Certifications As Per Gujarat Factory Rules
Prescribed under Rule 3-C
We provide assistance to our customers by conducting periodic inspections of buildings to ensure compliance with all relevant national building laws.
We provide assistance to our customers by conducting periodic inspections of buildings to ensure compliance with all relevant national building laws.
Prescribed under Rule 55
Lifting and transporting devices for people, including elevators, escalators, and moving walks found in residential, commercial, and public buildings, as well as industrial facilities, carry significant risk potential. Therefore, stringent safety regulations govern their design, installation, and operation.
Lifting and transporting devices for people, including elevators, escalators, and moving walks found in residential, commercial, and public buildings, as well as industrial facilities, carry significant risk potential. Therefore, stringent safety regulations govern their design, installation, and operation.
Prescribed under Rule 61
In numerous situations, national legislations require mandatory inspections of pressure equipment and storage tanks to be carried out by an accredited third-party body or an approved inspection body.
In numerous situations, national legislations require mandatory inspections of pressure equipment and storage tanks to be carried out by an accredited third-party body or an approved inspection body.
Prescribed under Rule 102
The test aims to evaluate whether a dust or powder, when dispersed as a dust cloud in the air, will create a flammable atmosphere conducive to flame propagation. It is a purely qualitative assessment that classifies materials into two groups:
Combustible (Group 1) – Capable of forming a flammable or explosible dust cloud.
Non-Combustible (Group 2) – Unable to form a flammable or explosible dust cloud.
The test aims to evaluate whether a dust or powder, when dispersed as a dust cloud in the air, will create a flammable atmosphere conducive to flame propagation. It is a purely qualitative assessment that classifies materials into two groups:
Combustible (Group 1) – Capable of forming a flammable or explosible dust cloud.
Non-Combustible (Group 2) – Unable to form a flammable or explosible dust cloud.
Factory Plan Design & License Work As Per Fa, 1948 & Gfr, 1963
1. Issuance of New & Revised Factory Licenses in Accordance with the Factory Act, 1948 & Gujarat Factory Rules, 1963.2. Designing and Approval of Factory Plans by the Directorate of Industrial Safety & Health as per Gujarat Factory Rules, 1963.
3. (As prescribed under Rule 5) We support our customers by facilitating the process of obtaining permission and certification from the legal department for new factory licenses.
4. We assist our customers by offering a comprehensive range of design review services for buildings and structural modifications, ensuring compliance with DISH approval requirements.
Audits
IS 14489: 1998
An HSE management system audit ensures safe workplaces and the efficient use of resources. This audit system supports your efforts to maintain a strong, consistent workforce and an effective, sustainable energy policy, making your company more competitive and increasingly profitable. It carries out a systematic, critical appraisal of all potential safety hazards involving personnel, premises, services, and operational methods to ensure that the occupational Safety & Health System fully satisfies the legal requirements and those of the company’s written safety policies, objectives, and progress.
An HSE management system audit ensures safe workplaces and the efficient use of resources. This audit system supports your efforts to maintain a strong, consistent workforce and an effective, sustainable energy policy, making your company more competitive and increasingly profitable. It carries out a systematic, critical appraisal of all potential safety hazards involving personnel, premises, services, and operational methods to ensure that the occupational Safety & Health System fully satisfies the legal requirements and those of the company’s written safety policies, objectives, and progress.
Electricity Rules-1956
Electrical hazards continue to threaten the safety of people and property, manifesting in the form of shocks, burns, injuries, fires, and explosions. With electricity having become an indispensable part of our lives, it is imperative to manage electrical risks effectively. In process industries, fires due to electrical reasons are highly probable, especially in industries handling flammable chemicals. In service industries such as information technology, telecommunications, banking, and other commercial establishments, substantial losses from business interruptions due to electrical hazards (such as fires in server rooms, damage to expensive communication equipment, loss of data, and fires in cable galleries) could occur.
Electrical hazards continue to threaten the safety of people and property, manifesting in the form of shocks, burns, injuries, fires, and explosions. With electricity having become an indispensable part of our lives, it is imperative to manage electrical risks effectively. In process industries, fires due to electrical reasons are highly probable, especially in industries handling flammable chemicals. In service industries such as information technology, telecommunications, banking, and other commercial establishments, substantial losses from business interruptions due to electrical hazards (such as fires in server rooms, damage to expensive communication equipment, loss of data, and fires in cable galleries) could occur.
On-Site Emergency Plan
Developing an onsite Emergency Preparedness Plan to manage and prevent any foreseeable disaster scenarios at the facility and mitigate the resulting human and property damage consequences.
Inputs from the existing QRA report will be utilized.
Emergency Control Centre, Assembly Points, Emergency Escape routes, Emergency Communication, Medical facilities, etc.
Emergency notification, declaration, and control, along with the roles of key personnel including Site Controller, Incident Controller, Team Leader, and Team Members, are outlined. The procedures for handling specialized emergencies such as bomb threats, confined space rescues, chemical spills, and specific first-aid measures are also detailed.
Process Safety
16957:2018
A Hazop study assesses the adequacy of safety measures implemented by industries concerning existing hazards. In any industry involving chemical processes, deviations from the intended design parameters can occur. Hazop study serves as a methodology to systematically identify such potential deviations in process parameters such as pressure, temperature, flow direction, and others. These deviations are scrutinized to determine their potential outputs, consequences, and the requisite safety measures.
A Hazop study assesses the adequacy of safety measures implemented by industries concerning existing hazards. In any industry involving chemical processes, deviations from the intended design parameters can occur. Hazop study serves as a methodology to systematically identify such potential deviations in process parameters such as pressure, temperature, flow direction, and others. These deviations are scrutinized to determine their potential outputs, consequences, and the requisite safety measures.
HAZARD IDENTIFICATION
It is a critical step in Risk Analysis. Many aids are available, including What-if Analysis, JSA and JHA Studies, Failure Mode and Effects Analysis (FMEA), and Preliminary Hazard Analysis (PHA), among others.
It is a critical step in Risk Analysis. Many aids are available, including What-if Analysis, JSA and JHA Studies, Failure Mode and Effects Analysis (FMEA), and Preliminary Hazard Analysis (PHA), among others.
IS 15656:2006
HIRA is a process consisting of several sequential steps, such as hazard identification, consequence and frequency assessment, risk estimation based on existing controls, and recommendations to reduce risks beyond acceptable limits. It involves identifying hazards associated with operations and selecting worst-case scenarios for estimating consequences. Reputable software models will be used for consequence estimation. Based on the estimated frequency of occurrence, risk reduction measures will be suggested to management for effective implementation.
HIRA is a process consisting of several sequential steps, such as hazard identification, consequence and frequency assessment, risk estimation based on existing controls, and recommendations to reduce risks beyond acceptable limits. It involves identifying hazards associated with operations and selecting worst-case scenarios for estimating consequences. Reputable software models will be used for consequence estimation. Based on the estimated frequency of occurrence, risk reduction measures will be suggested to management for effective implementation.
Consulting
IS 3786:1983
Accident investigations determine how and why the accident occurred. They should be conducted to avoid similar future incidents. The emphasis of the investigation is concentrated on finding the root cause of the accident, and root cause analysis is adopted for this purpose.
Accident investigations determine how and why the accident occurred. They should be conducted to avoid similar future incidents. The emphasis of the investigation is concentrated on finding the root cause of the accident, and root cause analysis is adopted for this purpose.
IS 3844:1989
Fire protection systems are intended to provide a reasonable degree of protection for life and property from fire. These systems include both manual and automatic systems that utilize water, foam, or inert gases as extinguishing mediums. For an adequate and efficient fire protection system, the design and installation should be based on sound engineering principles, test data, and field experience.
Fire protection systems are intended to provide a reasonable degree of protection for life and property from fire. These systems include both manual and automatic systems that utilize water, foam, or inert gases as extinguishing mediums. For an adequate and efficient fire protection system, the design and installation should be based on sound engineering principles, test data, and field experience.
Training
Section 111A
(i)
obtain from the occupier, information relating to workers’ health and safety at work,
(ii)
get trained within the factory wherever possible, or, to get himself sponsored by the occupier for getting trained at a training centre or institute, duly approved by the Chief Inspector, where training is imparted for workers’ health and safety at work,
(iii)
represent to the Inspector directly or through his representative in the matter of inadequate provision for protection of his health or safety in the factory.
We provide the following training as listed below:
- First Aid
- Fire Fighting Training
- General Safety Awareness
- Emergency Response Team Training
- Entry into the Confined Space
- Hazard Identification & Risk Assessment (HIRA)
- Occupational Health & Hygiene
- Mechanical Lifting Operation
- Safety Signage's and posters for construction sites
- Electrical Safety
- Personal Protective Equipment (PPE)
- Behaviour Base Safety Training
- Laboratory Safety and Many more
