The document outlines the key aspects of a permit to work (PTW) system, including:
1) The PTW system controls and executes potentially hazardous jobs through a formal written process and serves as communication between departments on job safety.
2) Permit issuers and receivers must be trained and authorized based on their experience and knowledge of job hazards. They are responsible for providing a safe work environment.
3) The roles and responsibilities of issuers, receivers, safety officers, and management are defined to ensure jobs are properly planned, hazards are identified, and safety is maintained and overseen.
Important of issuing the PTW for safety .pdfRazFazwan
The document discusses work permits in construction. It defines a work permit as a written authorization for jobs involving serious hazards. Work permits identify the work, hazards, and necessary precautions. Key points made include:
- Work permits communicate job details and identify related hazards to minimize risks.
- Major works requiring permits include inspection, construction, hot work, and confined space entry.
- The permit procedure involves an issuer authorizing the permit after inspection, a receiver overseeing the work, and cancellation upon completion.
- Non-compliance can occur if permits are invalid or workers don't understand the system. Safety watches also monitor hazards and alert workers.
This document discusses permit to work (PTW) and lock out tag out (LOTO) training. It includes questions about energy sources, energy isolation, lock out devices, tag out devices, and the potential consequences of not following LOTO procedures. It also discusses the roles and responsibilities in a PTW system including the permit issuer, originator, acceptor, user, area authority, and site checker. Key steps in developing a LOTO program and performing energy isolation are also outlined.
Permit To Work
Types of Permit To Work
Hot Work Permit
Confined Space Entry Permit
Electrical Permit
Excavation Permit
Radiography Permit
Crane Critical Lifts Permit
Man Basket Operation
Permit Issuer Responsibilities
Permit Receiver Responsibilities
HSE Permit Coordinator
Responsibilities
Revalidation of the Permit
Work Permit Flow Chart
Work permit system, By Bimal Chandra Das, safety management, safety tips, sharing of safety knowledge, It is sharing of knowledge. By Bimal Chandra Das, Rtd. AGM (Safety), Bokaro Steel Plant,/ Bokaro. Kolkata
The document discusses the purpose and procedures of a work permit system. It is intended to ensure that all work is carried out safely by defining responsibilities, requiring appropriate training, and providing safety equipment. A work permit specifies the conditions and safety procedures that must be followed for particular jobs. It is required for non-routine and hazardous routine work, and when third parties are involved. A work permit must be prepared with relevant parties and approved before work begins to ensure all hazards are addressed.
This document provides details from a commissioning meeting for a 2x150MW power plant project. It includes the following key points:
- An update was provided on pre-commissioning and commissioning work with the various parties involved. Commitments were confirmed for resources and schedules.
- Roles and responsibilities were outlined for various commissioning positions and committees to oversee the safe and efficient commissioning process.
- Checklists were presented to ensure all necessary documentation and testing is completed for system turnover. Coordination with regulatory authorities was discussed.
Important of issuing the PTW for safety .pdfRazFazwan
The document discusses work permits in construction. It defines a work permit as a written authorization for jobs involving serious hazards. Work permits identify the work, hazards, and necessary precautions. Key points made include:
- Work permits communicate job details and identify related hazards to minimize risks.
- Major works requiring permits include inspection, construction, hot work, and confined space entry.
- The permit procedure involves an issuer authorizing the permit after inspection, a receiver overseeing the work, and cancellation upon completion.
- Non-compliance can occur if permits are invalid or workers don't understand the system. Safety watches also monitor hazards and alert workers.
This document discusses permit to work (PTW) and lock out tag out (LOTO) training. It includes questions about energy sources, energy isolation, lock out devices, tag out devices, and the potential consequences of not following LOTO procedures. It also discusses the roles and responsibilities in a PTW system including the permit issuer, originator, acceptor, user, area authority, and site checker. Key steps in developing a LOTO program and performing energy isolation are also outlined.
Permit To Work
Types of Permit To Work
Hot Work Permit
Confined Space Entry Permit
Electrical Permit
Excavation Permit
Radiography Permit
Crane Critical Lifts Permit
Man Basket Operation
Permit Issuer Responsibilities
Permit Receiver Responsibilities
HSE Permit Coordinator
Responsibilities
Revalidation of the Permit
Work Permit Flow Chart
Work permit system, By Bimal Chandra Das, safety management, safety tips, sharing of safety knowledge, It is sharing of knowledge. By Bimal Chandra Das, Rtd. AGM (Safety), Bokaro Steel Plant,/ Bokaro. Kolkata
The document discusses the purpose and procedures of a work permit system. It is intended to ensure that all work is carried out safely by defining responsibilities, requiring appropriate training, and providing safety equipment. A work permit specifies the conditions and safety procedures that must be followed for particular jobs. It is required for non-routine and hazardous routine work, and when third parties are involved. A work permit must be prepared with relevant parties and approved before work begins to ensure all hazards are addressed.
This document provides details from a commissioning meeting for a 2x150MW power plant project. It includes the following key points:
- An update was provided on pre-commissioning and commissioning work with the various parties involved. Commitments were confirmed for resources and schedules.
- Roles and responsibilities were outlined for various commissioning positions and committees to oversee the safe and efficient commissioning process.
- Checklists were presented to ensure all necessary documentation and testing is completed for system turnover. Coordination with regulatory authorities was discussed.
The document describes a permit to work system used to control access and activities in hazardous work environments. It involves a formal written procedure using work permits to safely plan and authorize jobs. Key aspects include identifying job risks, specifying safety precautions, designating permit issuers and receivers to oversee compliance, and procedures for permit approval, extension, and closure. The system aims to effectively communicate hazards and ensure the safety of personnel and equipment.
The document discusses permit to work systems which are formal written procedures used to control access and activities in hazardous work environments. There are different types of work permits that are required for different types of hazardous work, such as hot work, confined space entry, electrical work, excavation, radiography, and crane lifts. The permit defines the work being done, precautions required, and responsibilities of both the permit issuer and receiver to ensure work is done safely.
This document outlines the permit to work system used for maintenance, repair, and construction activities. It defines key terms like permit authority and permit holder. The permit authority is responsible for issuing permits that specify the work, precautions, and conditions. Different types of permits are required for tasks like hot work, pressure system work, and confined space entry. The permit holder must be properly trained and qualified. A case study describes a fatal accident where failures in permit-to-work system training, management, practices, and communication contributed to an explosion during welding repairs on an offshore oil rig.
004 Wellsite Permit to Work Training Rev 2.pdfolorunyomi wale
This document provides guidance on permit-to-work procedures for wellsite operations. It outlines the responsibilities of permit authorities, operators, permit holders, and work party members. It also describes the different types of permits that may be required, including for cold work, hot work, pressure systems, electrical work, explosives, confined spaces, and more. Key steps in the permit process are identified such as notifying the permit authority, safety briefings, and filling out permit forms. The document aims to plan and control work safely and ensure all work is properly authorized and carried out according to safe work practices.
The document introduces Chevron's new Start Work Checks which are checklists meant to verify that critical safety measures are in place before high-risk work begins. It provides details on the scope of tasks and facilities that the checks apply to. It explains that the checks do not replace permits or job safety analyses, but are used in addition to verify safeguards. It outlines the key steps to using the checks, including identifying relevant checks, workers verifying safeguards, and a verifier confirming and initialing the checks before work can start.
The term Prestartup Safety Review (PSSR) first received prominence in the process industries with the introduction of the Process Safety Management (PSM) regulations.
The candidate is applying for a position requiring maintenance, engineering and coaching experience. They have extensive experience in the oil and gas industry holding various roles including as an instrument technician, engineer, and leader. They believe their interpersonal skills and experience working in teams and tackling challenges will make them a strong fit for the role.
Hilario C. Dicag is applying for a position as a Senior Rotating Equipment Technician. He has over 22 years of experience as a mechanical technician working on rotating equipment like compressors, pumps, and turbines in oil, gas, and power industries. His resume lists his employment history including his most recent role as a Senior Rotating Equipment Technician for Saudi Aramco Total Refining and Petrochemical Company where he performed maintenance, inspections, and repairs on rotating equipment. He is seeking a similar position where he can utilize his extensive experience maintaining critical rotating equipment.
This document provides a method statement for installing an air handling unit (AHU). It outlines the responsibilities of the project manager, quality engineer, site engineer, surveyor, and safety officer to ensure installation is completed safely according to approved plans and specifications. Equipment like mechanical hand tools, a mobile crane, and forklift will be used. The AHU will be stored properly and transported to the installation site using a crane or forklift. It will then be set in place, connected to ductwork and electrical lines. Personal protective equipment and safety measures will be implemented during installation to protect worker health and safety.
TOOL BOX TALK | PERMIT TO WORK (PTW) SYSTEM
This TBT is written to refresh all personnel on how a Permit to Work (PTW) system works and the reasons why a PTW system will operate on the site you are working on.
It is not designed to replace any individual site specific PTW training you may receive.
The document discusses work permits and safety procedures for hazardous work. It defines what a work permit is and its usefulness in spelling out job tasks, hazards, and safety precautions. It discusses the general principles of work permit systems, including management and training. It outlines factors that can contribute to accidents, such as failing to recognize hazards or comply with permit procedures. The document also describes different types of work permits for hot work, vessel entry, excavation, cold work and situations where permits are not required. It provides examples of precautions for different permit types.
The document provides guidelines for handing over a building from a project team to a facility team. It outlines the process of commissioning building systems to ensure they operate as intended. Commissioning should be done in stages from pre-commissioning to testing to documentation. Systems like AHUs are tested at each stage. The facility team should be involved from the design stage. Proper training and warranty support is required for a smooth transition.
The document provides guidelines for commissioning and handing over a building from the project team to the facility operations team. It discusses the importance of involving the facility team early in the design process and having them lead the commissioning and testing. The commissioning should be done in stages from pre-commissioning to testing to documentation. Training of the facility team is also emphasized. An example commissioning process for an air handling unit is provided to illustrate the different stages.
Chinna Praveen Kumar is a Terminal Operator with over 5 years of experience in oil and gas operations. He currently works for HPCL Mittal Energy Ltd. in Bathinda, India, where his responsibilities include operating equipment like pumps, meters, tanks, and pipelines to receive, store, blend, and dispatch crude oil and refined products. He also assists with the commissioning of new facilities and equipment. Previously, he worked for Hi Tech Carbon managing carbon black feedstock storage and handling operations.
Method_Statement_for_Excavation_and_Back.pdfZaheer Ahmed
The document provides a methodology for excavation and backfilling works for underground services at the New Ruwais Office Buildings Project. It outlines responsibilities of personnel, HSE requirements including permits and PPE, the sequence of works including site preparation and surveying, and safe work practices. Excavated materials will be carefully handled and unsuitable materials removed, with the surface reinstated upon final inspection and approval.
This document is a curriculum vitae for Rohit Vaghela, an instrumentation technician based in Vadodara, India. It outlines his contact information, career objectives of obtaining a senior instrumentation position, qualifications including instrumentation certifications from 1988-1992, passport and safety training details, and over 16 years of experience in instrumentation roles in India and abroad, including positions in Qatar, Nigeria, Libya, and UAE. It also lists his instrumentation and safety skills.
The document outlines lock out tag out (LOTO) procedures for electrical work on the Opera Grand Tower Project in Downtown Dubai. It assigns responsibilities for the LOTO system and describes permit requirements and processes. Key elements include appointing authorized engineers and competent persons, implementing safe isolation procedures before work, maintaining a permit log book, and having emergency response plans and contact details. The goal is to ensure electrical hazards are controlled whenever employees or others could be exposed to risks like electric shock or burns during work.
John Oppelt is applying for the position of Control Room Operator/Lead. He has 20 years of experience in the oil and gas industry, including over 10 years as a DCS Console Operator. He has a National Diploma in Chemical Engineering and relevant technical skills. His current role is as a Control Room Operator for Single Buoy Moorings, where he is responsible for operating critical systems and responding to emergencies from the central control room.
This document contains the resume of Vaithiyanathan Pethiyan. It summarizes his objective of seeking a mechanical maintenance supervisor position, and lists his core competencies including over 14 years of experience in oil, gas, and power plants involving maintenance, commissioning, and troubleshooting of various rotating and static equipment. It also provides details of his work experience in locations like Oman, Iraq, Qatar, India, and Kuwait with companies like BP and RasGas.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
Redefining brain tumor segmentation: a cutting-edge convolutional neural netw...IJECEIAES
Medical image analysis has witnessed significant advancements with deep learning techniques. In the domain of brain tumor segmentation, the ability to
precisely delineate tumor boundaries from magnetic resonance imaging (MRI)
scans holds profound implications for diagnosis. This study presents an ensemble convolutional neural network (CNN) with transfer learning, integrating
the state-of-the-art Deeplabv3+ architecture with the ResNet18 backbone. The
model is rigorously trained and evaluated, exhibiting remarkable performance
metrics, including an impressive global accuracy of 99.286%, a high-class accuracy of 82.191%, a mean intersection over union (IoU) of 79.900%, a weighted
IoU of 98.620%, and a Boundary F1 (BF) score of 83.303%. Notably, a detailed comparative analysis with existing methods showcases the superiority of
our proposed model. These findings underscore the model’s competence in precise brain tumor localization, underscoring its potential to revolutionize medical
image analysis and enhance healthcare outcomes. This research paves the way
for future exploration and optimization of advanced CNN models in medical
imaging, emphasizing addressing false positives and resource efficiency.
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The document describes a permit to work system used to control access and activities in hazardous work environments. It involves a formal written procedure using work permits to safely plan and authorize jobs. Key aspects include identifying job risks, specifying safety precautions, designating permit issuers and receivers to oversee compliance, and procedures for permit approval, extension, and closure. The system aims to effectively communicate hazards and ensure the safety of personnel and equipment.
The document discusses permit to work systems which are formal written procedures used to control access and activities in hazardous work environments. There are different types of work permits that are required for different types of hazardous work, such as hot work, confined space entry, electrical work, excavation, radiography, and crane lifts. The permit defines the work being done, precautions required, and responsibilities of both the permit issuer and receiver to ensure work is done safely.
This document outlines the permit to work system used for maintenance, repair, and construction activities. It defines key terms like permit authority and permit holder. The permit authority is responsible for issuing permits that specify the work, precautions, and conditions. Different types of permits are required for tasks like hot work, pressure system work, and confined space entry. The permit holder must be properly trained and qualified. A case study describes a fatal accident where failures in permit-to-work system training, management, practices, and communication contributed to an explosion during welding repairs on an offshore oil rig.
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This document provides guidance on permit-to-work procedures for wellsite operations. It outlines the responsibilities of permit authorities, operators, permit holders, and work party members. It also describes the different types of permits that may be required, including for cold work, hot work, pressure systems, electrical work, explosives, confined spaces, and more. Key steps in the permit process are identified such as notifying the permit authority, safety briefings, and filling out permit forms. The document aims to plan and control work safely and ensure all work is properly authorized and carried out according to safe work practices.
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This document provides a method statement for installing an air handling unit (AHU). It outlines the responsibilities of the project manager, quality engineer, site engineer, surveyor, and safety officer to ensure installation is completed safely according to approved plans and specifications. Equipment like mechanical hand tools, a mobile crane, and forklift will be used. The AHU will be stored properly and transported to the installation site using a crane or forklift. It will then be set in place, connected to ductwork and electrical lines. Personal protective equipment and safety measures will be implemented during installation to protect worker health and safety.
TOOL BOX TALK | PERMIT TO WORK (PTW) SYSTEM
This TBT is written to refresh all personnel on how a Permit to Work (PTW) system works and the reasons why a PTW system will operate on the site you are working on.
It is not designed to replace any individual site specific PTW training you may receive.
The document discusses work permits and safety procedures for hazardous work. It defines what a work permit is and its usefulness in spelling out job tasks, hazards, and safety precautions. It discusses the general principles of work permit systems, including management and training. It outlines factors that can contribute to accidents, such as failing to recognize hazards or comply with permit procedures. The document also describes different types of work permits for hot work, vessel entry, excavation, cold work and situations where permits are not required. It provides examples of precautions for different permit types.
The document provides guidelines for handing over a building from a project team to a facility team. It outlines the process of commissioning building systems to ensure they operate as intended. Commissioning should be done in stages from pre-commissioning to testing to documentation. Systems like AHUs are tested at each stage. The facility team should be involved from the design stage. Proper training and warranty support is required for a smooth transition.
The document provides guidelines for commissioning and handing over a building from the project team to the facility operations team. It discusses the importance of involving the facility team early in the design process and having them lead the commissioning and testing. The commissioning should be done in stages from pre-commissioning to testing to documentation. Training of the facility team is also emphasized. An example commissioning process for an air handling unit is provided to illustrate the different stages.
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2. • Work Permit: Permit to work (PTW) system is a formal written system used to
control and execute certain types of jobs safely, which are identified as potentially
hazardous. It is also a means of communication between different departments,
supervisors, operators, agencies etc. The Work Permit also serves as an official
record of those established conditions as agreed upon by the issuer and receiver of
the permit.
3. • Permit Issuer: The Permit Issuer is a company employee with relevant job
experience and authorized based on his/her knowledge of the hazards and safety
requirements for the equipment and process. He shall be trained in Work Permit
processes and shall be responsible to provide safe work environment to issuer.
• Permit Receiver: Permit receiver is either a company employee or a contractor
employee with relevant job experience and authorized based on his/her knowledge
of the hazards and safety requirements for the job and process. He shall be trained
in Work Permit processes and shall be responsible to ensure safety of the workers
performing the job.
4. • Charged network: Any equipment, pipeline, system with gas/electricity or any other
chemical content within it. Even if network is charged for trial purpose it will be
considered charged network.
• General Shift: Time between and including IST 09:30 AM to 06.30 PM
• Odd hours: Any time other than general shift, any job planned during public holidays
• Pre-Start up Safety Review: It is the process to ensure that facility is safe to start. It is to
be carried out by team using check sheet before any new commissioning /major
shutdown.
• Job Safety Analysis: A job safety analysis (JSA) is a technique that focuses on job tasks
to identify hazards before they Occur.
6. Major
Process/Area
Sub
Process/Area
Activity details R A C I
PTW
Procedure
PTW role
Authorization charged
network (steel pipeline)
PTW issuer/receiver authorization for
charged network(steel pipeline)
GA head Region Head Site HSE
Team
Business
HSE
Head
PTW
Procedure
PTW role
Authorization
uncharged network
PTW issuer/receiver authorization for
projects e jobs other than on charged
network(steel pipeline)
Dept/Function head GA head Site HSE
Team
Business HSE
PTW
Procedure
PTW
Procedure
PTW issue, renewal, transfer
8 suspension.
Circle Head/
Dept Head
Function head/
Engineer In
charge/lOAGPL
employee
GA Head Site HSE
Team
Business
HSE
Head
PTW
Procedure
PTW Procedure JSA approval Permit
issuer/Receiver/ Site
HSE
GA Head Business
HSE
Head
Business
HSE
Head
PTW
Procedure
Training PTW training validation. Refresher
training. Revalidation
Site HSE Team Business
HSE
Head
Group OHS GA Head
PTW
Procedure
Management Review Procedure annual renewal Site HSE Team Business
HSE
Head
Group OHS GA Head
PTW
Procedure
e consequences Take disciplinary action as per
procedure
HR Dept. HR Head Business
HSE
Head
Region Head
7. Procedure-
• Applicability-Valid Permit-To-Work (PTW) and approved Job Safety Analysis (JSA) shall be taken
for all jobs other than approved exception list.
• No person is authorized to start the non-operational, maintenance, inspection, modification or
servicing work or any project work at IOAGPL site without valid PTW.
• Separate work permit is required for working on two different systems, two different locations
(though same contractor), two different contractors and two different departments.
• For MS/PE laying projects & for domestic connections job issuer shall define scope of permit
considering the area easily manageable by receiver.
• PTW Should become null and void in case of emergency (Other than Mock drill) or any incident.
PTW
Annexure-5.pdf Activities included and excluded for PTW
11. AUTHORITY AND RESPONSIBILITY:
• Responsibility of Permit Issuer:
• The Permit Issuer shall be responsible to review the information provided by receiver and amend it
if required.
• The Permit Issuer shall be responsible for the following:
• Confirm that all hazards associated with the job have been identified, assessed, managed and all
relevant parties have provided their inputs and agree with the precautions.
• Ensure that the PTW contains scope of the job and the documented controls mentioned are
adequate to ensure that the job can be completed safely.
• Ensure that all necessary supporting PTWs / Certificates / Checklist / JSA / drawings are attached
or referred to in the PTW.
• Ensure that the Permit receiver knows the exact location and scope of the job, all the hazards that
may be present and all the precautions and controls that must be taken and maintained during
execution of the job.
12. • Confirm that all operational preparations, including process clearance and isolations, de-energizing and
de-pressurizing have been completed. Lock out and Tag out (LOTO) shall be performed and isolation
shall be physically verified (Try-out).
• Confirm that excavation clearance is taken prior starting any excavation, such clearance can be taken for
complete job at any given location (i.e. no separate Clearance for each manual boring/pit for identified
length at given location)
• Confirm that the job site is safe for the job to proceed.
• Specify on the PTW any additional precautions that need to be taken during the job.
• Identify any conflicts between the proposed job and other jobs in the area, and if necessary, cross-
reference necessary controls in all such PTWs.
• Know the status of the job at all times till its completion.
• Inform all persons who may be affected by the job
13. Responsibility of Permit Receiver:
• The Permit Receiver shall be responsible for commencing and completing the authorized job while fully
complying with all the requirements as mentioned in PTW 8 JSA. His / Her responsibilities include the
following:
• Know and understand the potential hazards involved in the job.
• Know and understand how the hazards are controlled.
• Know the right kind of tools e tackles, PPEs required for the job 8 ensure its correct use and compliance
thereof
• Know the emergency situations likely to occur in the job / area and actions to be taken including evacuating
the area.
• Deliver the Tool-Box-Talk (TBT) to the workers involved prior to commence the job and record the same.
• Communicate all the hazards listed in the approved JSA to all the workers during tool box talk.
14. • Communicate all the hazards listed in the approved JSA to all the workers during tool box talk.
• Fill the all required details provided in the PTW as applicable for receiver Provide the true details
in the permit.
• Verify all the safety check points and mention additional measures in the PTW.
• Ensure all the safety measures listed in the PTW e JSA are in place throughout the job.
• Verify LOTO prior to start work wherever identified in PTW
• Continuously remain present at the site.
• Stop the work in case of abnormal condition and inform concern incharge/issuer.
15. Responsibility of Safety officer/site safety team:
• Review & Approve JSA submitted addressing any hazard/control missed during JSA preparation.
Site HSE Head can authorize site HSE team for JSA approval If require demand site photographs,
visit site prior JSA approval.
• Perform surprise visit at any job site to check PTW audit compliance
• Immediately bring PTW non compliances to the notice of PTW issuer
• For PTW violations with fatality potential jobs to be stopped immediately.
• Organize/provide permit to work, JSA e critical procedure training.
• Maintain training records
• Contractor Safety officers shall carry out Permit to work audit e share gaps with contractor in
charge for improving PTW compliance
16. Responsibility of GA Head:
• Review e approve authorization for issuer/receiver roles based on HSE training records
• Establish accountability for PTW roles
• Conduct periodic surprise PTW audits to check compliance to the procedure
• In case of any deviation with respect to the PTW procedure same shall be approved by GA Head
taking Region Head e Business HSE Head into consultation. Deviation format Annexure 6 to be
filled for such deviations For charged network (Steel pipeline network) play the role of issuer
as per procedure. In case of non-availability authorize any subordinate in consultation with
Region Head e Business HSE Head.
• Ensure adequate resources are available to follow permit to work procedure (i.e. sufficient
number of trained issuer/receiver/supervisors, required tools e tackles e any other resources).