NIST Institute Private Limited

Andheri East, Mumbai, Maharashtra

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Corporate Services

Prominent & Leading Service Provider from Mumbai, we offer Fire Safety Audit Corporate Services, Electrical Safety Audit Corporate Services, Occupational Health and Safety Audit Corporate Services, Emergency Management System Corporate Services, BBS Consultancy Corporate Services and Process Hazard Analysis Corporate Services.

Fire Safety Audit Corporate Services
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Fire in workplace constitutes a significant threat to life and property. Therefore, there has been growing concern on fire risk management, prevention and control of fire accidents, and reducing the loss of casualties. Hence, fire risk analysis is must for which conducting fire safety audit is highly essential. In this regard, NIST through its expertise professionals conducts safety audit systematically in terms of how, when, and why fire incidents could happen. Moreover, our auditing services serve as foundation of regulatory decision-making to prevent and tackle fire incidences. We conduct fire audit in the following areas:

  • Fire hazard identification
  • Fire risk assessment
  • Firefighting system
  • Fire detection and alarm system
  • Sprinkler system
  • Internal and external fire hydrant system
  • Gas suppression system
  • Fire pump house
  • Fixed fire suppression system
  • Fire extinguisher
  • Passive fire protection
  • Emergency management and life safety system

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Electrical Safety Audit Corporate Services
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Risk in electrical work is higher than any other job. Any flaw in electrical circuit in the workplace could make the system less efficient or put the lives of employees at higher risk. People involved in the electrical job should remain high alert for each and every second. Thus, the importance is on electrical safety as we can't apparently realize that a simple cable carrying current. Moreover, it is not feasible to ascertain the conductor is live or dead. This scenario becomes the root cause of most of the electrical accidents. This is the reason, a corrective action investigation in the form of electrical audit is necessitated in all the workplaces. NIST provides comprehensive electrical audit in the following areas to ensure a safe work environment such as:

  • Transformers
  • HT, LT & distribution panels
  • Diesel generator and its availability
  • Lightning protection system
  • Emergency power distribution system
  • Grounding & earthing
  • CEA Regulations 2010 Compliance Review
  • Emergency control procedures
  • Training competence evaluation
  • Systems and document review
  • Contractor management

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Occupational Health and Safety Audit Corporate Services
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he key to health and safety in workplace is promoting safe work condition and compliance with the regulations. However, flaunting the norms or unaware of the potential hazard yield in workplace accidents. Outcome post-accident investigation reflects that the organization has not carried out occupational health and safety audit, which is considered as tool of controlling hazard. The objective of the audit is to assess compliance with established guidelines. This audit is not just confined to hazard identification, rather a comprehensive examination of OHS management. Avail best of the OHS audit from NIST professionals for ensuring a safe workplace. We render OHS auditing services to needy corporates in the following areas:
  • Policy and risk assessment
  • Written statement of general health and safety policy
  • Review of policy
  • Identification of relevant hazards
  • Evaluation of risks
  • Record of significant findings brought to the attention of employees
  • Proper display of emergency contacts
  • Illumination
  • Adequacy of natural light
  • Well illumination of workplace
  • Illumination of staircases and other areas
  • Provision of emergency lighting
  • Illumination survey
  • Ventilation
  • Welfare facilities
  • Housekeeping and waste management
  • Material storage
  • Floors and aisles
  • Special work procedures
  • Mechanical and heat hazards
  • Fire
  • Electrical
  • Chemicals (general)
  • Flammable liquids
  • Biological hazards
  • Emergency equipment
  • Egress and evacuation
  • Plant technical
  • Site technical
  • Compliance
  • Management safety
  • Incident/accident prevention
  • Medical and first aid
  • PPE
  • Slip, trip, and fall
  • Signage
  • Work station ergonomics

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Emergency Management System Corporate Services
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Organizations in general are vulnerable to emergency situation, i.e. critical infrastructure is prone to man-made hazards. An emergency even could arise either due to fault in internal organization operations or from external sources. As a result, emergency need could range from a small first-aid incident to multiple deaths to property damage. In these cases, attempt should be mitigating impact arising due to incidents or circumstances leading to injury and illness. Therefore, planning is essential to deal with possible emergencies. Thus, the need of emergency management system arises, which is nothing but a pre-designed system to deal with hazards in the form of rescuing, restoring, and mitigating the effects.

Moreover, large-scale emergencies require well-coordinated response and management. As per OSH standard, there should be a written emergency action plan to deal with any unforeseen eventualities. Therefore, it becomes onus of the employer to review plans periodically while keeping into cognizance of employees. NIST develops tailor-made emergency management system involving:

  • Identification of hazard that could lead to possible hazard
  • Identification of activities to respond to emergency situation
  • Introduction of risk assessment measures to control or eliminate identified risks
  • Escape procedures with designated escape routes
  • Procedure for shutting down critical plant operations
  • Spill control procedures if any
  • Search and emergency rescue procedures
  • Emergency response to deal with hazardous materials
  • How to provide first aid help within three to four minutes of an emergency
  • Rapid deployment of resources

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BBS Consultancy Corporate Services
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Organizations are increasingly aware of ensuring a working environment free from occupational injuries and fatalities, as they add no values to productivity. Thus, safety remains a concern for every organization and any workplace incident yields in unreliable workflow. As per the report of National Safety Council, majorities of illness and injuries in workplace are due to issue of human behavior. This reflects the importance of employee behavior is critical in attaining improved safety standards, which is feasible through behavior based safety intervention. In this regard, the emphasis is on behavior based safety having aim to improve safety through integration of behavioral science and organizational principles with safety management to reduce incidences of injuries.

Though, behavior based safety has got wider acceptance across industries, yet the result seems to be elusive as adapting to meet the needs of workplace environment has not been effective. Actually, implementing behavior based safety programs require constant guidance of experts. Another aspect is that policies and signs may be instrumental in directing behavior, but don't motivate safe behavior. To deal with these kinds of issues, NIST provides excellent behavior based consultancy services involving:

  • Safety observation processes (identify critical behavior, change unsafe behavior, recognize at-risk behavior)
  • Explanation to employees one-to-one basis regarding their behavior
  • Review the consequences of unsafe behavior
  • Technical and procedural solutions to deal with unsafe behavior
  • Behavior based ergonomics observation
  • Commitment on the part of management and leadership to improve safety standard
  • Implementation through behavior based safety training
  • Assessing the safety culture through behavior based safety audit
  • Use feedback data on safe behavior to remove barriers
  • Positive reinforcement
  • Monitor the effectiveness of behavior based safety program
  • Rigorous implementation of behavior based safety as per the site specific need
Benefits of hiring our services will yield benefits in terms of:
  • Improve in safety behavior of employees
  • Reduction in lost time and frequency of minor injury
  • Increase in productivity
  • Overall boost in economic performance

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Process Hazard Analysis Corporate Services
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Hazard and Operability study (HAZOP) is a qualitative technique based on guide-words and is carried out by a multi-disciplinary team (HAZOP team) during a set of meetings, facilitated by a hazop leader.

What If Methodology is a qualitiative technique using a series of questions that begin ,"What if ?". Each question represents a potential failure in the facility or misoperation of the facility.

HAZID (Hazard Identification) is the high level review of potential hazards based on checklists which is often done at the project stage.

What are the benefits of conducting Process hazard Analysis?

HAZOP studies are used with great success within chemical and the petroleum industry to obtain safer, more efficient and more reliable plants.

  • Determine locations of potential safety problems
  • Addresses the Engineering and administrative controls applicable to the hazards and their interrelationships
  • Addresses the Consequences of failure of engineering and administrative controls, especially those affecting employees/ Asset/ Environment
  • Identify corrective measures to improve safety
  • Preplan emergency actions to be taken if safety controls fail
  • Provides refresher training for the operating personnel while considering different scenarios which are hypothetical in nature
  • Enhances the Safe Operating procedure
When to do Hazop?
  • During FEED ( Front end engineering)
  • Detailed engineering
  • Validation During plant operation
  • Modification ( Management of change)
  • Decommissioning
Role of NIST in conducting HAZOP session
  • Scheduling and planning the session
  • Inhouse HAZOP chairperson who has done more than 30 Projects w certified Hazop leader / LOPA/ Functional safety expert
  • Verify thoroughly the process documents and conduct sessions in systematic manner
  • Provide practical solutions for the hazop action points
  • Train Hazop methodology to stakeholders
  • Prepare comprehensive report with priority and categorisation

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Quantitative Risk Analysis Corporate Services
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Identify and assess the consequence of accidental release of chemical storages/ Pipelines and assess the potential risk to the adjacent equipment/ Society. ( Toxic release / Fire /Explosion hazards)

Provides the consequence modelling based on the site conditions.

This tools is widely used in any hydrocarbon manufacturing / Handling industries and facilities

  • Addresses the individual and societal risks based on the geographical location considering the weather/Wind/Nature of chemicals used
  • Helps organisation to mitigate the consequences by suitable mitigation methods
  • Important tool for developing Emergency response and disaster management plans
  • Important tool to map the Hydrocarbon/ Toxic Gas detectors

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SILStudies Corporate Services
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Every industry comes with a huge set of associated risks, with Oil and Gas/ Petrochemicals/ Refineries and major chemical industries are vulnerable. Risk factors are high particularly for the larger size companies involved in more Unit operations.

Risks are mainly to Personnel , environment, Assets and reputation.

Most of the chemical industries major disasters are attributed to various factors such as

Bigger the size of operations, more the number of variables and third party elements exponentially increasing the risk factors. The risks are spread across economy, personnel, environment, equipment, production and efficiency.

Every major disaster in history can be attributed a simple element overlooked during the course of the plant operation

Most of the chemical industrial accidents are due to the failure of control and Safety system. Failure of the Safety system is caused by poor specification/ design/ installation/ Operation and maintenance and changes during operation.


Why do organisation prefer to do SIL studies? PSM Requirement clause:

Process Safety Management(PSM) section of the OSHA standard OSHA 29 CFR Part1910.119 requires organizations to provide assurance of the mechanical integrity of all their emergency shutdown systems and safety critical controls.

Safety Life cycle (SLC)

Safety Life cycle concept is the fundamental tool of managing the application of Safety instrumented systems as by the international standards IEC 61508 which is an umbrella for all sectors and IEC61511 which is process Sector specific.

Safety Instrumented Systems ( SIS)

The purpose of a safety instrumented system (SIS) is to reduce the risk that a process may become hazardous to a tolerable level. This is done by reducing the likelihood of the risk.

What is SIL (Safety integrity limit)?

SIL is a discrete level (one out of a possible four) for specifying the probability of a safety instrumented system. For Process Sector it is SIL 1 to SIL 3.

The amount of risk reduction that an SIS can provide is represented by its safety integrity level (SIL), which is defined as a range of probability of failure on demand.

What are the benefits of implementing Safety Life cycle as part of PSM implementation?

Identify the hazards at the concept stage and evaluate the consequence there by Helps the organisation to take decisions at the design stage achieves loss prevention and reduction in cost.

Significant cost saving in potential financial loss due to Asset damage and business interruption.

By adapting to IEC 61511 , uniform global design criteria is met.

Enables the organisation to carry out cost benefit analysis to make suitable long term decisions

Many national regulators such as OSHA/ UK/Middle east started referring to this standard

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Layers Of Protection Analysis Corporate Services
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Layer of protection analysis (LOPA) is a special form of event tree analysis using fault propagation modelling to determine fairly accurately the frequency of an unwanted event.


LOPA Methodology
  • Define the unwanted impact.
  • Determine and list all of the initiating events that can cause the unwanted impact.
  • Determine and list all the layers of protection that are available for preventing an initiating event from propagating into the unwanted impact.
  • Quantify the frequency of the initiating event(s), based on historical data and engineering judgment.
  • Quantify the effectiveness of the layers of protection in terms of probability of failure on demand (PFD), based on historical data and engineering judgment.
  • Calculate the resulting frequency of the unwanted impact.
Benefits of LOPA
  • Lowers the life-cycle cost of SIS.
  • Supplements existing procedures (e.g., hazard matrix, risk graph).Adding LOPA does not require an organization to completely change other procedures.
  • Neither excessively complicated nor time consuming.
  • More accurate than purely qualitative estimates.
  • Identifies potential gaps in the plant’s overall protection that can often be fixed very economically.
Role of NIST in conducting LOPA workshop
  • Scheduling and planning the session
  • In house Competent and Certified functional safety expert who has vast experience in Operation and technical scribe
  • Verify thoroughly the process documents and conduct sessions in systematic manner
  • Training of LOPA methodology to stakeholders
  • Prepare comprehensive report with priority

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SIL Verification Corporate Services
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Based on the Safety requirement specification made in the analysis phase of Safety life cycle, Architecture and technology for the SIS instruments are chosen. In order to check whether selected architecture and components are meeting the Safety targets, SIL verification is done.

SIL verification is done by complex calculations by software namely eXsilentia which has broad data base of failure data and calculates the risk reduction achieved using built in complex Markov model calculations.

Besides that verification process involves also the other two barriers like Architectural and Systematic capability constraints as prescribed by IEC-61508 Part-2

  • Verification process assures the owner of the process about the risk reduction achieved and meets the Safety targets
  • Gives opportunity for the Process owner to correct the systematic errors which could have developed during the design phase.
  • Develops the preventive maintenance plan based on the criticality of the loop Ensures the safety of operating personnel and society by ensuring the reliability of Safety devices when demanded
  • By selecting high reliable instruments, uptime for the Process gets enhanced and improves the profitability ( Less Spurious failures)
Role of NIST in SIL Verification
  • In house (CFSE Exida) who has expertise in both PHA and SIL studies will carry out the Safety studies and SIL verification using dedicated softwar

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About EMS 14001

ISO 14001 is an internationally agreed standard involving environmental management system. This standard assists organizations in improving environmental performance by using resources efficiently. Further, it helps in managing waste reduction and getting a competitive edge over the competitors.

When it comes to environmental management system, it enables organization in identifying and monitoring environmental issues while managing the same comprehensively. The benchmark of ISO 14001 Standard is that organizations irrespective of their size could leverage the advantage in terms of managing environmental issues like:

  • Air pollution
  • Water and sewage issues
  • Waste management
  • Soil contamination
  • Climate change mitigation and adaptation
  • Use of resources and their efficiency
  • Demonstrates compliance in accordance with statutory and regulatory requirements
  • Ensures more involvement of leaders and employee's engagement
  • Increases reputation of company and wins the confidence of stakeholders by means of strategic communication
  • Enables in attaining strategic business through incorporating environmental issues in business management
  • Increases efficiency and reduces costs thereby helps in gaining competitive and financial advantage
  • Ensures increase in environmental performance of suppliers as gets integrated into business systems of the organization
Guidelines for getting EMS 14001 Certification
  • Develop environment policy and communicate the same
  • Review environmental aspects
  • Assess legal requirements and monitor compliance
  • Set targets and objectives and develop the programs to achieve them
  • Identify training needs and implement a strategy for achieving them
  • Complete an internal audit
  • Review management of the EMS and environmental performance of the organization
How does NIST help in getting EMS 14001 Certification?
  • Develops environmental policy
  • Identifies environmental aspects and impacts
  • Identifies environmental legal and related requirements
  • Develops objects, targets, and their programs
  • Defines roles and responsibilities of authorities
  • Develops competence and training awareness program
  • Develops communication processors for all stakeholders
  • Creates document as required by ISO 14001
  • Develops document control and operational control procedures
  • Develops emergency preparedness and respond procedures
  • Develops procedure for monitoring and measuring
  • Develops a procedure for evaluation of compliance
  • Conducts internal ISO 14001 audits

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