. They know it. They trust it. Switching to digital introduces a change management challenge that's real and shouldn't be dismissed. The worst outcome is a digital system that nobody uses, which is worse than a paper system that everyone completes properly.

## Common Objections to Digital (and Honest Responses)

**"My lads won't use it."** If they can use WhatsApp, they can use a well-designed permit app. Start with two or three people who are open to it, run alongside paper for a week, and let the team see it's not complicated.

**"Paper is a legal requirement."** It isn't. [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) describes what a PTW system should include, not what medium it should use. The [Management of Health and Safety at Work Regulations 1999](https://www.legislation.gov.uk/uksi/1999/3242/contents/made) require effective risk management arrangements — digital meets that requirement.

**"What if the system goes down?"** Legitimate concern. Any digital system should work offline and let you export your data. Keep a small stock of paper permits as emergency backup.

**"It's too expensive."** Tools built for small UK contractors now start around thirty-five pounds per month with no per-user fees. Our [permit cost calculator](/tools/permit-cost-calculator) can help you compare the real numbers.

## Making the Decision

Here's a practical framework:

**Stick with paper if:** your team is very small (1-3 people), you issue fewer than 5 permits per month, your filing system is robust, and you've never had trouble producing records for an audit.

**Consider digital if:** you issue more than 10 permits per month, your authoriser covers multiple sites, you've had audit findings related to incomplete permits or missing records, you work for principal contractors who expect digital evidence, or your team is growing and you need a system that scales without additional admin.

**Run both in parallel if:** you're not sure. Issue your next 20 permits digitally while keeping the paper book as backup. Compare the completion quality, the time to authorise, and the ease of retrieval. After two or three weeks, the answer will be obvious.

## PermitPad: Digital Permits for Small UK Contractors

PermitPad is being built for contractors who want the benefits of digital without the enterprise complexity or price tag. Flat-rate pricing, no per-user fees, offline capability, and HSG250-aligned templates for [hot work](/blog/hot-work-permit-template), [confined spaces](/blog/confined-space-permit-template), [working at height](/blog/working-at-height-permit-template), and [electrical isolation](/blog/electrical-isolation-permit-template). [Join the waitlist](/#waitlist) to be first in line when we launch.

Not sure where your current system stands? The free [PTW readiness checker](/tools/ptw-readiness-checker) scores your setup against HSG250 in a few minutes.
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    </item>
    <item>
      <title>Permit to Work Audit: What HSE Inspectors Actually Check</title>
      <link>https://permitpad.co.uk/blog/permit-to-work-audit-guide</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/permit-to-work-audit-guide</guid>
      <pubDate>Sun, 22 Mar 2026 00:00:00 GMT</pubDate>
      <description>What HSE inspectors look for during a permit to work audit. Covers common findings, documentation requirements, prosecution examples, and an audit checklist.</description>
      <content:encoded><![CDATA[
A permit to work audit is not something most contractors think about until an HSE inspector arrives on site or a principal contractor runs a compliance check. By that point, the gaps in your system are already there — the incomplete close-outs, the missing signatures, the permits that exist on paper but don't reflect what actually happened. A permit to work audit tests whether your system works in practice, not just whether the forms exist.

This guide covers what HSE inspectors actually look for, the most common findings that lead to enforcement action, and a practical checklist you can use to audit your own system before someone else does.

## What an HSE Inspector Is Looking For

HSE inspectors assess permit-to-work systems against the principles in [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf), which is the HSE's guidance document on PTW systems. They are not checking whether your permits look pretty. They are checking whether your system genuinely controls risk.

An inspector will typically: ask to see current live permits (if high-risk work is happening without a permit, that's an immediate concern); review a sample of completed permits for proper completion; cross-check permits against the work actually happening on site; interview workers about what precautions are in place; and check whether you can retrieve permits from previous months.

## The Most Common Audit Findings

These are the issues that come up repeatedly in HSE inspections and principal contractor audits. If any of them sound familiar, they are worth fixing now rather than during an inspection.

### Missing Close-Outs

The single most common failing. A permit is opened, the work is done, and nobody closes it. The close-out section sits blank — no confirmation the area is safe, no sign-off, no record of when the work finished. Under [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf), the close-out is an essential part of the permit process. A permit without a close-out is an incomplete permit.

### Permits Issued After Work Started

The permit is supposed to be the authorisation to begin. If the permit timestamp shows it was issued at 10:30 but the work started at 08:00, the permit is retrospective — and that defeats its entire purpose. Inspectors look at timestamps specifically for this.

### Single Signatures

A permit signed only by the person doing the work (or only by the authoriser) is missing the dual-control mechanism that makes the system work. [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) requires both a permit holder and an authoriser. One signature means one person decided it was safe without an independent check.

### Checklists Bulk-Ticked

When every box on the precautions checklist is ticked in the same pen, at the same angle, in one continuous motion, it is reasonable to conclude that nobody actually verified each precaution individually. Inspectors recognise this pattern immediately. It suggests the permit is being treated as a formality rather than a genuine safety check.

### Open-Ended Validity

Permits marked "valid until further notice" or with no end time are non-compliant with HSG250 principles. Permits should have a defined validity period — typically one shift or one day. Conditions change, and a permit issued on Monday may not reflect the reality on Thursday.

### No System for Tracking Active Permits

If nobody on site can tell the inspector how many permits are currently active, who issued them, or where the work is happening, the system lacks oversight. This is particularly important where multiple permits are active simultaneously — overlapping work in the same area can create compound risks that individual permits don't capture.

## What Happens When Audits Find Problems

For minor issues, an inspector may give informal advice. For more serious matters, they can issue an **improvement notice** under [Section 21 of the Health and Safety at Work etc. Act 1974](https://www.legislation.gov.uk/ukpga/1974/37/section/21), requiring you to fix a contravention within a set period (typically 21 days). If there is a risk of serious personal injury, a **prohibition notice** under [Section 22](https://www.legislation.gov.uk/ukpga/1974/37/section/22) can stop work immediately.

In serious cases — particularly fatalities — PTW failings form part of the prosecution evidence. The [HSE prosecutions register](https://www.hse.gov.uk/enforce/prosecutions.htm) shows common patterns: no permit for confined space entry, isolation permits not followed, fire-watch not maintained after hot work. Fines can range from thousands to millions of pounds.

## A Self-Audit Checklist

Run through this checklist quarterly. It takes an hour and will tell you whether your system would survive external scrutiny.

### System Design

- Do you have written permit-to-work procedures that define when permits are required?
- Are permit types defined for each high-risk activity? (Our guides cover the specifics for [hot work](/blog/hot-work-permit-template), [confined spaces](/blog/confined-space-permit-template), [working at height](/blog/working-at-height-permit-template), and [electrical isolation](/blog/electrical-isolation-permit-template))
- Is there a defined list of who can authorise permits?
- Are authorisers trained and competent for the work types they are authorising?

### Permit Completion

- Pull 10 completed permits at random. For each one, check:
  - All sections filled in (no blank fields)
  - Both signatures present (permit holder and authoriser)
  - Validity period defined and not exceeded
  - Precautions checklist individually confirmed (not bulk-ticked)
  - Close-out completed with signature and time
- If more than 2 out of 10 have issues, you have a systemic problem

### Operational Checks

- Can you list all currently active permits right now?
- Can you retrieve a permit from 3 months ago within 5 minutes?
- Are permits stored securely? Do you review completed permits for quality, not just file them?

## Making Your System Audit-Ready

The gap between "we have a permit system" and "our system would survive an audit" is usually about consistency. Three things close that gap: **regular self-audits** (quarterly, using the checklist above), **accessible records** (our guide to [digital permit systems](/blog/digital-permit-to-work) covers how digital tools solve retrieval), and **supervisor accountability** (the authoriser's signature must mean they actually inspected the area).

## PermitPad: Built-In Audit Readiness

PermitPad is being built with audit compliance as a core feature, not an add-on. Every permit will have an automatic timestamped audit trail, mandatory fields that prevent incomplete submissions, and exportable records that you can hand to an inspector or principal contractor in seconds. [Join the waitlist](/#waitlist) to be first in line when we launch.

Want to see where your current system stands right now? Try the free [PTW readiness checker](/tools/ptw-readiness-checker) — it scores your setup against HSG250 in a few minutes.
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    </item>
    <item>
      <title>Free Electrical Isolation Permit Template (UK, HSE-Compliant)</title>
      <link>https://permitpad.co.uk/blog/electrical-isolation-permit-template</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/electrical-isolation-permit-template</guid>
      <pubDate>Sun, 15 Mar 2026 00:00:00 GMT</pubDate>
      <description>Download a free electrical isolation permit template for UK sites. Covers lock-out/tag-out, proving dead, safe isolation, and the Electricity at Work Regulations.</description>
      <content:encoded><![CDATA[
Electricity kills quickly and without warning. Contact with live conductors causes around 10 workplace deaths and over 2,000 injuries per year in the UK, according to [HSE electrical safety statistics](https://www.hse.gov.uk/statistics/causinj/electrical.htm). Many of these incidents happen during maintenance or installation when someone assumed a circuit was dead — and it wasn't. An electrical isolation permit template exists to make sure that assumption is replaced by a verified, documented process.

This guide walks through every section an electrical isolation permit should include, explains the legal requirements, and covers the lock-out/tag-out (LOTO) procedure that sits at the heart of safe electrical work.

*This guide provides general information based on UK HSE guidance. It does not constitute legal advice and is not a substitute for assessment by a competent person as defined in Regulation 16 of the [Electricity at Work Regulations 1989](https://www.legislation.gov.uk/uksi/1989/635/contents/made). Electrical work should only be carried out by persons with appropriate training and competence.*

## The Legal Framework

The [Electricity at Work Regulations 1989](https://www.legislation.gov.uk/uksi/1989/635/contents/made) are the primary legislation. Regulation 12 is the critical one: "Where necessary to prevent danger, suitable means (including, where appropriate, methods of identifying circuits) shall be available for cutting off the supply of electrical energy to any electrical equipment."

Regulation 13 adds: work on or near electrical equipment that is dead must be carried out only when "adequate precautions have been taken to prevent it from becoming live."

In practice, this means:

1. Isolate the supply
2. Secure the isolation (lock-out/tag-out)
3. Prove the circuit is dead at the point of work
4. Only then begin working

The permit documents that each of these steps has actually been completed. [HSE guidance document HSG85](https://www.hse.gov.uk/pubns/priced/hsg85.pdf) provides detailed advice on safe isolation and the permit system for electrical work.

If you're not familiar with permit-to-work systems generally, our [plain-English PTW guide](/blog/what-is-permit-to-work-system) covers the basics, and the [general permit to work template](/blog/permit-to-work-template) shows the standard sections every permit shares.

## When You Need an Electrical Isolation Permit

An electrical isolation permit should be used when maintenance or modification work requires circuits to be made dead, when work is done on or near switchgear or distribution boards, when mechanical work requires isolation to prevent unexpected start-up, and when multiple trades are affected by the same isolation.

For simple tasks where a single competent electrician isolates a circuit they control entirely, a formal permit may not be needed. But where multiple people are involved or the consequences of error are severe, the permit provides the documented cross-check that prevents mistakes.

## What Goes on an Electrical Isolation Permit (Section by Section)

### Permit Header

- Permit number
- Date and time of issue
- Valid from / valid until (single shift maximum — electrical permits should never roll overnight without re-verification)
- Site name and specific location
- Description of the work requiring isolation
- Name of permit holder and their employer

### Circuit and Equipment Identification

This section must be precise. Vague descriptions kill people.

- Circuit reference number(s) or equipment identification
- Location of the isolation point(s) — which distribution board, which switch, which breaker
- Voltage and phase information
- Drawing or schematic reference (if available)
- Description of the equipment being isolated (not just the circuit — the actual machine, panel, or system)

If isolation involves multiple points, list every single one. A motor that is fed from two separate supplies needs both supplies isolated. Miss one and the circuit is still live.

### Isolation Details

Record the specifics of how isolation has been achieved:

- **Method of isolation**: circuit breaker locked off, fuse withdrawn, isolator switch locked, supply disconnected — state the exact method for each point
- **Lock-out details**: lock serial number, who applied the lock, where the key is held
- **Tag-out details**: tag wording, who applied the tag, date and time
- **Multi-lock hasps**: where multiple people need to work on the same isolated circuit, a multi-lock hasp ensures the circuit cannot be re-energised until everyone has removed their personal lock

Every person working on the isolated circuit should apply their own lock. One lock per person — no exceptions. If the electrician who did the isolation leaves site, their lock stays on until they return and personally remove it, or a formal lock-removal procedure is followed.

### Proving Dead

This is the step that separates a proper isolation from a dangerous assumption. Before any work begins, the circuit must be proved dead at the point of work using a voltage indicator that has itself been proved.

The proving-dead sequence:

1. **Prove the voltage indicator** — test it on a known live source (or a proving unit) to confirm it is working correctly
2. **Test the isolated circuit** — apply the voltage indicator at the point of work, phase to phase and phase to earth
3. **Re-prove the voltage indicator** — test it again on the known live source to confirm it hasn't failed during use

Record on the permit:

- Name of the person who proved the circuit dead
- Type and serial number of the voltage indicator used
- Time the test was conducted
- Confirmation the prove-test-prove sequence was completed

[HSE guidance GS38](https://www.hse.gov.uk/pubns/gs38.pdf) sets out the requirements for test instruments used to check that circuits are dead. Using a non-contact voltage detector ("volt stick") alone is not sufficient — it must be backed up by a direct-contact voltage indicator.

### Authorisation and Re-Energisation

The **permit holder** confirms the isolation is in place. The **permit authoriser** — who must have electrical competence as defined in Regulation 16 of the [Electricity at Work Regulations 1989](https://www.legislation.gov.uk/uksi/1989/635/contents/made) — confirms the isolation is secure.

When work is complete: all workers confirm they are clear, all personal locks are removed by the individuals who applied them, the permit holder confirms the area is safe, the authoriser authorises re-energisation, and the permit is formally closed. Re-energisation must never happen until every lock holder has personally confirmed they are clear. No proxy removals. No assumptions.

## Common Mistakes on Electrical Isolation Permits

**Isolating the wrong circuit.** Circuit labelling in older buildings is frequently inaccurate. The permit process should include physical verification — not just reading the label on the distribution board. Prove dead at the point of work, every time.

**Single lock for multiple workers.** If three electricians are working under one person's lock, and that person re-energises without realising someone is still working, the result can be fatal. One person, one lock.

**Skipping the prove-test-prove sequence.** Testing the voltage indicator before and after use catches instrument failure. A voltage indicator that reads zero because it's broken is worse than no test at all — it gives false confidence.

**Permit stays open across shifts.** Conditions change. The person who took the isolation may not be on the next shift. Close the permit at the end of each shift, verify the isolation is still secure, and issue a new permit for the next shift.

**No mention of adjacent live conductors.** When working in a distribution board, the circuit you're working on may be dead but the bus bars and adjacent circuits are still live. The permit should identify this risk and record the precautions (barriers, insulating shrouds).

## Paper vs Digital Isolation Permits

Paper permits work but create two specific problems for electrical isolation. First, the lock-out details (serial numbers, hasp locations, who holds which key) involve precise information that is hard to track on paper when multiple people are involved. Second, the re-energisation sequence requires confirmation from every lock holder — on paper, this often means chasing signatures across a site.

PermitPad is building a digital electrical isolation permit with structured LOTO fields, multi-person lock tracking, and mandatory prove-dead confirmation before the permit can progress. [Join the waitlist](/#waitlist) to try it when we launch.

## Key References

- [Electricity at Work Regulations 1989](https://www.legislation.gov.uk/uksi/1989/635/contents/made) — the primary legislation for electrical safety at work
- [HSG85](https://www.hse.gov.uk/pubns/priced/hsg85.pdf) — Electricity at work: safe working practices (HSE)
- [GS38](https://www.hse.gov.uk/pubns/gs38.pdf) — Electrical test equipment for use on low voltage electrical installations (HSE)
- [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) — Guidance on permit-to-work systems (HSE)

## What to Do Now

If your team carries out electrical work and you don't currently use an isolation permit, start with the template structure above. The key is precision: exact circuit identification, individual lock-out for every worker, and the prove-test-prove sequence every time. No shortcuts, no assumptions, no "it should be dead."

Not sure if your broader permit system is up to standard? Try the free [PTW readiness checker](/tools/ptw-readiness-checker) — it scores your setup against HSG250 in a few minutes. Or generate a printable checklist for your next job using the [safety checklist generator](/tools/safety-checklist-generator).
]]></content:encoded>
    </item>
    <item>
      <title>How to Choose Permit to Work Software (Without Getting Locked In)</title>
      <link>https://permitpad.co.uk/blog/how-to-choose-permit-to-work-software</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/how-to-choose-permit-to-work-software</guid>
      <pubDate>Sun, 08 Mar 2026 00:00:00 GMT</pubDate>
      <description>A practical decision framework for choosing permit to work software. Covers pricing models, mobile access, HSE compliance, audit trails, and red flags.</description>
      <content:encoded><![CDATA[
You've decided your paper permit books aren't cutting it any more. Maybe permits are going missing, close-outs are getting skipped, or a client has asked to see your PTW records and you couldn't produce them quickly enough. Whatever the trigger, you're now looking at permit to work software — and the options range from enterprise platforms costing thousands per month to simple apps that barely cover the basics.

This guide is a decision framework. It won't recommend specific products, but it will help you ask the right questions so you don't end up paying for something your team won't use or can't afford to keep.

## Start With What You Actually Need

Before comparing features, get clear on your requirements. Most small-to-mid-sized UK contractors need hot work, confined space, electrical isolation, and working at height permits (our [guide to PTW systems](/blog/what-is-permit-to-work-system) covers when each applies), a dual-signature workflow per [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf), a structured close-out process, an audit trail that satisfies inspectors, and something the team can use on site without training days.

This guide focuses on the 90% of UK contractors who need reliable permit to work software without the enterprise price tag.

## The Seven Questions to Ask Every Vendor

### 1. What's the pricing model?

This is where most contractors get caught. There are three common models:

**Per-user pricing.** You pay for each person who uses the system — typically between five and fifteen pounds per user per month. This works if your team is small and stable, but it creates a perverse incentive: you end up restricting access to save money, which means the people who should be raising and checking permits can't. If you bring on subcontractors for a project, your bill spikes.

**Flat-rate pricing.** You pay a fixed monthly fee regardless of how many people use it. This is the model that makes most sense for construction and maintenance, where team sizes fluctuate and subcontractors come and go. Flat-rate means everyone who needs access gets access.

**Tiered/feature-gated pricing.** Core features at one price, "premium" features (audit exports, analytics, custom templates) locked behind higher tiers. Check carefully what's included at each level. If the audit trail export is a premium feature, you're paying extra for the thing that makes the software useful in the first place.

Ask directly: what happens when my team grows from 5 to 15 people? What's the cost for 50 users? If the answer makes you wince, the pricing model is wrong for your business.

### 2. Does it work on a phone, on site, right now?

A permit to work software that requires a desktop computer in the site office is barely better than paper. Your permits get raised on scaffolds, in plant rooms, and at the edge of excavations. The software needs to work on a standard smartphone — not just technically function, but be genuinely usable on a 6-inch screen with gloved hands.

Test this yourself. Ask for a trial and try creating a permit on your phone while standing up. If you find yourself pinching and zooming, or if forms require typing long free-text paragraphs, it's not designed for site use.

### 3. Does it work offline?

UK construction sites regularly have poor or no mobile signal — basements, tunnels, rural locations, steel-framed buildings. If the software requires a constant internet connection, your team will revert to paper the first time they lose signal, and they won't switch back.

Good permit to work software should let users create and complete permits offline, then sync automatically when connectivity returns. Ask specifically how this works: can you create, authorise, and close a permit entirely offline? Or only create it?

### 4. Does it follow HSG250 structure?

[HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) is the HSE's guidance on permit-to-work systems. It isn't law, but it's the standard that inspectors and auditors use to assess your system. Our [digital permit to work guide](/blog/digital-permit-to-work) covers how HSG250 applies to digital systems.

The software should enforce the key elements:

- Hazard identification linked to risk assessments
- Precautions checklist with individual confirmation of each item
- Dual-signature authorisation (permit holder and authoriser)
- Defined validity period
- Mandatory close-out with sign-off
- Clear audit trail showing who did what and when

If the software lets you create a permit with blank hazard fields or skip the authorisation step, it's a liability, not a tool.

### 5. What does the audit trail actually look like?

Every product claims to have an audit trail. The question is what it records and how accessible it is. A proper audit trail captures who created the permit (timestamped), who authorised it, any amendments with the original preserved, close-out details, and a history viewable per permit, per site, or per date range.

Ask to see a sample audit report. If it shows a step-by-step timeline with timestamps and mandatory fields, that's evidence. If it's a basic list of dates and names, it might not satisfy an HSE inspector.

### 6. Can you get your data out?

This is the question most people forget to ask until it's too late. If you decide to switch providers, or the company goes under, can you export all your permit data? In what format?

Minimum acceptable: PDF export of individual permits and bulk CSV or PDF export of all historical data. If the vendor says your data is "in the cloud" but can't tell you how to get it out, treat that as a red flag.

Your permit records have legal significance. Under the [Management of Health and Safety at Work Regulations 1999](https://www.legislation.gov.uk/uksi/1999/3242/contents/made), you're expected to maintain records of your risk management. If those records are locked inside a platform you can't access, you have a problem.

### 7. Self-serve or demo-wall?

Some vendors let you sign up and start a free trial immediately. Others require a demo call with a sales rep before you can see the software. If a product is designed for small contractors, it should be simple enough to evaluate without a guided tour. You want to test it on a real site with real people, not watch a polished presentation.

## Red Flags to Watch For

**No free trial.** If you can't try the software before committing, the vendor either doesn't trust their product or is relying on sales pressure to close deals. Walk away.

**Contracts longer than monthly.** Annual contracts with no exit clause lock you in. Monthly billing with the ability to cancel gives you leverage and flexibility.

**Per-user pricing with no cap.** Fine at 5 users. Painful at 50. Do the maths for your peak team size.

**"Customisable" but only by them.** If every template change or field addition requires the vendor to do it for you (often at extra cost), you're dependent on their timeline and their pricing.

**No offline mode.** As discussed above — this is non-negotiable for site-based software.

## The Decision That Matters Most

The best permit to work software is the one your team actually uses. A sophisticated system that everyone avoids is worse than a simple one they adopt. When evaluating options, weight ease-of-use and mobile experience more heavily than feature count. A permit that gets completed properly on a phone is infinitely more valuable than a permit with 40 fields that nobody fills in.

If your current system is paper and it's working well enough but you're hitting the limits around audit trails and compliance evidence, our [guide to digital permits](/blog/digital-permit-to-work) covers the practical benefits of making the switch. And if you want to see what paper permits are really costing you in admin time, try the free [permit cost calculator](/tools/permit-cost-calculator).

## PermitPad: Built for This

PermitPad is being built specifically for small and mid-sized UK contractors who need a PTW system that is HSG250-aligned, mobile-first, flat-rate priced (no per-user fees), works offline, and can be set up in minutes without a demo call. [Join the waitlist](/#waitlist) to be first in line when we launch.
]]></content:encoded>
    </item>
    <item>
      <title>Free Working at Height Permit Template (UK, HSE-Compliant)</title>
      <link>https://permitpad.co.uk/blog/working-at-height-permit-template</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/working-at-height-permit-template</guid>
      <pubDate>Sun, 01 Mar 2026 00:00:00 GMT</pubDate>
      <description>Download a free working at height permit template for UK sites. Covers scaffold checks, MEWP inspections, fall protection, and Work at Height Regulations 2005.</description>
      <content:encoded><![CDATA[
Falls from height remain the single biggest killer on UK construction sites. A working at height permit template won't eliminate that risk on its own, but it forces a structured check before anyone leaves ground level — and that check is where most accidents are preventable.

This guide walks through every section a working at height permit should include, explains what the law requires, and covers common mistakes that turn permits into wasted paper.

## What the Law Requires

The [Work at Height Regulations 2005](https://www.legislation.gov.uk/uksi/2005/735/contents/made) apply to all work at height where there is a risk of a fall liable to cause personal injury. The regulations set out a clear hierarchy: avoid work at height where reasonably practicable, prevent falls using the right equipment, and minimise the distance and consequences of a fall if one cannot be prevented.

A permit-to-work doesn't replace the risk assessment — it proves the controls from that assessment are actually in place before work starts. [HSE guidance on work at height](https://www.hse.gov.uk/work-at-height/) reinforces that planning and organisation are the foundation.

If you're new to permit-to-work systems generally, our [plain-English guide to PTW systems](/blog/what-is-permit-to-work-system) covers the basics. The [general permit to work template](/blog/permit-to-work-template) shows the standard structure every permit shares — this guide focuses on the height-specific additions.

## When You Need a Working at Height Permit

Not every task at height needs a permit. But a permit should be used when:

- Work involves scaffolding, mobile towers, or temporary platforms
- Mobile Elevating Work Platforms (MEWPs) are in use — cherry pickers, scissor lifts, boom lifts
- There is a risk of falling through fragile surfaces (roof lights, fibre cement sheets, liner panels)
- Work takes place over open edges without permanent guardrails
- Multiple trades are working at different levels in the same area
- Roof work of any kind, particularly on pitched or fragile roofs

The [Construction (Design and Management) Regulations 2015](https://www.legislation.gov.uk/uksi/2015/51/contents/made) also require principal contractors to manage overlapping activities. If two subcontractors are working at height in the same zone, a permit system keeps that coordinated.

## What Goes on a Working at Height Permit (Section by Section)

### Permit Header

- Permit number (sequential, for audit trail)
- Date and time of issue
- Valid from / valid until (single shift or single day — never open-ended)
- Site name and specific location ("Block C roof, east elevation", not just "roof")
- Description of work being carried out
- Name of permit holder and their employer

### Risk Assessment Reference

The permit must reference the task-specific risk assessment. If the assessment says edge protection is needed on the south parapet, the permit confirms edge protection is installed on the south parapet. The permit is the proof the assessment has been actioned, not a summary of it.

### Access Equipment Details

Record the specific equipment being used:

- **Scaffolding**: Tag number, date of last inspection, name of the competent inspector. Under the Work at Height Regulations, scaffolds must be inspected before first use, after any event likely to have affected stability, and at intervals not exceeding 7 days. Inspection reports must be kept on site.
- **Mobile towers**: Confirmation the tower is assembled to the manufacturer's instructions, outriggers deployed (if required), and the platform height does not exceed the safe working height for the configuration.
- **MEWPs**: Machine ID, date of last thorough examination (LOLER requires this every 6 months for MEWPs), operator name, and confirmation the operator holds a valid IPAF card or equivalent.
- **Ladders**: Only where justified by the risk assessment as a short-duration task. Record ladder type, condition check, and securing method (tied, footed, or stabiliser).

### Fall Protection Checklist

This is the core of the height permit. Every item should be individually confirmed:

- Edge protection installed and inspected (guardrails, toe boards, brick guards)
- Fragile surface warnings in place and barriers installed around roof lights or fragile panels
- Safety netting installed below work area (if specified in the risk assessment)
- Personal fall protection available and inspected — harnesses within date for thorough examination, lanyards undamaged, anchor points rated and identified
- Exclusion zone established below the work area to protect ground-level workers and the public
- Falling materials controls in place (debris netting, tool tethers, enclosed waste chutes)
- Weather conditions checked and acceptable (wind speed limits for MEWPs are typically 28 mph / 12.5 m/s, but check the manufacturer's guidance for the specific machine)

### Emergency and Rescue Arrangements

The permit should record the rescue plan for a worker suspended in a harness (suspension trauma can be fatal within 20 minutes), first aid provision, and communication method between workers at height and ground level.

### Authorisation and Close-Out

Two signatures minimum: the **permit holder** confirms precautions are in place and the team is briefed, and the **permit authoriser** confirms they have inspected the area. This dual-signature requirement forces an independent check before work begins.

When the work is complete: all personnel descended and accounted for, tools removed from height, access equipment safe or dismantled, and the permit signed off by both parties. Keep completed permits in your safety file.

## Common Mistakes on Height Permits

**Relying on harnesses as the primary control.** Harnesses are last-resort fall arrest, not first-choice prevention. The hierarchy in the regulations is clear: collective protection (guardrails, netting) comes before personal protection (harnesses). If your permit lists a harness but no edge protection, the question is why not.

**No MEWP pre-use check.** Operators should complete a daily pre-use inspection covering controls, tyres, hydraulics, safety devices, and guardrails. The permit should confirm this has been done, not assume it.

**Scaffold inspection out of date.** A scaffold inspected eight days ago is non-compliant. The 7-day inspection cycle under the [Work at Height Regulations 2005](https://www.legislation.gov.uk/uksi/2005/735/contents/made) is absolute. If the inspection has lapsed, work stops until it is done.

**Weather not checked.** Wind at ground level and wind at 20 metres are different things. MEWP manufacturers specify maximum wind speeds, and scaffold loading changes in high wind. The permit should record the weather check, not leave it to assumption.

**No rescue plan for harness users.** A worker hanging in a harness after a fall needs to be rescued quickly. [HSE guidance INDG401](https://www.hse.gov.uk/pubns/indg401.pdf) covers the basics of planning rescue. If your permit doesn't address rescue, the system has a gap that could be fatal.

## Paper vs Digital Height Permits

Paper permits work if your team completes them properly. The persistent problem is that height permits often get completed at ground level after the work is already underway — defeating the purpose of a pre-work check.

PermitPad is building a digital working at height permit with guided checklists, scaffold inspection tracking, and mandatory fields that enforce the correct sequence. [Join the waitlist](/#waitlist) to try it when we launch.

Digital or paper, the principle is the same: nobody goes up until the permit is signed. The format matters less than the discipline behind it.

## Key References

- [Work at Height Regulations 2005](https://www.legislation.gov.uk/uksi/2005/735/contents/made) — the primary regulations for all work at height
- [Construction (Design and Management) Regulations 2015](https://www.legislation.gov.uk/uksi/2015/51/contents/made) — CDM duties for planning and managing high-risk work
- [LOLER 1998](https://www.legislation.gov.uk/uksi/1998/2307/contents/made) — Lifting Operations and Lifting Equipment Regulations, covering MEWP thorough examinations
- [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) — HSE guidance on permit-to-work systems

## What to Do Now

If you run work at height and don't currently use a permit system, start with the template structure above. If you want to check how your current setup measures up, try the free [PTW readiness checker](/tools/ptw-readiness-checker) — it scores your system against HSG250 in a few minutes.

The regulations don't ask for perfection. They ask for a safe system of work that is planned, organised, and documented. A properly completed height permit is that documentation.
]]></content:encoded>
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    <item>
      <title>Free Confined Space Permit Template (UK, HSE-Compliant)</title>
      <link>https://permitpad.co.uk/blog/confined-space-permit-template</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/confined-space-permit-template</guid>
      <pubDate>Sun, 22 Feb 2026 00:00:00 GMT</pubDate>
      <description>Download a free confined space permit-to-work template for UK construction and maintenance. Covers gas testing, rescue plans, and atmospheric monitoring.</description>
      <content:encoded><![CDATA[
Most confined space incidents happen because someone skipped a step on the permit. The worker assumes the gas test was done. The supervisor thought the standby person was briefed. The rescue plan exists somewhere, but nobody's looked at it in months.

A proper confined space permit template forces you to tick every box before anyone enters. It's not just paperwork — it's the thing that makes sure your team comes out the same way they went in.

*This guide provides general information based on UK HSE guidance. It does not constitute legal advice and is not a substitute for a site-specific risk assessment by a competent person as defined in the [Confined Spaces Regulations 1997](https://www.legislation.gov.uk/uksi/1997/1713/contents/made).*

## What Counts as a Confined Space (Legal Definition)

[The Confined Spaces Regulations 1997](https://www.legislation.gov.uk/uksi/1997/1713/contents/made) define a confined space as any place where serious injury can occur from hazardous substances or conditions. That includes:

- Tanks, silos, and vessels
- Vats, manholes, and sewers
- Ductwork and tunnels
- Pits, trenches over 1.2m deep
- Unventilated rooms or plant areas

The key word is "hazardous". A space doesn't need to feel claustrophobic to count. If there's a risk of dangerous gas, oxygen deficiency, drowning, or being trapped, it's a confined space under the regulations.

[HSE guidance (INDG258)](https://www.hse.gov.uk/pubns/indg258.pdf) makes it clear: if you're not sure, treat it as confined. The paperwork takes ten minutes. A fatality investigation takes months.

## When You Need a Permit-to-Work

Not every confined space needs a permit, but most do. The Confined Spaces Regulations say you must avoid entry if possible (do the work from outside). If you can't avoid it, you need a safe system of work.

For anything beyond simple, low-risk entries with permanent ventilation and safe access, that safe system is a permit-to-work. This is where [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) (HSE's permit guidance) comes in — it sets out when permits are required for high-risk tasks.

You'll need a confined space permit when:

- Gas testing shows oxygen below 19.5% or above 23%
- Flammable or toxic gases are present (or could develop)
- Work generates fumes, dust, or depletes oxygen (welding, cutting, painting)
- There's risk of flooding, engulfment, or temperature extremes
- Access is restricted (injury could prevent escape)
- Rescue would require specialist equipment

If you're running a broader [permit-to-work system](/blog/what-is-permit-to-work-system), confined space permits usually sit alongside hot work and electrical isolation permits as high-risk activities. Our [general permit to work template](/blog/permit-to-work-template) covers the standard sections every PTW form should include, while this guide focuses on the specialist requirements for confined spaces. PermitPad is building a digital confined space permit with guided checklists and atmospheric monitoring fields — [join the waitlist](/#waitlist) to try it when we launch.

## What Goes on a Confined Space Permit (Section-by-Section)

Here's what every template needs. Miss one section and you're not compliant — or worse, you're creating a gap where someone gets hurt.

### Permit Header

- Permit number (for tracking and audits)
- Site location and specific confined space location
- Work description (brief but specific: "clean sludge from tank base", not "tank maintenance")
- Planned entry and exit times
- Date and shift details

### Risk Assessment Reference

Link to your site-specific confined space risk assessment. The permit isn't a replacement for the assessment — it's proof the controls are in place before entry.

If the assessment says you need breathing apparatus, the permit confirms it's there and tested. If it requires forced ventilation, the permit shows it's running.

### Atmospheric Testing Results

This is non-negotiable. Before anyone enters, you need baseline readings for:

- Oxygen percentage (safe range: 19.5–23%)
- Flammable gas (must be <10% LEL)
- Toxic gases (H₂S, CO, etc. — depends on your risk assessment)

Record the tester's name, time of test, and instrument serial number. If the space needs continuous monitoring, note the monitoring frequency (typically every hour or when work changes).

### Pre-Entry Checklist

List every control measure from your risk assessment:

- Isolation complete (mechanical, electrical, service lines)
- Ventilation operating (natural or forced)
- Lighting adequate and safe (low-voltage if required)
- Emergency equipment in place (rescue harness, tripod, breathing apparatus)
- Communication method confirmed (radio, line signals, direct line of sight)

Each item gets a yes/no tick and initials. No "N/A" unless you can point to the risk assessment justifying why it doesn't apply.

### Personnel

- Names of entrants (everyone entering must be listed)
- Competent supervisor (name and signature)
- Standby person (must be outside, trained in rescue, never enters alone)
- Rescue team details (on-site or emergency services)

### Work Activities and Hazards

Be specific. "Welding" tells you nothing. "Arc welding 30-minute intervals with forced ventilation and gas monitoring" tells you what to watch for.

Flag any changes during the shift. If the scope changes, you close this permit and open a new one.

### Permit Authorisation

The authorising person (usually site manager or appointed supervisor) signs to confirm:

- They've reviewed the risk assessment
- All controls are in place
- Personnel are competent and briefed
- Atmospheric testing is acceptable
- Rescue arrangements are ready

### Permit Closure

When the job's done, the supervisor closes the permit by confirming:

- All personnel out
- Tools and equipment removed
- Space returned to safe condition (if applicable)
- Any incidents or near-misses noted

Keep completed permits for your safety file. HSE inspectors will ask for them.

## Common Mistakes (and How to Avoid Them)

**Gas testing once at the start.** Atmosphere can change as work progresses. If you're welding, painting, or draining, you need continuous or periodic monitoring. Set a schedule and stick to it.

**Standby person helping with the work.** Their job is to watch and raise the alarm. If they're fetching tools or passing materials, they're not doing their job. Worse, if something goes wrong, they might rush in and become a second casualty.

**Permit stays open overnight.** Close it at the end of each shift. Conditions can change when nobody's watching. The next crew needs fresh testing and a fresh permit.

**Generic risk assessments.** "Confined space work" isn't specific enough. You need a task-specific assessment for each location and activity. The permit references that specific assessment, not a general template.

**No rescue plan.** You can't just ring 999 and hope. If entry requires breathing apparatus or the space is vertical, rescue needs specialist equipment and training. Arrange it before the permit opens, not during an emergency.

## Paper vs Digital Permits

Paper permits work if you're disciplined. The problem is they're easy to shortcut. Someone forgets the gas monitor, so they scribble in yesterday's readings. The supervisor's off-site, so the permit sits unsigned until they're back.

When it launches, PermitPad will include guided checklists that won't let you skip atmospheric testing or miss the standby person's name — designed for smaller contractors who don't have dedicated safety managers. [Join the waitlist](/#waitlist) to try it.

The other advantage of digital is traceability. Paper permits get filed (or lost). Digital permits are searchable, timestamped, and backed up. When you need to prove compliance during an audit or investigation, you've got the records instantly.

Our [guide to digital permits](/blog/digital-permit-to-work) covers the practical differences in detail. That said, paper beats nothing. If you're running a small job and digital isn't an option, print a template, fill it in properly, and file it. The regulations don't specify format — they specify process.

## What to Do Right Now

If you're running confined space work and don't have a permit system:

1. Download or create a template that covers all sections above
2. Train your supervisors on when permits are required and how to complete them
3. Make sure every site has calibrated gas testing equipment
4. Arrange rescue cover (on-site team or emergency service agreement)
5. File completed permits and review them periodically for patterns (same hazards, same mistakes)

Not sure where your current system stands? Our free [PTW readiness checker](/tools/ptw-readiness-checker) scores your setup against HSG250 in a few minutes.

[The Confined Spaces Regulations 1997](https://www.legislation.gov.uk/uksi/1997/1713/contents/made) are straightforward: avoid entry if you can, use a safe system if you can't. A properly completed permit is that safe system. It takes ten minutes to fill in and could save someone's life.

If you treat it like a tick-box exercise, it won't protect anyone. If you use it as a final check before entry — atmospheric testing done, rescue ready, everyone briefed — it works exactly as intended.]]></content:encoded>
    </item>
    <item>
      <title>Digital Permit to Work: Why UK Contractors Are Going Paperless</title>
      <link>https://permitpad.co.uk/blog/digital-permit-to-work</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/digital-permit-to-work</guid>
      <pubDate>Sun, 15 Feb 2026 00:00:00 GMT</pubDate>
      <description>Why UK contractors are switching from paper permit books to digital permit to work systems. Practical benefits, common concerns, and how to make the switch.</description>
      <content:encoded><![CDATA[
Paper permit books have been the backbone of permit-to-work systems on UK sites for as long as most of us can remember. They are cheap, they are familiar, and they require no IT infrastructure. For decades, that was enough.

But the limitations of paper are becoming harder to ignore. Permits go missing. Close-outs get forgotten. Handwriting is illegible during investigations. And when a client, principal contractor, or HSE inspector asks to see your permit records, the answer is often an uncomfortable silence followed by a trip to a filing cabinet that may or may not contain what you need.

A digital permit to work system replaces the paper book with a phone, tablet, or computer. The process is the same — create, approve, monitor, close — but the execution is faster, more reliable, and produces an automatic audit trail. (Not sure what a [permit-to-work system](/blog/what-is-permit-to-work-system) involves? Start there.) Here is what that looks like in practice.

## How a digital permit to work system works

The workflow mirrors what you already do on paper, but with structured enforcement at every step:

### 1. Permit creation

The permit holder opens the app or web platform, selects the permit type (hot work, confined space, electrical isolation, working at height, or general), and fills in the required fields: location, description of work, hazards, and the precautions checklist.

Unlike a blank paper form, a digital system presents the right fields for each permit type. A hot work permit shows fire-watch requirements and extinguisher checks. A confined space permit includes atmospheric monitoring and rescue plan fields. The user is guided through the process rather than left to remember what to include.

### 2. Authorisation

Once the permit is submitted, the designated authoriser receives a notification. They review the permit details, confirm they have inspected the area (or are satisfied with the conditions described), and approve it digitally. This approval is time-stamped and tied to their user account — far more reliable than a scribbled signature on wet paper.

If the authoriser is on another site, they can review and approve remotely. This eliminates the common bottleneck where work is delayed because the authoriser is physically unavailable to sign a paper form.

### 3. Active permit monitoring

While the permit is live, it is visible to anyone with access — the site manager, the principal contractor, the health and safety team. If a permit is approaching its expiry time, the system can flag it. If multiple permits are active in the same area, that is visible too.

### 4. Close-out

When the work is complete, the permit holder completes the close-out section: confirming the area is safe, isolations have been removed, fire watch has been completed, and detection systems have been re-activated. The authoriser signs off the close-out, and the permit is formally closed.

On paper, the close-out is the step that gets missed most often. Digitally, the system can flag any permit that has not been closed within its validity period, making missed close-outs much less likely.

## The real benefits of going digital

### Compliance that actually holds up

[HSE guidance (HSG250)](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) requires that permit-to-work systems include a clear audit trail. Paper can provide this in theory, but in practice, permits get lost, damaged, or stored inconsistently. A digital system creates a permanent, searchable record of every permit ever issued — who created it, who approved it, when it was opened, and when it was closed. This is exactly what inspectors and auditors want to see.

### Faster turnaround

On a busy site, waiting for an authoriser to physically come to the permit book and sign a form can delay work by hours. Digital authorisation can eliminate this. The authoriser reviews and approves from their phone, and the permit can be live within minutes.

### Fewer incomplete permits

The most common failing in paper PTW systems is the incomplete permit — missing close-outs, unsigned authorisations, blank checklist items. A digital system enforces mandatory fields. If a required section is not completed, the permit cannot progress to the next stage.

### Better visibility for principal contractors and clients

If you work as a subcontractor, your principal contractor may require evidence that permits are in place. Sharing a digital permit — or giving them view access to your system — is far simpler than photocopying paper forms or sending photos of permit books.

### Reduced admin

Filing, photocopying, scanning, and archiving paper permits takes time that nobody enjoys. A digital system handles storage automatically. Exporting a batch of permits as PDFs for a monthly report takes seconds.

## Common concerns about going digital

### "Our lads are not tech-savvy."

This is the objection we hear most often. And it is worth taking seriously — any system that your team will not use is worthless, regardless of how good it is on paper. The key is choosing a digital tool that is genuinely simple. If someone can use WhatsApp, they can use a well-designed permit app. The learning curve should be minutes, not days.

### "What about sites with no signal?"

Poor connectivity is a real issue on UK construction sites, especially in basements, tunnels, and rural areas. A good digital permit system should work offline — allowing permits to be created and completed without an internet connection, then synced automatically when connectivity returns.

### "Is it actually accepted by HSE?"

HSE does not mandate a specific format for permits. [HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) describes what a permit system should include, not what medium it should use. A digital permit that follows the HSG250 structure — hazard identification, precautions checklist, dual signatures, close-out — is fully compliant. In fact, the automatic timestamping and audit trail of a digital system arguably provides stronger evidence of compliance than paper.

### "What does it cost?"

This used to be the real barrier. Enterprise PTW platforms designed for oil and gas or large industrial facilities cost hundreds or thousands of pounds per month. But a new generation of tools is being built specifically for smaller contractors, with flat-rate pricing that starts from around £35 per month — no per-user fees that punish team growth.

## Making the switch

If you are considering moving from paper to digital, a practical approach is to run both in parallel for a short period. Issue your next few permits digitally while keeping the paper book as a fallback. Once your team is comfortable — which typically takes a week or two — retire the paper.

The important thing is that your permit-to-work system is actually used, consistently and properly. Digital tools make that easier by guiding users through each step, enforcing completeness, and creating an audit trail automatically. But the tool is only as good as the culture behind it. A digital permit that nobody takes seriously is no better than a paper permit that nobody reads.

## PermitPad: coming soon for small UK contractors

PermitPad is a digital permit to work system being built for small and mid-sized UK contractors. It will include HSE-aligned templates for hot work, confined space, working at height, electrical isolation, and general permits — each with guided checklists, mandatory dual-signature workflows, and automatic time-stamped audit trails.

It will work on any phone, tablet, or computer, with flat-rate pricing and no per-user fees. [Join the waitlist](/#waitlist) to be first in line when we launch.

Not sure if your current system is up to scratch? Try our free [PTW readiness checker](/tools/ptw-readiness-checker) — it scores your setup against HSG250 in a few minutes. Or use our [permit cost calculator](/tools/permit-cost-calculator) to see what paper permits are really costing you.
]]></content:encoded>
    </item>
    <item>
      <title>Free Permit to Work Template (UK, HSE-Aligned)</title>
      <link>https://permitpad.co.uk/blog/permit-to-work-template</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/permit-to-work-template</guid>
      <pubDate>Sun, 08 Feb 2026 00:00:00 GMT</pubDate>
      <description>Download a free permit to work template aligned with HSE guidance (HSG250). Includes a walkthrough of every section — from hazard identification to close-out — so you can build a compliant PTW system.</description>
      <content:encoded><![CDATA[
If you manage high-risk work on UK construction or maintenance sites, you almost certainly need a permit-to-work (PTW) system. The problem is knowing where to start. Most contractors we speak to understand the concept — they just want a solid template they can put into use on Monday morning.

This guide walks through every section a good permit to work template should contain, explains why each part matters, and describes what an HSE-aligned form looks like in practice. PermitPad is building a digital permit to work with guided fields and automatic audit trails — [join the waitlist](/#waitlist) to try it when it launches.

*This guide covers UK requirements and references HSE guidance. Legislation and standards may differ in other jurisdictions.*

## What is a permit to work template?

A permit to work template is a pre-formatted form used to authorise and control high-risk work on site. It is not a risk assessment, though it references one. It is not a method statement. It is a controlled document that records who is doing what, where, when, and under what safety conditions. If you are new to PTW systems, our [permit-to-work system guide](/blog/what-is-permit-to-work-system) covers the fundamentals.

[HSE guidance document HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf) describes a permit to work as "a formal recorded process used to control work which is identified as potentially hazardous." The template is the practical tool that makes this process repeatable.

A single generic PTW template can cover multiple work types — hot work, confined space entry, electrical isolation, working at height — or you can use separate templates for each. Many contractors start with one general-purpose template and add specialist versions later.

## What the template should include

A well-structured permit to work template has six core sections. Here is what each one covers and why it matters.

### Section 1: Permit identification

Every permit needs basic administrative information:

- **Permit number** — sequential numbering makes filing and auditing straightforward
- **Date and time of issue**
- **Valid from / valid to** — permits must have a defined time window. Open-ended permits defeat the purpose of the system.
- **Permit type** — hot work, confined space, electrical, height, general high-risk, or other
- **Site and specific location** — "Building A" is not enough. "Building A, basement plant room, south wall" is better.

### Section 2: Description of work

A clear, plain-language description of the task being carried out and the equipment being used. This section should be specific enough that anyone reading the permit understands what is happening without needing to ask.

### Section 3: Hazard identification

This section links the permit to the relevant risk assessment and identifies location-specific hazards. Typical items include:

- Presence of combustible or flammable materials
- Confined or enclosed spaces
- Live electrical systems or buried services
- Work at height with fall risks
- Other workers or members of the public in the area
- Environmental conditions (weather, ventilation, lighting)

The hazard identification should be completed fresh for each permit, not copied from a previous one. Conditions change.

### Section 4: Precautions and controls checklist

This is the most important section. It lists the specific precautions that must be in place before work begins:

- Relevant risk assessment reviewed and briefed to the work team
- Area inspected by the permit authoriser
- Isolation or lock-out/tag-out completed where required
- Barriers, signage, or exclusion zones established
- Correct PPE identified and available
- Emergency equipment in place (fire extinguisher, rescue kit, first aid)
- Fire detection or alarm systems isolated if necessary (with notification)
- Atmospheric monitoring completed where applicable
- Affected personnel and neighbouring trades notified

Each item should be individually confirmed — not bulk-ticked. A checklist where every box is marked in the same pen stroke, at the same angle, suggests nobody actually checked anything.

### Section 5: Authorisation signatures

A permit requires at least two signatures:

- **Permit applicant (or permit holder)** — the person carrying out the work, or their supervisor. They confirm the precautions are in place and they understand the conditions.
- **Permit authoriser** — the person responsible for checking the area and authorising the work to proceed. This should be someone with the competence and authority to make that judgement.

This dual-signature requirement is the backbone of any PTW system. It forces a face-to-face conversation and a physical inspection before high-risk work starts.

### Section 6: Close-out and handback

When the work is finished, the permit must be formally closed. The close-out section records:

- Work completed or suspended
- Area inspected and left in a safe condition
- Isolations removed or systems re-energised
- Fire watch completed for the required period (if applicable)
- Fire detection and alarm systems re-activated
- Permit signed off by the holder and the authoriser

A permit without a close-out is incomplete. This is the most commonly missed step on paper-based systems — the work gets done, everyone moves on, and nobody signs off the permit. It creates gaps in your audit trail that are difficult to explain during an inspection.

## Common mistakes with PTW templates

**Too generic.** A template that tries to cover every scenario with vague wording ends up covering none of them well. If your team regularly does hot work and confined space entry, consider having dedicated templates for each.

**No time limit.** Permits valid "until further notice" are not real permits. Best practice is to limit validity to a single shift or a single day.

**Checklist treated as a formality.** If the checklist is not actually driving behaviour — if people tick the boxes after the work is done rather than before — the system has failed. Training and regular audits are the fix.

**Single-signature permits.** A permit signed only by the person doing the work provides no independent check. The dual-signature model is essential.

## HSE references

- **[HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf)** — Guidance on permit-to-work systems (HSE). The primary UK reference for PTW design and implementation.
- **[Management of Health and Safety at Work Regulations 1999](https://www.legislation.gov.uk/uksi/1999/3242/contents/made)** — the legal basis for formal risk management systems.
- **[L121](https://www.hse.gov.uk/pubns/priced/l121.pdf)** — Safe work in confined spaces (Approved Code of Practice).

## Paper or digital?

Paper PTW books are available from safety suppliers for a few pounds and they work. But they have well-known limitations: permits go missing, handwriting is illegible, close-outs get forgotten, and retrieving records for an audit means rifling through a box of carbon copies.

Our [guide to digital permits](/blog/digital-permit-to-work) covers why UK contractors are making the switch. A digital permit to work solves these problems. Structured fields replace free-text scrawl, mandatory steps cannot be skipped, signatures are time-stamped, and every permit is stored and searchable instantly.

PermitPad is building a digital permit to work system designed for small UK contractors. It follows the same section structure described above — identification, hazards, checklist, signatures, close-out — with guided fields on any phone or tablet. [Join the waitlist](/#waitlist) to be first in line when it launches.

## Specific permit templates

For detailed, type-specific templates with section-by-section walkthroughs:

- [Hot work permit template](/blog/hot-work-permit-template) — welding, cutting, grinding, and brazing permits
- [Confined space permit template](/blog/confined-space-permit-template) — gas testing, rescue plans, and atmospheric monitoring

If you need a quick printable checklist for today's work, our free [safety checklist generator](/tools/safety-checklist-generator) builds one based on your selected work types.
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    <item>
      <title>Free Hot Work Permit Template (UK, HSE-Compliant)</title>
      <link>https://permitpad.co.uk/blog/hot-work-permit-template</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/hot-work-permit-template</guid>
      <pubDate>Sun, 01 Feb 2026 00:00:00 GMT</pubDate>
      <description>Download a free hot work permit template aligned with HSE guidance. Includes fire-watch checklist, precaution fields, and a walkthrough of each section.</description>
      <content:encoded><![CDATA[
Hot work is one of the most common causes of fire on construction and maintenance sites. Every year in the UK, welding, cutting, grinding, and brazing cause fires that destroy buildings, injure workers, and shut down projects. A hot work permit is the standard way to control these risks — and if you do not currently use one, this guide will help you start.

Below, we walk through what a good hot work permit includes, explain each section, and describe what an HSE-compliant template looks like. PermitPad is building a digital hot work permit with guided checklists — [join the waitlist](/#waitlist) to try it when it launches.

*This guide covers UK requirements and references HSE guidance. Legislation and standards may differ in other jurisdictions.*

## What is a hot work permit?

A hot work permit is a formal written authorisation to carry out work that produces sparks, flames, or significant heat. It documents the hazards, the precautions taken, and the people involved. It is valid for a specific location and time window only.

The term "hot work" covers:

- **Welding** (MIG, TIG, MMA, oxy-acetylene)
- **Thermal cutting and gouging**
- **Grinding and disc cutting** (angle grinders, cut-off saws)
- **Brazing and soldering** with a torch
- **Bitumen heating** (roofing work)
- **Any work with open flames or sparks** near combustible materials

If the work produces enough heat to ignite something nearby, it needs a permit.

## Why bother with a permit?

You might think that an experienced welder does not need a piece of paper to tell them how to weld safely. And you would be right — the permit is not about teaching them to weld. It is about making sure the environment is safe before they strike an arc.

Consider the common fire scenarios:

- Grinding sparks travel through a gap in a wall and ignite insulation behind the plasterboard.
- Welding spatter falls through a floor grating and lands on oily rags two storeys below.
- Hot cutting on a pipe that was not properly purged and still contains flammable residue.
- A fire starts two hours after hot work has finished, because nobody checked for smouldering material.

Every one of these has happened in the UK. A hot work permit forces you to think about these scenarios before work starts, not after a fire has started.

## What the template should include

A good hot work permit template has these sections:

### Section 1: Permit details

Basic information that identifies the permit:

- **Permit number** — sequential numbering helps with filing and audit
- **Date and time of issue**
- **Valid from / valid until** — hot work permits should not be open-ended. A typical duration is one shift or one day.
- **Site and location** — be specific. "Main building" is not enough. "Ground floor plant room, east wall" is better.
- **Description of work** — what is being done and with what equipment

### Section 2: Hazard identification

This section references the risk assessment and identifies specific hazards at this location:

- Combustible materials nearby (timber, insulation, packaging, chemicals)
- Flammable atmospheres (solvent vapours, gas leaks, fuel stores)
- Concealed spaces behind walls, above ceilings, or below floors where sparks could travel
- Other workers in the area who could be affected
- Fire detection systems that may need to be isolated (and re-activated after)

### Section 3: Precautions checklist

This is the heart of the permit. A checklist of precautions that must be confirmed before work starts:

- Combustible materials removed or covered with fire-resistant sheeting within a minimum radius (typically 10 metres, or as far as sparks could reach)
- Floor swept clean of dust, shavings, and debris
- Gaps, cracks, and openings in walls and floors sealed or covered
- Fire extinguisher (CO2 or dry powder, appropriate to the work) present and accessible within 5 metres
- Fire watch person designated and briefed
- Fire detection / sprinkler systems isolated in the immediate area (with notification to the fire alarm monitoring company)
- Affected personnel notified
- Screens or welding curtains in place to contain sparks and UV
- Equipment inspected and in good condition (regulators, hoses, flashback arrestors)
- Gas cylinders secured upright with caps in place when not in use
- Adequate ventilation for fume extraction

Each item should be individually ticked and initialled. A permit where every box is ticked in a single pen stroke is a red flag — it suggests the checks were not actually done.

### Section 4: Signatures — Issue

Two signatures are required:

- **Permit applicant** — the person (or their supervisor) requesting the hot work. They confirm the precautions have been implemented.
- **Permit authoriser** — the person authorising the work. They confirm they have inspected the area and are satisfied that the precautions are adequate.

This dual-signature requirement is the core control. It forces a conversation and a physical inspection before any ignition source is introduced.

### Section 5: Fire watch

Hot work permits should require a fire watch during the work and for a period after the work finishes. The standard fire-watch period is 60 minutes after hot work ceases, though some sites and insurers require longer.

The fire watch section should record:

- Name of the fire-watch person
- Time hot work ceased
- Time fire watch completed
- Confirmation that the area was inspected and found safe

### Section 6: Close-out

When the work is complete and the fire watch has finished, the permit must be formally closed:

- Hot work completed
- Fire watch completed for the required period
- Area inspected — no signs of fire, smouldering, or heat damage
- Fire detection systems re-activated
- Equipment removed and area left clean

The close-out should be signed by the permit holder and, ideally, the authoriser or their delegate.

## Common mistakes to avoid

These are the mistakes that come up repeatedly in paper permit books:

**Open-ended validity.** A permit that says "valid until further notice" is not a permit — it is a blank cheque. Hot work permits should be limited to a single shift or a single day. If the work continues tomorrow, issue a new permit tomorrow.

**Missing close-out.** The permit is issued, the hot work happens, and nobody closes it. This means the fire watch was not completed (or was not recorded). This is the single most common failing.

**Rubber stamping.** The authoriser signs the permit without actually visiting the work area. If the authoriser has not physically seen the conditions, the permit is worthless.

**Wrong extinguisher.** A water extinguisher next to an electrical panel, or no extinguisher at all. The type and location of the fire extinguisher should be verified, not assumed.

**No notification.** The fire alarm company is not told that detection has been isolated. Hours later, when nobody re-activates it, the entire building is unprotected overnight.

## Paper vs digital

Paper hot work permit books are widely available from safety suppliers and cost a few pounds per book. They work, but they have limitations we covered in our [permit-to-work system guide](/blog/what-is-permit-to-work-system). Our guide to [digital permits](/blog/digital-permit-to-work) explains how the digital workflow compares to paper in practice.

PermitPad is building a digital hot work permit that guides you through each section with structured fields, enforces the checklist, captures digital signatures with timestamps, and stores everything in a searchable audit trail. [Join the waitlist](/#waitlist) to be first in line when it launches.

## Key references

- **[HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf)** — Guidance on permit-to-work systems (HSE)
- **Fire Prevention on Construction Sites (Joint Code of Practice)** — the construction industry fire safety guide, jointly published by the FPA, the Construction Confederation, and the Loss Prevention Council
- **BS EN ISO 5765** — Flashback arrestors for welding equipment
- **[Regulatory Reform (Fire Safety) Order 2005](https://www.legislation.gov.uk/uksi/2005/1541/contents/made)** — fire safety duties for the responsible person

## Summary

A hot work permit is not optional paperwork — it is a safety-critical control that prevents fires. The template should cover permit details, hazard identification, a precautions checklist, dual signatures, fire-watch records, and a formal close-out. Whether you use paper or digital, the important thing is that the permit is completed properly, every time, before any hot work begins.

Need a quick pre-start checklist for today's job? Our free [safety checklist generator](/tools/safety-checklist-generator) builds one based on your selected work types.
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    <item>
      <title>What Is a Permit-to-Work System? A Plain-English Guide</title>
      <link>https://permitpad.co.uk/blog/what-is-permit-to-work-system</link>
      <guid isPermaLink="true">https://permitpad.co.uk/blog/what-is-permit-to-work-system</guid>
      <pubDate>Sun, 25 Jan 2026 00:00:00 GMT</pubDate>
      <description>A clear, jargon-free explanation of permit-to-work systems for UK contractors. What they are, when you need one, and how to set one up on site.</description>
      <content:encoded><![CDATA[
If you run a small construction or maintenance business in the UK, you have probably heard the phrase "permit to work" at some point. Maybe a principal contractor asked if you have a PTW system. Maybe an HSE inspector mentioned it during a site visit. Or maybe you just know your current approach — a verbal agreement and a handshake — is not going to cut it forever.

This guide explains what a permit-to-work system actually is, when you are legally expected to use one, and how to set one up without spending thousands on consultants.

## What is a permit to work?

A permit to work (PTW) is a formal written document that authorises specific people to carry out specific work, at a specific location, during a specific time window. It is not a risk assessment (though it references one). It is not a method statement. It is a controlled authorisation that says: "We have checked, and this work can proceed safely under these conditions."

The HSE describes it as "a formal recorded process used to control work which is identified as potentially hazardous" ([HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf)).

Think of it like a flight checklist. A pilot could probably take off from memory, but the checklist exists because skipping a step has catastrophic consequences. A permit works the same way for high-risk tasks on site.

## When do you need one?

You do not need a permit for every task. Permits are for work where the hazards are serious enough that normal controls (PPE, toolbox talks, method statements) are not sufficient on their own. The most common scenarios in UK construction and maintenance are:

### Hot work

Any work that produces sparks, flames, or heat — welding, cutting, grinding, brazing, or using a blowtorch. Hot work is one of the leading causes of construction fires. A hot work permit ensures fire precautions are in place before the work begins and a fire watch continues after it finishes. Our [free hot work permit template](/blog/hot-work-permit-template) walks through each section of a typical permit.

### Confined space entry

Entering tanks, vessels, sewers, pits, or any enclosed space where the atmosphere could be hazardous. The [Confined Spaces Regulations 1997](https://www.legislation.gov.uk/uksi/1997/1713/contents/made) require a safe system of work, and a permit is the standard way to document it. Gas testing, rescue plans, and atmospheric monitoring are typically recorded on the permit. See our [confined space permit template](/blog/confined-space-permit-template) for a section-by-section breakdown.

### Working at height

While not every working-at-height task requires a permit, high-risk scenarios — erecting scaffolding, working near fragile roofs, or operating above public areas — often do. The permit records that the access equipment has been inspected and fall protection is in place.

### Electrical isolation

Work on or near live electrical systems, or isolating circuits before mechanical work begins. The [Electricity at Work Regulations 1989](https://www.legislation.gov.uk/uksi/1989/635/contents/made) require that equipment is dead and isolated before work starts. The permit records who isolated what, where the lock-out is applied, and who is authorised to work.

### Other scenarios

Excavation near buried services, roof work, demolition, work near water, and breaking into pressurised systems can all warrant permits depending on the risk.

## What goes on a permit?

A good permit-to-work form includes:

- **Description of the work** — what is being done, and where
- **Hazards identified** — referencing the relevant risk assessment
- **Precautions required** — isolation, gas testing, fire watch, barriers, PPE
- **Checklist** — has each precaution actually been completed?
- **Time window** — the permit is valid from when to when
- **Signatures** — the person requesting the work, and the person authorising it
- **Close-out** — confirmation that the work is finished and the area is safe

The signature part is critical. A permit is not a form you fill in by yourself. It requires at least two people: the person doing the work (or their supervisor) and the person authorising it. This dual-control mechanism is the whole point. It forces a conversation about safety before the work starts.

## Paper vs digital permits

Traditionally, permits are issued from a carbonless copy book kept in the site cabin. The top copy goes to the person doing the work, the carbon stays in the book. This works, but it has real problems:

- **Permits go missing.** They blow away, get rained on, or end up crumpled in a van.
- **Approvals are slow.** If the authoriser is on another site, you wait.
- **Audit trails are weak.** When HSE asks to see your permits from last Tuesday, can you find them?
- **Handwriting is illegible.** This is not a joke — it genuinely causes problems during investigations.

Digital permit systems solve these issues. Permits are created on a phone or tablet, approved instantly via notification, stored permanently, and exportable as PDFs. The audit trail is automatic and time-stamped.

For small contractors, the barrier has historically been cost. Enterprise PTW software costs hundreds or thousands per month and requires training and onboarding. That is changing — tools like PermitPad are being built specifically for small UK teams, with flat-rate pricing and no per-user fees. [Join the waitlist](/#waitlist) to be notified when it launches.

## How to set up a PTW system

If you do not currently have a permit-to-work system and want to start one, here is a practical approach:

1. **Identify which tasks need permits.** Start with the big four: hot work, confined space, working at height, and electrical isolation. You can add more later.
2. **Choose your format.** Paper books from safety suppliers, Word/PDF templates, or a digital tool. If you want a ready-made starting point, our [free permit to work template](/blog/permit-to-work-template) covers every section an HSE-aligned form should include.
3. **Define who can authorise.** Not everyone should be able to sign off a permit. Authorisers need to understand the hazards and the precautions.
4. **Brief your team.** Everyone needs to know that a permit is required before these tasks start, and that starting work without one is a serious issue.
5. **Audit regularly.** Check that permits are being completed properly. Look for patterns — are checklists being ticked without the checks actually being done?

## The legal position

There is no single law in the UK that says "you must use permits." Instead, permits are one way to demonstrate compliance with several regulations:

- **[Management of Health and Safety at Work Regulations 1999](https://www.legislation.gov.uk/uksi/1999/3242/contents/made)** — requirement for suitable and sufficient risk management
- **[Confined Spaces Regulations 1997](https://www.legislation.gov.uk/uksi/1997/1713/contents/made)** — requirement for a safe system of work
- **[Electricity at Work Regulations 1989](https://www.legislation.gov.uk/uksi/1989/635/contents/made)** — requirement for safe isolation
- **[Construction (Design and Management) Regulations 2015](https://www.legislation.gov.uk/uksi/2015/51/contents/made)** — requirement for managing high-risk work
- **[Regulatory Reform (Fire Safety) Order 2005](https://www.legislation.gov.uk/uksi/2005/1541/contents/made)** — controls on hot work in buildings

[HSE guidance document HSG250](https://www.hse.gov.uk/pubns/priced/hsg250.pdf), "Guidance on permit-to-work systems," is the standard reference. It is well worth reading if you are setting up a system.

## Summary

A permit-to-work system is a formal way to control high-risk tasks on site. It is not bureaucracy for its own sake — it is a structured check that catches the things people forget when they are in a hurry. For small contractors, the challenge has always been finding a system that is practical and affordable. Paper works but has real limitations. Digital tools are now accessible at price points that make sense for SMEs.

The important thing is to have a system that your team actually uses, not one that sits in a drawer.

Not sure where your current system stands? Our free [PTW readiness checker](/tools/ptw-readiness-checker) scores your setup against HSG250 in a few minutes.
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