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Permit to work software

High-risk jobs involve high risks and require continuous monitoring by responsible persons.

We have created a software package for automating the work permit system of the enterprise.

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SOLVING KEY PROBLEMS

NEED QUICK ACCESS TO YOUR WORK HISTORY?

To find a work permit a month ago have to look for a document among hundreds of papers?

LACK OF CONTROL?

There is no certainty who will be the contractor, does he have the necessary certifications, have all measures and risks been considered?

Do the approvals take all day?

Is it especially difficult to get quick approval from the gas and fire services?

WHAT JOBS DO I NEED A WORK PERMIT FOR?

Work at height

There are risks of an employee falling from a height of 1.8 m or more;

The employee makes an ascent or descent exceeding the height of 5 m, on a ladder, the angle of inclination of which is not more than 75°;

There are risks of an employee falling from a height of less than 1.8 m if the work is carried out over machines or mechanisms, water surfaces or protruding objects;

Works are carried out at a distance closer than 2 m from ungraded differences in height of more than 1.8 m, as well as if the height of the fence is less than 1.1 m

Gas Hazardous Operations

Gas-hazardous work includes work related to the inspections, cleaning, repair, depressurization of technological equipment, communications, including work inside containers* during which it is not excluded that explosive and flammable or harmful (dangerous) vapors, gases and other substances that can cause an explosion, fire, have a harmful effect on the human body, as well as work with insufficient oxygen content (volume fraction below 20% by volume) can be released into the working area.

*Tanks – apparatus and other similar equipment, as well as collectors, wells, pits and other similar places.

Earthwork

Earthworks with increased danger that require the issuance of a work permit include:

Performed on the territory of underground energy networks, water supply network, sewers, gas pipelines, oil pipelines, communication lines and other underground communications and facilities;

Carried out in pits, and slops

Associated with the digging of pits, trenches with a depth of more than 1.5 m and the implementation of labor activities in them.

Fire operations

Firing operations are technological operations related to:

Heating to temperature that can cause gas, flammable liquids, materials and structures to ignite (electric welding, gas welding, gas-kerosene cutting, soldering, metal machining with the formation of sparks, etc);

Using as open fire;

Spark formation.

High -risk operations

Work with an increased risk is work that requires s number of additional organizational and technical measures to ensure the preservation of life and health of employees in the course of their work.

We help your business

We offer your company a complete set of modern digital tools for creating safe working conditions, automating production and solving other important management tasks.

Coordination of works

Implementation of a tool for coordinating the work of production units.

Production Automation

Switching to an electronic PTW software

The decision of problems of geographical disunity

Improving the quality of High-risk operations in the context of geographic fragmentation and remoteness of production units.

Process acceleration

Increasing the speed of work with a work permit due to an automated and structured process of coordination and approva

Generating statistics

Improving the quality of registration of work permits and organization of high-risk operations.

Extensive Functionality

Electronic document circulation

100% electronic interaction of users at all stages, with the ability to pront a work permit if necessary.

Notifications to responsible persons

If the status of the work permit changes, the responsible person receives notifications via sms and email. This allows you to get started quickly.

Electronic map

Display of the place of work, the necessary designations – fire extinguishers, escape routes, etc. Also, all works are displayed on the map using an ePtW.

Simple registration and approval of an ePtW

The ability to create and agree on an admission order both from a stationary workplace and using mobile devices.

Handbook of risks and measures to eliminate them

Automatic generation of safety measures for each risk, accumulation of a knowledge base about hazardous factors and measures.

Tracking changes

Creation, copying, sending, editing, processing, coordination, approval, cancellation and closing of ePtW.

up to 30%

____

reduction of industrial injuries

up to 20%

____

increase in labor productivity

up to 15%

____

reduction of total time of work

from 3 months

____

return on investment

Let’s discuss your project

Fill in the name and phone number and we will select an offer especially for you

Benefits of PTW software

REDUCING THE COSTS OF MEASURES TO ENSURE LABOR PROTECTION AND INDUSTRIAL SAFETY AT THE EXPENSE OF:

– reduction of time and financial costs for the implementation of company standards and procedures.
– control measures for the safe performance of work can be edited and supplemented by the parties to the agreement.
– reduction of costs for audits and production control.

REDUCING ECONOMIC DAMAGE FROM OCCUPATIONAL INJURIES AND OCCUPATIONAL INCIDENCE BY:

– increasing control and improving the quality of preparation of work orders.
– improvement of equipment and technology for organizing and planning work.
– unambiguous interpretation of industrial safety and HSE.

REDUCING ECONOMIC DAMAGE FROM OCCUPATIONAL INJURIES AND OCCUPATIONAL INCIDENCE BY:

– increasing control and improving the quality of preparation of work orders.
– improvement of equipment and technology for organizing and planning work.
– unambiguous interpretation of industrial safety and HSE.

REDUCING THE PROBABILITY OF PENALTIES FOR CRITICAL OFFENSES, FOR EXAMPLE:

– lack of signatures instructed in the PTW software.
– lack of date and time of instruction, date of issuance of PTW software.
– the measures in the PTW software do not correspond to the type of work performed.
– PTW software is not always located at the work site.
– after completion of work, PTW software is not closed in the PTW software registration log