Failed to send log to Dhilog: NotFound | {"type":"about:blank","title":"Not Found","status":404,"detail":"Cannot POST /Log","instance":"/Log","error_code":"NOT_FOUND"}


MySql.Data.MySqlClient.MySqlException (0x80004005): Out of range value for column 'longitude' at row 1
   at MySql.Data.MySqlClient.MySqlStream.ReadPacket()
   at MySql.Data.MySqlClient.NativeDriver.GetResult(Int32& affectedRow, Int64& insertedId)
   at MySql.Data.MySqlClient.Driver.NextResult(Int32 statementId, Boolean force)
   at MySql.Data.MySqlClient.MySqlDataReader.NextResult()
   at MySql.Data.MySqlClient.MySqlCommand.ExecuteReader(CommandBehavior behavior)
   at MySql.Data.MySqlClient.MySqlCommand.ExecuteNonQuery()
   at Dapper.SqlMapper.ExecuteCommand(IDbConnection cnn, CommandDefinition& command, Action`2 paramReader)
   at Dapper.SqlMapper.ExecuteImpl(IDbConnection cnn, CommandDefinition& command)
   at Dapper.SqlMapper.Execute(IDbConnection cnn, String sql, Object param, IDbTransaction transaction, Nullable`1 commandTimeout, Nullable`1 commandType)
   at IncidentReporter.DAL.Repositories.UsersRepo.UpdateUserLocationDetails(UserDBO user) in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.DAL\Repositories\UsersRepo.cs:line 1991
   at IncidentReporter.API.BLL.UsersBLL.UpdateUserLocationDetails(UserDBO user) in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\BLL\UsersBLL.cs:line 3217


Unhandled Exception in Web API

System.OperationCanceledException: The operation was canceled.
   at System.Threading.CancellationToken.ThrowOperationCanceledException()
   at System.Web.Http.Filters.ActionFilterAttribute.<CallOnActionExecutedAsync>d__5.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.ThrowForNonSuccess(Task task)
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at System.Web.Http.Filters.ActionFilterAttribute.<ExecuteActionFilterAsyncCore>d__0.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.ThrowForNonSuccess(Task task)
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at System.Web.Http.Filters.ActionFilterAttribute.<CallOnActionExecutedAsync>d__5.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Web.Http.Filters.ActionFilterAttribute.<CallOnActionExecutedAsync>d__5.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.ThrowForNonSuccess(Task task)
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at System.Web.Http.Filters.ActionFilterAttribute.<ExecuteActionFilterAsyncCore>d__0.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.ThrowForNonSuccess(Task task)
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at System.Web.Http.Controllers.ActionFilterResult.<ExecuteAsync>d__2.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.ThrowForNonSuccess(Task task)
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at System.Web.Http.Controllers.ExceptionFilterResult.<ExecuteAsync>d__0.MoveNext()


Unhandled Exception in Web API


Unhandled Exception in Web API

Question: ?seeAllInspections=0&FromDate=2026-07-14&ToDate=2026-08-13


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


System.Net.Http.HttpRequestException: Response status code does not indicate success: 400 (BAD REQUEST).
   at System.Net.Http.HttpResponseMessage.EnsureSuccessStatusCode()
   at IncidentReporter.API.Helpers.SupersetClient.<PostGuestTokenAsync>d__15.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\Helpers\SupersetClient.cs:line 95
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.API.Helpers.SupersetClient.<MintGuestTokenAsync>d__14.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\Helpers\SupersetClient.cs:line 71
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.API.BLL.EmbedBll.<GetGuestTokenAsync>d__5.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\BLL\EmbedBll.cs:line 120


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Ext Authroized By EHS Officer / Coordinatore

Gas area identified and authorized permission obtained from concerned department?

Atmospheric gas testing conducted and results within safe limits (O2, LEL, Toxic Gas)?

Gas detectors calibrated and available at work location?

Gas lines, valves, and equipment inspected for leakage before starting work?

Adequate ventilation available and maintained throughout the work?

All ignition sources eliminated or controlled in the work area?

Electrical equipment suitable for hazardous area classification (Ex-proof where required)?

Static electricity control and proper grounding/bonding provided?

Fire extinguishers, hydrant system, and emergency response facilities available?

Barricading, warning signs, and access control established?

Pressurized gas systems isolated/depressurized where required?

Workers trained, competent, medically fit, and authorized for gas area work?

Emergency communication system and emergency contact numbers available?

Separate Hot Work, Electrical Work, Height Work, or Confined Space Permit obtained if applicable?

Toolbox talk conducted and all control measures verified before permit issuance?

Safety Equipment Requirement & PPE to be used

Select the Section Head/Section Incharge

Area Owner (Operation Section Incharge/Head)

Electrical/Mechanical/Utility Isolation - Test

Head of Department - Test(To Be removed)

Work Cancelled due to Operational Reasons


fdj

4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

Control Measures - Mention the Safety Control Measures in the Changes

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

nfjdn


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


fdj

4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?


fdj

4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

bjnfvdj


***BODY REDACTED FOR SENSITIVE ENDPOINT***


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


System.NullReferenceException: Object reference not set to an instance of an object.
   at IncidentReporter.API.BLL.UsersBLL.<SetUserAuditLogDetailsAsync>d__177.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\BLL\UsersBLL.cs:line 11115
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.API.BLL.UsersBLL.<UpdateAllUserTypes>d__96.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\BLL\UsersBLL.cs:line 6312


1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed


1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed

njndj


1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed

vnfjndcj


Unhandled Exception in Web API

Question: ?SiteIds=845&SiteIds=846&SiteIds=900&AcmRoleId=555


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Have all known new, existing, or potentially existing hazards been evaluated and mitigated?

Have you updated your emergency plan, if applicable?

Has all legal requirements are full filled?

Is fire protection measures are provided?

Is the controls listed in Moc are complied?


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


System.InvalidOperationException: JSReport render failed. Status: 404. Response: {"type":"about:blank","title":"Not Found","status":404,"detail":"Template be988105-4092-457d-9bbd-fc84c6dd10e5 not found","instance":"/api/v1/render","error_code":"NOT_FOUND"}
   at IncidentReporter.API.Helpers.JsReportUtils.<RenderPdfAsync>d__0.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\Helpers\JsReportUtils.cs:line 70
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.API.BLL.InspectionV2Bll.<ExportInspectionV2PDFAsync>d__10.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\BLL\InspectionV2Bll.cs:line 975


*** MULTIPART FORM DATA / FILE UPLOAD (OMITTED FOR LOGGING) ***


mm

Scope for improvement to reduce the risk level (If QSPD score > 81)

f


Unhandled Exception in Web Application

System.Web.HttpException (0x80004005): A potentially dangerous Request.Path value was detected from the client (:).
   at System.Web.HttpRequest.ValidateInputIfRequiredByConfig()
   at System.Web.HttpApplication.PipelineStepManager.ValidateHelper(HttpContext context)


Question: ?ModuleName=undefined&isActive=true


Question: ?OrgId=258&SortingOrder=asc&SortingColumn=Name


Question: ?OrgId=258&FromDate=2026-08-06&ToDate=2026-08-13&DivisionId=1737&DivisionId=1710&DivisionId=1707&DivisionId=1708


Question: ?OrgId=258&StartDate=2026-08-13&EndDate=2026-08-13


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Exception in Dhilog HTTP POST: An error occurred while sending the request.


Question: ?ModuleName=Action%20Trackers&siteId=887


Unhandled Exception in Web API


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed

hbh


Column 'fir_state' cannot be null

MySql.Data.MySqlClient.MySqlException (0x80004005): Column 'fir_state' cannot be null
   at MySql.Data.MySqlClient.MySqlStream.ReadPacket()
   at MySql.Data.MySqlClient.NativeDriver.GetResult(Int32& affectedRow, Int64& insertedId)
   at MySql.Data.MySqlClient.Driver.NextResult(Int32 statementId, Boolean force)
   at MySql.Data.MySqlClient.MySqlDataReader.NextResult()
   at MySql.Data.MySqlClient.MySqlCommand.ExecuteReader(CommandBehavior behavior)
   at MySql.Data.MySqlClient.MySqlCommand.ExecuteNonQuery()
   at System.Data.Common.DbCommand.ExecuteNonQueryAsync(CancellationToken cancellationToken)
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at Dapper.SqlMapper.<ExecuteImplAsync>d__39.MoveNext()
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.DAL.Repositories.FirRepo.<>c__DisplayClass6_0.<<UpdateFirAsync>b__0>d.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.DAL\Repositories\FirRepo.cs:line 139
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.DAL.Repositories.BaseRepo.<ExecuteQueryAsync>d__7`1.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.DAL\Repositories\BaseRepo.cs:line 54
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at IncidentReporter.DAL.Repositories.FirRepo.<UpdateFirAsync>d__6.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.DAL\Repositories\FirRepo.cs:line 138
--- End of stack trace from previous location where exception was thrown ---
   at System.Runtime.ExceptionServices.ExceptionDispatchInfo.Throw()
   at System.Runtime.CompilerServices.TaskAwaiter.HandleNonSuccessAndDebuggerNotification(Task task)
   at System.Runtime.CompilerServices.ConfiguredTaskAwaitable`1.ConfiguredTaskAwaiter.GetResult()
   at IncidentReporter.API.BLL.FirBll.<UpdateFirByIdAsync>d__6.MoveNext() in C:\GitLab-Runner\builds\27n6lYj0J\0\incident-reporter\incident-reporter-api\IncidentReporter\IncidentReporter.API\BLL\FirBll.cs:line 518

1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed

An pssr record will show up here as soon as created for a record.

2) Manufacturer / supplier details collected

3) Labelling & signage in line with GHS standards

3) Training provided to workers on correct usage

1) Workers trained on hazards and safe handling


Column 'fir_state' cannot be null

1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed

2) Manufacturer / supplier details collected

3) Training provided to workers on correct usage

1) Workers trained on hazards and safe handling


Gas area identified and authorized permission obtained from concerned department?

Atmospheric gas testing conducted and results within safe limits (O2, LEL, Toxic Gas)?

Gas detectors calibrated and available at work location?

Gas lines, valves, and equipment inspected for leakage before starting work?

Adequate ventilation available and maintained throughout the work?

All ignition sources eliminated or controlled in the work area?

Electrical equipment suitable for hazardous area classification (Ex-proof where required)?

Static electricity control and proper grounding/bonding provided?

Fire extinguishers, hydrant system, and emergency response facilities available?

Barricading, warning signs, and access control established?

Pressurized gas systems isolated/depressurized where required?

Workers trained, competent, medically fit, and authorized for gas area work?

Emergency communication system and emergency contact numbers available?

Separate Hot Work, Electrical Work, Height Work, or Confined Space Permit obtained if applicable?

Toolbox talk conducted and all control measures verified before permit issuance?

Area Owner (Operation Section Incharge/Head)

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Question: ?SortingColumn=Name&SortingOrder=Asc


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

Control Measures � Mention the Safety Control Measures in the Changes

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

mmm


An Investigation record will show up here as soon as created for a record.

In charge of the work where incident has taken place?

Test


Test


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

krkrr


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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Have all known new, existing, or potentially existing hazards been evaluated and mitigated?

Training Program conducted to the stakeholder

On the Job training conducted to the people going to work?

Have all affected personnel been notified and trained on the change?

Have you updated your emergency plan, if applicable?

Has all legal requirements are full filled?

Is Safety audit Conducted for the Machine / Layout & Observations Listed Below?


1) Is the bypass absolutely necessary? (Explain reason)

3) Is there no alternative safe method available?

1) Hazards identified during bypass (crush, entanglement, electrical, chemical, etc.)

2) Potential consequences assessed (injury, equipment damage, fire, etc.)

Lockout-Tagout (LOTO) for other hazards in place

4) Maximum duration of bypass defined: ____hours/days

1) Bypass method documented (how interlock is overridden)

2) Temporary bypass label/tag / warning signage fixed at location

3) All affected personnel informed about bypass status

5) Area access restricted during bypass operation

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Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


Enter short description of maximum 50 characters

4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10)Adequate capability among people on changes proposed

11) Hazards & Risk are Identified after the change?

1) Is fire prevention measures are taken

2) Is fire detection measures are identified

3) Is fire protection measures are identified

4) Is Emergency preparedness requirements are considered

5) Is plan prepared as per NBC requirements - Fire & emergency Preparedness

6) Is the building comes under the high rise category as per NBC?

7) Have you identified all affected departments & processes

8) Has the Discussion made with affected parties & requirements are considered in changes?

11) Is required statutory approval are obtained for green field construction?

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10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?


1) Is the bypass absolutely necessary? (Explain reason)

3) Is there no alternative safe method available?

1) Hazards identified during bypass (crush, entanglement, electrical, chemical, etc.)

2) Potential consequences assessed (injury, equipment damage, fire, etc.)

4) Maximum duration of bypass defined: ____hours/days

1) Bypass method documented (how interlock is overridden)

2) Temporary bypass label/tag / warning signage fixed at location

3) All affected personnel informed about bypass status

5) Area access restricted during bypass operation

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1) Is the bypass absolutely necessary? (Explain reason)

3) Is there no alternative safe method available?

1) Hazards identified during bypass (crush, entanglement, electrical, chemical, etc.)

2) Potential consequences assessed (injury, equipment damage, fire, etc.)

4) Maximum duration of bypass defined: ____hours/days

1) Bypass method documented (how interlock is overridden)

2) Temporary bypass label/tag / warning signage fixed at location

3) All affected personnel informed about bypass status

5) Area access restricted during bypass operation

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1) Is the bypass absolutely necessary? (Explain reason)

3) Is there no alternative safe method available?

1) Hazards identified during bypass (crush, entanglement, electrical, chemical, etc.)

2) Potential consequences assessed (injury, equipment damage, fire, etc.)

4) Maximum duration of bypass defined: ____hours/days

1) Bypass method documented (how interlock is overridden)

2) Temporary bypass label/tag / warning signage fixed at location

3) All affected personnel informed about bypass status

5) Area access restricted during bypass operation

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1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed


Interlock restored and tested for full functionality

If yes, details recorded and corrective actions taken

Recommendation to avoid similar future bypass


1) Is the bypass absolutely necessary? (Explain reason)

1) Hazards identified during bypass (crush, entanglement, electrical, chemical, etc.)

2) Potential consequences assessed (injury, equipment damage, fire, etc.)

4) Maximum duration of bypass defined: __________ hours/days

1) Bypass method documented (how interlock is overridden)

2) Temporary bypass label/tag / warning signage fixed at location

3) All affected personnel informed about bypass status

5) Area access restricted during bypass operation

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Watering

Additonal risk control measures and scope for improvement to reduce the risk level (If PSD score > 27)

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Digging

Watering

Scope for improvement to reduce the risk level

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Question: ?PageNumber=1&PageLimit=10&SearchTerm=&SortingColumn=PermitToWorkStartDate&SortingOrder=desc&IsAdminUser=true


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

dfdfd


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

dsfds


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?


Have all known new, existing, or potentially existing hazards been evaluated and mitigated?

Training Program conducted to the stakeholder

On the Job training conducted to the people going to work?

Have all affected personnel been notified and trained on the change?

Have you updated your emergency plan, if applicable?

Has all legal requirements are full filled?

Is Safety audit Conducted for the Machine / Layout & Observations Listed Below?


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noice / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

dsfdsf


4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc.

10) Inadequate capability among people on changes proposed.

1) Is the Change required Legal Implications. If yes, mention the details.

2) Is the Change arises because of Past Incident.

3) Is LOTO Provisions are made in the machines or layout.

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc.

10) Inadequate capability among people on changes proposed.

1) Is the Change required Legal Implications. If yes, mention the details.

2) Is the Change arises because of Past Incident.

3) Is LOTO Provisions are made in the machines or layout.

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc.

10) Inadequate capability among people on changes proposed.

1) Is the Change required Legal Implications. If yes, mention the details.

2) Is the Change arises because of Past Incident.

3) Is LOTO Provisions are made in the machines or layout.

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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4) Stored Energy  - Mechanical, Electrical, Fluid, etc.

6) Physical � Burn / Cut / Slip / Trip / Noise / etc

10) Inadequate capability among people on changes proposed

1) Is the Change required Legal Implications. If yes, mention the details

2) Is the Change arises because of Past Incident

3) Is LOTO Provisions are made in the machines or layout

4) Is fire prevention measures are taken

5) Is fire detection measures are identified

6) Is fire protection measures are identified

7) Is Machine Safety Interlock are considered

8) Is Emergency preparedness requirements are considered

9) Does the description of the proposed change and all affected systems provide enough information

10) Have you identified all affected departments & processes

11) Has the Maintenance manager consulted, if needed?

12) Has the change requirement discussed with end user?

13) Have all potential hazards and gaps been reviewed and discussed

14) Required drawings, manuals, HIRA & other reference are attached?

15) Is planned to do the Pre Startup Safety Review post modifications?

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1) Chemical name, CAS number, and synonyms recorded

2) Manufacturer / supplier details collected

3) Material Safety Data Sheet (MSDS / SDS) obtained & attached (latest version)

4) Certificate of Analysis (if required) available

5) Intended use and process description documented

1) GHS classification reviewed (flammable, toxic, corrosive, oxidizer, etc.)

2) Physical hazards identified (fire, explosion, reactivity)

3) Health hazards identified (acute/chronic toxicity, carcinogenicity, sensitization)

4) Environmental hazards identified (aquatic, air, soil contamination risks)

1) Verified compliance with local chemical regulations (e.g., Indian Factories Act, Hazardous Chemicals Rules, MSIHC, PCB guidelines)

2) Checked if chemical is restricted, banned, or requires special permits

3) Import / storage quantity limits reviewed (threshold for reporting / licensing)

1) Exposure assessment performed (routes: inhalation, skin, ingestion)

2) Required control measures identified (engineering, administrative, PPE)

3) Compatibility with existing chemicals checked (incompatibility risks)

4) Emergency scenarios identified (spills, leaks, fire, exposure)

1) Storage requirements defined (temperature, ventilation, segregation)

2) Secondary containment provided (bunds, trays, spill kits)

3) Labelling & signage in line with GHS standards

4) Transfer and dispensing methods safe and documented

1) PPE requirements defined (gloves, goggles, respirators, protective clothing)

3) Training provided to workers on correct usage

1) Emergency response plan updated for the new chemical

2) First aid measures included in training & posted at workplace

3) Spill control materials available and compatible with the chemical

4) Fire-fighting measures (suitable extinguishers, sprinkler systems) identified

5) MSDS accessible at point of use and in emergency control room

1) Disposal method defined (hazardous waste handling as per PCB rules)

2) Neutralization / treatment method identified (if applicable)

3) Waste storage and labelling procedures in place

4) Records maintained for hazardous waste disposal

1) Workers trained on hazards and safe handling

2) Supervisors trained on emergency actions and first aid

3) Contractors informed of hazards (if applicable)

4) Communication to Safety Committee / EHS team completed