Law Updates

Subject

Summary: Petroleum installations with large storage capacities now have a new set of fire and emergency-response requirements to examine. The Petroleum and Natural Gas Regulatory Board (PNGRB) has amended the Petroleum and Natural Gas Regulatory Board (Technical Standards and Specifications including Safety Standards for Petroleum Installations) Regulations, 2020 and inserted a new Part L dealing with Fire & Emergency Response Augmentation, or FERA. The notification is dated 17 August 2026. The Gazette issue carries the date 19 August 2026, and the amendment states that it comes into force from the date of publication in the Official Gazette. FERA focuses on petroleum locations that fall within the specified "Extreme Risk" or Priority Location category. For covered sites, the changes go beyond ordinary fire-safety documentation. The regulations deal with response time, water and foam availability, firefighting equipment, specialised workforce, cluster-level resource sharing, operating responsibility and audits. For operators, the first question is therefore simple: Does our installation fall within the new FERA framework, and if it does, how much of our present emergency setup needs to change? Notification at a Glance Particular Details Issuing authority Petroleum and Natural Gas Regulatory Board (PNGRB) Document Amendment Regulations, 2026 Notification date 17 August 2026 Gazette issue date 19 August 2026 File number F. No. PNGRB/Tech/7-T4SPI/(2)/2023 (E-4292) Governing law Petroleum and Natural Gas Regulatory Board Act, 2006 Regulations amended Technical Standards and Specifications including Safety Standards for Petroleum Installations Regulations, 2020 Main change Addition of Part L – Fire & Emergency Response Augmentation Common name FERA Broad coverage Specified Extreme Risk / Priority Locations Cluster distance mentioned Within a 10 km radius Implementation period 2, 3, or 5 years depending on storage band Response requirement Immediate response, but not later than 30 minutes Fire-control requirement Within 65 minutes from the start of firefighting Other major requirements Infrastructure, equipment, trained workforce, governance, training and audits The amendment makes FERA part of the existing petroleum installation safety framework by inserting Part L into Schedule 1 and adding a corresponding reference under Regulation 6. Where Does FERA Fit in the Existing PNGRB Safety Framework? FERA is not a new licence or registration system. Nor does it replace the fire-protection rules that petroleum installations already follow. The parent framework is the PNGRB Technical Standards and Specifications, including the Safety Standards for Petroleum Installations Regulations, 2020. The Gazette notes that the principal regulations were notified on 11 November 2020 and refers to amendments made in 2023 and 2025. The 2026 amendment adds another technical layer to that framework. Part L specifically says that the requirements relating to FERA are meant to supplement Part E and other relevant provisions concerning fire-water, sprinkler systems, foam systems, emergency response, mutual aid and firefighting workforce. That distinction matters. An operator should not read FERA as permission to ignore an existing fire-protection requirement. The practical exercise is to take the existing fire-safety arrangement and check what additional capacity, workforce or coordination Part L now expects. What Has Actually Changed? The amendment makes a relatively small change to the structure of the regulations, but the new Part L itself is detailed. Regulation 6 now refers to Part L. Schedule 1 then receives the new FERA provisions. From an operator's perspective, the change introduces several new areas that need to be considered together: Area What the 2026 Amendment Adds Applicability Defined categories of Extreme Risk / Priority Locations Response time 30-minute outer limit for starting emergency response Fire control 65-minute target measured from initiation of firefighting Cluster arrangements Host Installation, shared resources and common emergency coordination Isolated sites Separate facilities and additional water/foam capacity in specified circumstances Equipment Fire-water, foam, pumps, HVLR, PPE, SCBA and related systems Manpower Dedicated round-the-clock specialist firefighting crew Training Defined competencies and recurring training Governance Governing Committee for cluster arrangements Outsourcing QCBS-based vendor selection requirement Audit Monthly, annual and other periodic assessments Seen this way, FERA is not one extra fire extinguisher or one additional report. It is an operating model for responding to a serious petroleum emergency. What Does FERA Mean? FERA stands for Fire & Emergency Response Augmentation. The word "augmentation" is important here. PNGRB is asking covered locations to strengthen their existing ability to respond to a major event rather than maintain the minimum equipment already available. The regulation links FERA with locations carrying an "Extreme Risk" classification and with the possibility of a Level-III emergency. A Level-III emergency, as described in the amendment, is an event that may have consequences outside the installation and may affect people, property and the environment both inside and outside the site. That could arise from a serious fire, leakage or spill. FERA therefore concentrates heavily on the early period after an incident begins. The idea is that specialist people, adequate resources and a workable command structure should already be available before the situation becomes larger and harder to control. Why Has PNGRB Introduced FERA? PNGRB spells out the objectives in Part L rather than leaving businesses to guess the policy purpose. The regulations seek to make sure that petroleum installations falling within the Priority Location category have modern firefighting and emergency-handling facilities and that those facilities remain operationally ready. Another objective is to control a major incident while it is still at an early stage. If a fire or spill can be brought under control quickly, the chance of it progressing into a Level-III emergency may be reduced. The framework also gives the specialised firefighting workforce a central role. Equipment by itself is of little value if trained personnel are not available to operate it correctly during the first minutes of an emergency. For clusters of installations, PNGRB has gone a step further. Part L encourages a coordinated arrangement under which nearby facilities can support one another instead of each site planning in isolation. Which Petroleum Installations Come Under FERA? This is the most important part of the amendment for businesses because FERA does not automatically apply to every petroleum installation. Part L identifies certain existing and upcoming locations as Priority Locations falling under the Extreme Risk category. Petroleum Installations Handling Class A and Class B Products The English text covers a petroleum installation where the total storage of Class A and Class B petroleum products is in excess of 150 TKL. Where Class C products are stored together with these products, Class C is also considered in the manner stated in the provision. Operators should therefore work from their actual tank and product records. A rough estimate of storage capacity is not enough for a proper applicability review. Crude Oil Storage and Receipt Terminals The English version also covers: crude oil storage terminals; coastal crude receipt storage terminals; and similar crude-handling terminals of strategic significance, where total storage is in excess of 150 TKL. There is, however, an important difference between the Hindi and English texts for this category. That needs separate attention and is explained below. Clusters of Petroleum Installations FERA can also apply where several installations are situated close to one another. The amendment refers to adjacent or nearby installations situated within a 10 km radius. For the English provision, the cumulative storage must be in excess of 150 TKL of Class A and Class B petroleum products, with Class C considered where co-existing. This means a site cannot always assess FERA by looking only at its own tanks. If several petroleum installations fall within the specified radius, cumulative capacity becomes relevant. There Is a Difference Between the Hindi and English Gazette Text One point in the Gazette deserves particular care. The Hindi and English versions appear to give different thresholds for the crude oil terminal category. Text Threshold Appearing in Gazette Hindi version More than 200 TKL English version In excess of 150 TKL The Hindi text appearing on page 2 refers to total storage above 200 TKL for crude oil storage terminals, coastal crude receipt storage terminals, and similar strategically important crude-handling terminals. The English version on page 8 states in excess of 150 TKL. For a terminal well above 200 TKL, that difference may not affect the practical result. It becomes much more important for a facility between 150 TKL and 200 TKL. The Gazette extract itself does not reconcile the two figures. It would therefore be risky to select one threshold and present it as undisputed silently. A crude oil operator affected by this difference should confirm the position from PNGRB or any subsequent official clarification before taking a final applicability decision. How Much Time Is Available to Implement FERA? PNGRB has not given every covered installation one common deadline. Instead, implementation time reduces as storage capacity increases. Storage Capacity Time Allowed for FERA Implementation 150–200 TKL Within 5 years 200–300 TKL Within 3 years 300 TKL and above Within 2 years The schedule says these periods are counted from publication in the Official Gazette. The practical message is easy to understand: installations in the largest storage band have the least time. For a facility that needs new water storage, pumps, pipelines, a FERA station, additional equipment and specialised personnel, two years can pass quickly once engineering, procurement, construction and commissioning are taken into account. That does not mean every covered site should immediately purchase equipment. The sensible first step is to establish exactly what is missing. The 30-Minute Rule and the 65-Minute Rule Two numbers sit at the centre of the new emergency-response framework: 30 minutes and 65 minutes. They measure different things. Response Must Begin Within 30 Minutes For a fire, leakage, or spill, the emergency response is to start immediately and, in any event, not later than 30 minutes from the occurrence of the incident. This makes mobilisation time a real operating issue. It raises practical questions such as: Where is the firefighting crew stationed? How quickly can the team receive an alarm? Who has authority to mobilise shared equipment? Can a mobile monitor physically reach the affected area? Are communication channels working? Can another installation in the cluster release water or foam quickly enough? These are operational questions rather than new legal wording, but they matter because the response-time requirement cannot be met on paper alone. Fire Should Be Controlled or Extinguished Within 65 Minutes Once firefighting begins, the regulation says the fire should be controlled or extinguished within 65 minutes from the initiation of firefighting. The timing therefore works as follows: Requirement Time Clock Starts From Start emergency response Immediately, not later than 30 minutes Occurrence of fire/leakage/spill. Control or extinguish fire Within 65 minutes Initiation of firefighting Businesses should keep these two trigger points separate when designing procedures, conducting mock drills and reviewing response records. How Does FERA Work in a Petroleum Cluster? The cluster model is one of the more practical parts of the amendment. Instead of requiring every installation located close together to build the same enhanced emergency capability, Part L allows a coordinated structure around a Host Installation. The Host Installation is preferably the installation in the cluster having the largest-diameter tanks. FERA facilities are to be established and maintained there in the manner described by the regulation. The cluster can share: fire-water; foam; firefighting equipment; rescue equipment; and other emergency-response resources. The regulation allows up to 50% of available fire-water and foam to be shared with other installations in the cluster during an emergency. This arrangement can be useful, but it creates another question: who is authorised to release those resources when something goes wrong? That is why the regulations also deal with common emergency control, activation protocols and the Governing Committee. Integrated Emergency Control Centre The FERA arrangement should include an Integrated Emergency Control Centre (IECC). Where possible, the IECC is to be set up at the existing Emergency Control Centre of the Host Installation. The control centre is expected to have the communication and emergency-management arrangements required for the cluster, including matters such as: required documents; communication systems; hotline service; alarm systems; CCTV monitoring; and drones. For a continuous cluster, the amendment also calls for an integrated ERDMP document. The purpose is practical. During an emergency involving more than one company, a fragmented command structure can create delays. A common control point makes mobilisation and communication easier to organise. What if a Common Cluster Arrangement Is Not Possible? Not every petroleum installation is located in a place where common FERA resources can be shared efficiently. The amendment addresses this situation. Where the cluster provisions relating to the Host Installation, resource sharing, or common control are not practically workable because of geographical constraints or other reasons, each isolated location has to develop its own firefighting and emergency-response facilities for dealing with a major incident. For these locations, PNGRB also requires 20% additional water and foam storage capacity and pumping rate over the basic design requirements. This 20% requirement is tied to the isolated-location situation described in the clause. It should not be presented as an automatic extra requirement for every installation covered by FERA. Fire-Water and Foam Are a Major Part of FERA Planning The amendment gives considerable attention to the availability and movement of fire-water and foam. The basic design of the fire-protection system is to follow Part E of the existing regulations and applicable NFPA standards, whichever is higher. Any augmentation of the fire-water and foam system is to be based on risk assessment, taking cumulative storage into account. The assessment also needs to consider whether existing systems create bottlenecks. Depending on the site, technical review may therefore need to cover: water storage; foam storage; pump capacity; pump suction lines; discharge pipelines; delivery pressure; flow rate; network interconnection; and ability to transfer water or foam within the cluster. Where existing networks cannot support adequate sharing, the regulation expects modification. If additional pumping is necessary, augmentation should preferably be carried out at the installation having the highest pumping capacity, with the discharge arrangement extended to support other installations in the cluster. What Happens to Resources After They Are Used? A major emergency can consume a large volume of water, foam and other firefighting resources. Part L therefore does not stop once the fire is under control. It sets out how quickly emergency capacity needs to be restored. Stage Resource Level Required Time Initial replenishment At least 50% of statutory minimum requirement Within 12 hours from initiation of firefighting Full replenishment 100% of statutory minimum requirement Within 24 hours of the all-clear siren These are two separate clocks. From an operating point of view, businesses may need arrangements with suppliers, internal stores or cluster members that make such replenishment possible after a serious event. FERA Infrastructure at the Host Installation The FERA station is meant to be an operational emergency facility rather than a room carrying the FERA name. The regulations refer to equipment and supporting infrastructure including: fire and foam protection systems; fire-water systems; water and foam storage; fire-water pumps; interconnected pipelines; mobile firefighting equipment; emergency communication systems; protective equipment; and emergency-control facilities. The dedicated FERA station should be positioned so that it can house both workforce and equipment and allow an efficient response to installations that it is meant to support. Part L says the station should preferably be near the IECC and at a location from which response time to assisted installations can be optimised. For an existing terminal, this may require more than buying new equipment. The layout itself may need to be examined. What Firefighting Equipment Does FERA Refer To? The regulation mentions several pieces of specialised equipment. These include: fixed and mobile HVLR monitors; trolley-mounted mobile units; suitable hoses; fire proximity suits; SCBA sets; PPE; fire-water pumps; and firefighting and rescue equipment. SCBA means Self-Contained Breathing Apparatus, while PPE refers to Personal Protective Equipment. The equipment needs to support the actual fire-water flow and range required for the installation. For the largest-diameter tank, the regulation requires either one high-capacity variable mobile HVLR foam monitor meeting the maximum requirement or two medium-capacity variable mobile monitors that together address the stated requirement. The important point is that equipment should follow the risk and hydraulic requirement. Purchasing a monitor simply because it is labelled "high capacity" would not by itself demonstrate that the system meets Part L. HVLR Design and Certification PNGRB also gives a specific technical benchmark for HVLR equipment. For HVLR capacity up to 12,500 litres per minute, approximately 3,300 GPM, the design is to comply with IS 15811. For units above 12,500 LPM, the material specification must conform to IS 15811. Until the Bureau of Indian Standards notifies an applicable standard for the remaining specifications, matters such as flow and range are to follow specifications finalised by the Technical Committee for T4S for the Petroleum Installations Regulations, 2020. The HVLR must also be listed or approved by a recognised national or international certification organisation such as: BIS; UL; FM; or an equivalent recognised HVLR certification agency. The wording gives recognised alternatives. Businesses should not read it as requiring approval from all three organisations. FERA Needs a Dedicated 24×7 Firefighting Crew One of the clearest differences between FERA and a simple equipment-based approach is the workforce requirement. A dedicated firefighting crew must support the FERA station on a round-the-clock basis. Each shift is to have four personnel, including one shift officer. A separate officer is also required in the general shift with expertise in overall firefighting operations, safety, and training. That creates a continuing workforce requirement. Operators need to think beyond the number of people presently employed in a general safety department. The FERA positions come with defined qualifications and experience. Qualification and Experience Required for FERA Personnel FERA Position Role Qualification Minimum Firefighting Experience in Hazardous Industry FERA In-charge General Shift In-charge BE/B.Tech in Fire Engineering or Fire & Safety Engineering 7 years FERA Officer Shift In-charge Graduate with Station Officer certification from a recognised institute 5 years FERA Crew Shift Crew Graduate with Sub Officer certification from a recognised institute 2 years These conditions matter whether the workforce is recruited directly or supplied through an outsourced professional firefighting agency. A workforce contract that supplies the right number of personnel but not the required qualifications and experience can therefore create an obvious compliance gap. Training Is Not a One-Time Exercise The regulations expect FERA personnel to be capable of actually using the emergency systems they are responsible for. Their competence should cover areas including: HVLR operation; operation of fire pumps; foam deployment; use of SCBA; emergency coordination; routine equipment checks; preventive maintenance; and participation in mock drills. The FERA crew should receive training once every year from a competent agency or person decided by the Governing Committee. The crew also has a wider training role. It is expected to provide regular hazard and emergency-handling training to officials, security personnel and contractor workforce. This matter because a real emergency will rarely involve only the FERA team. Security staff, operations staff and contractors may all be present when an incident begins. Who Owns and Operates the FERA Facility? The answer changes depending on whether the location is isolated or forms part of a cluster. Single Isolated Installation For a standalone isolated installation, the concerned entity has to establish the FERA facilities. Workforce may be provided by the entity itself or through professional firefighting agencies under authorised contracts. Cluster of Installations Where several installations form a cluster, the concerned entities have to jointly establish the FERA facility. The cost is to be shared in proportion to their respective total tank storage capacity. Workforce may again be provided internally or through professional firefighting agencies. The cluster model therefore requires companies that may otherwise operate independently to agree on shared emergency infrastructure and responsibility. How Does Cost Sharing Work? PNGRB sets out the principle of shared cost but does not prescribe one universal financial formula for every expense. The participating installations must jointly set up the cluster FERA facility on a cost-sharing basis linked to their respective total tank storage capacities. The Governing Committee then has to deal with matters including: capital expenditure; operating expenditure; funding; reimbursement; liability; indemnification; damage to FERA resources; and replenishment after those resources are used in an emergency. The regulation does not provide a fixed rupee cost for implementation. That means each cluster will need to understand its own infrastructure gap and develop commercial arrangements around the requirements actually applicable to the participating sites. Can FERA Firefighting Manpower Be Outsourced? Yes. The amendment expressly allows required workforce to be provided through professional firefighting agencies under authorised contracts in the situations described by Part L. Outsourcing may make sense where an operator does not want to build the entire firefighting workforce internally. But the contract needs to be treated as a safety-critical arrangement rather than an ordinary workforce supply agreement. Qualifications, experience, shift strength, training, emergency mobilisation and actual performance all matter. The amendment makes this even clearer through its vendor-selection rule. QCBS Is Required for Outsourced FERA Vendors Where the workforce arrangement is outsourced, vendor selection should take place through Quality and Cost Based Selection (QCBS). The regulation assigns 70% weightage to technical criteria. That tells businesses something important about PNGRB's approach: price should not dominate selection for a service that directly affects emergency response. The tender and contract terms are also expected to carry stringent penalty provisions where a vendor: fails to comply with applicable statutory rules or regulations; or performs inadequately during a mock drill or actual emergency. The notification does not prescribe the amount of those contractual penalties. It also does not give a standard tender value, turnover requirement, or bid-security amount. Those details should therefore be developed through the actual procurement process rather than added as if they were part of the regulation. What Does the FERA Governing Committee Do? A cluster cannot function well if several installations share resources, but nobody has clear authority over them. Part L addresses this through a Governing Committee made up of members from installations within the cluster. Its responsibilities cover matters such as: where FERA assets will be located; who will own or hold them; who is responsible for maintenance; how FERA will be activated; how mobilisation will be authorised; communication during an incident; command and control; coordination with mutual-aid members; coordination with local and district crisis groups; coordination with external emergency agencies; cost sharing; funding and reimbursement; liability; indemnification; replenishment of used resources; readiness reviews; maintenance; drills; competency assurance; reporting; audits; and additional SOPs considered necessary. The regulations also allow arrangements under which another oil and gas installation may use FERA facilities on a cost-sharing basis. For cluster operators, these governance arrangements should be worked out early. Leaving them until equipment is ready could create uncertainty over ownership, liability and emergency authority. FERA Audit Requirements FERA is not something that can be commissioned once and then forgotten. Audit or Review Frequency / Stage Internal audit by FERA In-charge Monthly FERA system audit by Governing Committee Annually T4S audit Every 3 years ERDMP audit Every 5 years Cluster FERA audit and mock drill As part of applicable cluster-wide assessment PNGRB-empanelled TPIA audit At pre-commissioning for cluster-based FERA facility The FERA In-charge must conduct the monthly internal audit and send the report to the Governing Committee for review and necessary action. The Governing Committee must carry out the annual FERA system audit to check compliance with applicable statutory and regulatory requirements. T4S and ERDMP audits remain on their respective three-year and five-year cycles. Where the installation being audited forms part of a cluster housing FERA facilities, the FERA audit and mock drill become part of the cluster-wide assessment. A cluster-based FERA facility must also undergo an audit by a PNGRB-empanelled Third Party Inspection Agency at the pre-commissioning stage. Which IS and NFPA Standards Are Referred to? The notification identifies a number of Indian and NFPA standards. Standard Subject IS 15105 Design and installation of fixed automatic sprinkler fire-extinguishing systems IS 15811 Long-range water-cum-foam monitor for firefighting NFPA 11 Low-, medium- and high-expansion foam NFPA 13 Installation of sprinkler systems NFPA 14 Standpipe and hose systems NFPA 15 Water spray fixed systems NFPA 20 Stationary pumps for fire protection NFPA 22 Water tanks for private fire protection NFPA 24 Private fire-service mains and their appurtenances These references matter mainly to the engineering and fire-safety teams responsible for translating the regulation into an actual installation design. A regulatory review may establish that FERA applies, but detailed system design should still involve professionals competent in the relevant engineering standards. What Does FERA Mean for Existing Petroleum Installations? Existing sites are likely to face the most detailed gap-assessment exercise. A practical review may need to answer questions such as: Is existing fire-water storage sufficient? Is foam inventory adequate? Can present pumps achieve the required flow and pressure? Can water and foam be shared across the cluster? Are pipelines properly interconnected? Is suitable HVLR equipment already available? Does the current ECC arrangement support the proposed IECC? Does the available firefighting team meet the new qualification criteria? Are emergency drills and audits already aligned with the new structure? Not every facility will need the same level of modification. An installation that already has strong firefighting infrastructure may need fewer physical upgrades than a site whose present arrangements were designed for a lower level of emergency support. The only reliable way to know is to compare current systems with the provisions that actually apply. What Does It Mean for New Petroleum Projects? Upcoming installations have a different advantage: they can consider FERA during project design. Where Part L applies, the project team may need to include FERA requirements while deciding: fire-water storage; pumping systems; foam capacity; network layout; monitor placement; emergency-control infrastructure; location of the FERA station; cluster connections; workforce planning; and commissioning activities. This can reduce the risk of designing a project first and then discovering that large modifications are needed before FERA readiness can be demonstrated. For cluster-based FERA facilities, the pre-commissioning TPIA requirement should also be built into the project schedule. What Will FERA Cost? There is no single answer because PNGRB has not fixed a standard implementation cost. The amount will depend heavily on what already exists at the installation. Capital Costs May Arise From additional water or foam storage; pumping upgrades; pipelines and interconnections; FERA station construction; HVLR monitors; hoses; PPE and SCBA; emergency communication equipment; CCTV and alarm systems; IECC modifications; and other supporting infrastructure. Recurring Costs May Include specialist firefighting workforce; outsourced agency charges; equipment maintenance; annual training; mock drills; audits; replacement or replenishment of foam and other resources; and administration of cluster arrangements. A site with a mature fire-safety setup may already have many of these elements. Another installation could face substantial augmentation. For that reason, a compliance gap assessment is generally more useful at the beginning than trying to estimate the project cost from storage capacity alone. Is FERA Good for Safety or Just Another Compliance Cost? It would be too simple to describe FERA as either purely beneficial or purely burdensome. There is a clear safety case behind the requirements. Large petroleum storage sites can face incidents where the first hour matters enormously. More water, more equipment or more people are useful only if they can be mobilised quickly and operate together. FERA directly addresses that problem through response times, specialist crews, common command arrangements and resource-sharing rules. At the same time, the business cost can be real. Area Safety Benefit Business Impact Faster response Earlier control of a serious incident More readiness planning Larger emergency resources Greater firefighting capacity Capital expenditure Qualified crew Better specialist response Recruitment or outsourcing cost Shared cluster resources Access to a larger combined pool Recruitment or outsourcing cost Regular audits Readiness is checked repeatedly Continuing compliance workload Training Better practical capability Recurring training time and cost Common control Clearer mobilisation structure Governance and documentation effort The burden is unlikely to be equal for every installation. An operator with relatively modern systems may be able to build on what it already has. An older terminal requiring new pumps, storage, pipelines, control facilities and specialist workforce could face a much larger implementation project. What Business Opportunities Could Come From the FERA Rules? The amendment may also increase demand for specialised services and equipment connected with petroleum fire safety. Areas likely to see more activity include: professional firefighting agencies; fire engineering; fire-water system design; foam systems; pump and pipeline upgrades; HVLR equipment; SCBA and PPE; emergency communication systems; fire-safety training; TPIA and audit-related services; ERDMP support; technical documentation; and petroleum regulatory compliance services. This does not mean PNGRB has endorsed any supplier, consultant or technology provider. The commercial opportunity arises because covered installations may need people, systems and technical support to meet the new requirements. Practical FERA Compliance Roadmap A covered operator can make the work more manageable by dealing with it in a sensible order. 1. Establish Whether FERA Applies Start with installation type, petroleum class, and actual storage capacity. For nearby installations, examine whether the 10 km cluster condition and cumulative capacity bring the group within scope. For affected crude oil terminals, deal with the Hindi-English threshold difference before reaching a final view. 2. Identify the Correct Timeline Once applicability is established, place the site in the relevant storage band: 150–200 TKL, 200–300 TKL, or 300 TKL and above. 3. Decide the Operating Model Establish whether the site will: operate independently; be part of a cluster; or serve as the Host Installation. 4. Carry Out a Technical Gap Review Compare present fire and emergency facilities with Part L. The review should cover water, foam, pumps, pipelines, monitors, protective equipment, control facilities, communications, and workforce. 5. Prepare the Engineering Plan Once the gap is known, decide which systems require augmentation, replacement, or interconnection. 6. Review Manpower Check the number of people required per shift and confirm that qualification and hazardous-industry experience criteria can be met. 7. Set Up Cluster Governance Where several installations participate, agree on ownership, cost sharing, maintenance, activation, mobilisation, reimbursement and liability. 8. Review Procurement If a professional firefighting agency will be used, make sure the selection process reflects the QCBS requirement and 70% technical weightage. 9. Plan Training and Mock Drills Create a practical programme that keeps the FERA crew and other site personnel prepared. 10. Build an Audit Calendar Monthly, annual, T4S, ERDMP and pre-commissioning requirements should be mapped in one compliance calendar. FERA Compliance Checklist for Operators Area to Review What Needs Attention Applicability Installation category and storage capacity Petroleum class Class A, B and Class C where relevant Cluster position Nearby facilities within 10 km Cumulative storage Combined cluster capacity where applicable Deadline Applicable 2-, 3- or 5-year period Host Installation Identification for cluster arrangement Fire-water Storage, supply, flow and sharing Foam Type, capacity and availability Pumps Capacity and delivery capability Pipelines Interconnection and distribution HVLR Capacity, specification and approval/listing PPE / SCBA Availability for firefighting crew FERA station Location, equipment and workforce IECC Control, alarms, communication and monitoring Manpower Four-person shift structure plus required officer Qualification Role-specific education and experience Training Annual and continuing competency Governing Committee Constitution and responsibilities Cost sharing Constitution and responsibilities Outsourcing QCBS and technical evaluation Internal audit Monthly Governing Committee audit Annual T4S audit Every 3 years ERDMP audit Every 5 years Pre-commissioning audit Cluster-based facility where applicable The checklist is useful for organising a review, but the actual obligation should always be read from the applicable regulation and site conditions. Practical Risks Operators Should Avoid The first risk is assuming that FERA does not apply because an individual installation appears to be below the threshold. A nearby cluster may change the position. Another risk is using the crude oil terminal threshold without checking the difference between the Hindi and English texts. Infrastructure planning also deserves early attention. Pumps, pipelines, and additional storage are not normally changes that can be completed at the last moment. Workforce is another area where operators may underestimate the work. FERA specifies qualifications and hazardous-industry firefighting experience, so simply increasing headcount may not solve the requirement. For clusters, governance can become a bottleneck. Companies need to settle who owns the assets, who maintains them, who pays what share, and who has authority to act during an emergency. Finally, audit planning should begin when FERA is being set up, not after commissioning. Records, drills, training and internal checks form part of the operating arrangement. What Should Petroleum Installation Operators Do Now? For most businesses, the best first move is not immediate procurement. It is clarity. Operators should first confirm whether the site falls under Part L and which implementation period applies. After that: Verify storage capacity and petroleum classes from technical records. Check whether nearby installations create a qualifying cluster. Identify whether a Host Installation arrangement is possible. Review current fire-water, foam, and pumping capacity. Check existing HVLR, SCBA, PPE and emergency-control facilities. Compare present workforce with the new qualification criteria. Estimate which requirements involve capital expenditure. Begin discussions with cluster partners where joint facilities are required. Review outsourcing strategy if specialist workforce will come from an external agency. Put training, mock drills and audits into the implementation plan from the start. The aim should be to understand the gap before money is committed. How Corpseed Can Help With PNGRB FERA Compliance FERA is unusual because the compliance question is not confined to one filing or one approval. It connects legal interpretation, petroleum storage data, technical systems, emergency planning, workforce, contracts, documentation, and audit readiness. That is where structured petroleum regulatory compliance services can be useful. Corpseed can support petroleum businesses in the following areas: FERA Applicability Assessment Corpseed can review the installation profile, storage capacity, petroleum classes, and cluster configuration to help businesses understand whether Part L may apply. This is particularly relevant where cumulative storage or the crude oil threshold issue makes the position less straightforward. PNGRB Compliance Interpretation The 2026 amendment contains several technical conditions that need to be read together. Corpseed can assist management and compliance teams in understanding the relevant FERA provisions, implementation periods, and regulatory responsibilities without turning the requirement into a generic checklist. Compliance Gap Assessment Existing installations may already have strong firefighting systems. A compliance gap assessment can help identify which FERA requirements are already addressed and which areas still need technical, operational or documentary attention. Fire-Safety and Technical Documentation Review Corpseed can assist in organising and reviewing regulatory and technical documentation connected with emergency-response arrangements. Where specialist engineering judgement is required, the work can be coordinated with the appropriate technical professionals. Infrastructure Compliance Coordination FERA may involve water and foam systems, pumps, pipelines, HVLR equipment, IECC arrangements and related emergency infrastructure. Corpseed can support the regulatory coordination side of these requirements and help businesses maintain a clear link between technical work and the applicable PNGRB provisions. Workforce and Training Compliance Review The regulations prescribe role-specific qualifications, experience, and staffing expectations. Corpseed can help businesses review workforce documents, training arrangements and contractor records against the applicable provisions. Cluster Governance Support Cluster-based FERA creates several non-engineering issues that can be just as important as equipment. Corpseed can assist with documentation relating to: Host Installation arrangements; Governing Committee responsibilities; cost-sharing structures; activation protocols; maintenance responsibility; role allocation; audit documentation; and record control. Outsourcing and Vendor Compliance Review Where the professional firefighting workforce is outsourced, Corpseed can assist businesses in reviewing regulatory requirements around QCBS selection, technical evaluation and contract documentation. Audit Readiness Support The FERA framework includes several audit cycles. Corpseed can help organise records, internal compliance calendars and supporting documentation for monthly internal reviews, annual audits, T4S and ERDMP assessments and applicable pre-commissioning requirements. Ongoing Petroleum Installation Compliance Support Petroleum installations often deal with more than one PNGRB requirement at a time. Through PNGRB compliance consulting and petroleum installation compliance support, businesses can maintain a structured view of applicable requirements, pending actions, and supporting documentation instead of treating every compliance event separately. Corpseed does not issue PNGRB approvals, replace competent engineering professionals, or guarantee the outcome of any audit or regulatory review. The role of professional support is to help an operator understand the applicable requirements, identify gaps and organise the work needed to address them. For petroleum operators assessing the 2026 FERA amendment, early petroleum regulatory compliance services can be useful in deciding what applies before technical procurement or infrastructure spending begins. Key Takeaways The 2026 PNGRB amendment introduces a much more defined emergency-response arrangement for specified high-risk petroleum installations. The points businesses should remember are: Part L introduces Fire & Emergency Response Augmentation (FERA). The framework covers specified existing and upcoming Priority Locations. Applicability depends on installation type, petroleum class, storage and cluster conditions. Clusters can be assessed using cumulative storage within the stated 10 km radius. Implementation periods are 5 years, 3 years, or 2 years depending on storage capacity. Emergency response must begin immediately and no later than 30 minutes. Fire should be controlled or extinguished within 65 minutes from initiation of firefighting. Specialised firefighting workforce, infrastructure, equipment, training and audits form part of the framework. Cluster arrangements bring additional responsibility around shared assets, cost, mobilisation and governance. The difference between the Hindi and English crude oil threshold deserves regulatory clarification where it affects applicability. For covered operators, the main task now is to establish applicability and understand the gap between existing facilities and Part L. Once that position is clear, infrastructure, workforce, procurement and audit planning become much easier to organise.