Sunday, 6 October 2024

Gail initiatives regarding CLIMATE Change

 Gail initiatives regarding CLIMATE Change 

Climate Change

As the leading gas distributor agency in India, GAIL has a pivotal role in helping the Indian Government achieve its net-zero ambitions. To reduce India’s dependence on carbon-intensive fossil fuels, GAIL is committed to increasing the share of natural gas in the country’s energy mix from 6.7% to 15% by 2030. GAIL has embarked on its net-zero journey and developed a decarbonization roadmap by setting a target to achieve net-zero (Scope 1 and Scope 2) status by 2040 while reducing Scope 3 emissions by 35% (from the baseline year of 2020-2021) by 2040.

Vision and Action Pertaining to Climate Strategy

GAIL plans to install 1 GW of renewable energy capacity by 2025 contributing to India’s NDC and accelerating its carbon neutrality efforts. The Company’s leadership is benchmarking efforts and innovative initiatives to deliver sustainable value and superior results to all stakeholders

Committed to our climate goals, we have aligned our strategy to the Task Force on Climate-related Disclosures (TCFD) which is available in the sustainability report.

Net Zero Strategy

GAIL has adopted a science-based approach and methodology to develop a comprehensive Net-Zero strategy roadmap. Based on the assessments, we have developed a clear carbon abatement roadmap with short-, medium- and long-term targets across Scope 1, Scope 2, and Scope 3. To accelerate the journey toward Net Zero, we have identified the following strategic pillars:

a) Operational Decarbonization: Operational Decarbonization includes the technology and initiatives taken by GAIL to reduce its direct in-house GHG emissions by means of energy efficiency, fuel switch, electrification, etc. The various initiatives planned/undertaken are:

At Vijaypur Plant, it consumes an estimated annual usage of 48 million standard cubic meters (MMSCM) of Compressed Biogas (CBG) for various applications.

At the Gandhar Plant, the replacement of old compressor motors with energy efficient IE3 motors results in annual savings of 553 tCO2e.

The conversion of conventional lights to efficient LED lights at the Pata Plant has the potential to save around 2,966 MWH of energy.

b) Energy Transition: GAIL is exploring alternate green fuel sources to reduce its emissions. The various initiatives planned/undertaken are:

GAIL plans to set up 400 CBG plants by 2025, with 327 LOIs issued. They've started their first 5 TPD CBG production plant in Ranchi.

GAIL's pilot project blends up to 2% hydrogen with natural gas in Avantika Gas' CGD network. They're seeking permission to blend up to 5% hydrogen under the National Hydrogen Mission and conducting impact studies on the pipeline network.

c) Carbon Capture Utilization and Storage (CCUS): GAIL has partnered with esteemed institutions to undertake four significant R&D and pilot projects aimed at developing effective CCUS technology. These initiatives reflect GAIL’s commitment to driving sustainable innovation. The projects include:

CO2 to Methanol & DME (Dimethyl ether)- in collaboration with IIT-Delhi

CO2 to Polycarbonate Diol- in collaboration with IISER- Tirupati

CO2 to Syngas- in collaboration with IIP Dehradun

CO2 Valorization Commercial Scale Project at Vijaipur

CO2 fixation using Microalgae

d) Nature-Based Offsetting: In FY 2022-23, GAIL planted 1,67,854 trees for nature-based offsetting, with 1,56,465 trees at the PATA plant. GAIL plans to enhance reforestation with the "Miyawaki Forestry" technique and extensive plantation.


Adani Group starts India's biggest hydrogen blending in natural gas project

Adani Group starts India's biggest hydrogen blending in natural gas project

The firm has started producing green hydrogen by using renewable energy sources like wind or solar power, to split water into hydrogen and oxygen through a process called electrolysis

Adani Total Gas Ltd, the group's city gas joint venture with French energy giant TotalEnergies, has started blending 2.2-2.3 per cent of green hydrogen in piped natural gas supplies(Photo: Shutterstock)

Adani group has started blending green hydrogen in natural gas that is supplied to households for cooking purposes in parts of Ahmedabad, with a view to cut emissions and meet net-zero targets.

Adani Total Gas Ltd, the group's city gas joint venture with French energy giant TotalEnergies, has started blending 2.2-2.3 per cent of green hydrogen in piped natural gas supplies in Shantigram in Ahmedabad, the firm said in a post on

Hydrogen produced through clean pathways is injected into natural gas pipelines, and the resulting blends are used to generate heat and power with lower emissions than using natural gas alone.

The firm has started producing green hydrogen by using renewable energy sources like wind or solar power, to split water into hydrogen and oxygen through a process called electrolysis. This hydrogen is blended in natural gas that is currently piped to households for cooking purposes and industries 

"We are thrilled to announce the successful commissioning of our Hydrogen Blending System and in-situ Hydrogen Generation at Adani Shantigram, Ahmedabad," Adani-Total Gas Ltd (ATGL) said.

"This project will provide uninterrupted hydrogen-blended natural gas to 4,000 domestic and commercial consumers." Presently, state-owned power generator NTPC supplies green hydrogen blended natural gas to households in Kawas in Surat district, Gujarat.

State-owned gas utility GAIL (India) Ltd is also doing a small pilot in Indore, Madhya Pradesh, to supply CNG that has been doped with grey hydrogen.

The firm will slowly increase the green hydrogen blend in natural gas to 5 per cent and ultimately to 8 per cent and widen supplies beyond Shantigram to other parts of Ahmedabad and eventually across other areas where it holds a city gas license.

"This achievement marks a significant step towards reducing our carbon footprint and transitioning to cleaner energy solutions. By blending hydrogen with natural gas, we are lowering greenhouse gas emissions, enhancing energy security, and supporting sustainable development," ATGL said.

"It reaffirms our commitment to sustainability. It paves the way for a cleaner, greener future, ensuring cleaner and healthier air for everyone." ATGL CEO Suresh P Manglani said the pioneering initiative by the firm marks "a significant step towards decarbonising India's energy landscape".

While green hydrogen with nil carbon emissions is being talked about as the future fuel, its tendency to corrode pipelines and equipment limits its usage. Tests have established that up to 10 per cent hydrogen can be blended in natural gas without any impact on pipelines or equipment.

ATGL is currently doing 2.2-2.3 per cent blending and will slowly increase it to 5 per cent and ultimately to 8 per cent - the limit set by the regulators at present.

A higher blend of up to 30 per cent is possible with a change in material grade and wall thickness of pipelines and equipment.

Hydrogen energy is a key component of the global energy transition to reduce greenhouse gas emissions and address climate change. Hydrogen can be extracted from fossil fuels and biomass, from water or a mix of both.

However, its high cost of production remains a challenge.

Saturday, 5 October 2024

SOP for Installation, Operational and Performance Qualification of Equipment / Instruments

 

SOP for Installation, Operational and Performance Qualification of Equipment / Instruments

Standard operating procedure of Installation Qualification (IQ), Operational Qualification (OQ) and Performance Qualification (PQ) of all equipment and instruments used in different departments..

1.0 OBJECTIVE:

To lay down procedure for cleaning installation, operational and performance qualification of equipment / instruments.

2.0 SCOPE:

This SOP shall be applicable for installation, operational and performance qualification of utility and process equipment / instruments.

3.0 RESPONSIBILITY:

SH

4.0 ACCOUNTABILITY:

Head QA,

5.0 PROCEDURE:

5.1 Ensure the ID number is assigned and affixed to the equipment after receipt.

5.2 For the equipment / instrument, Installation Qualification (IQ), Operational Qualification (OQ) shall be performed and Performance Qualification (PQ) shall be performed wherever required. PQ can be done individually or as a part of the process validation.

5.3 INSTALLATION QUALIFICATION (IQ)

The installation qualification shall be performed as per the approved protocol and the protocol shall be prepared by engineering department. A typical installation qualification protocol for equipment shall cover various headings as described below:

5.3.1 Equipment description and identification:

This section provides the description, name and address of the manufacturer/ supplier, equipment model number, equipment serial number, purchase order number and date, location of the equipment, date received and date installed.

5.3.2 Equipment master files:

This section provides the list of drawings, reference documents (instruction manual, maintenance manual), test certificates and spares. The protocol number and page number shall be written on the drawings as well as test certificates and shall be verified by engineering department.

5.3.3 Major components:

This section identifies and provides the specifications of the major components. The specifications (e.g. MOC, surface finish, joints, etc.) shall be checked against the actual and signed. The base for checking the specification may be physical inspection/ measurement / calculations, nameplate details, test certificates given by manufacturer or equipment manual. In case any deviation is observed shall be noted down under the heading ‘Comment’.

5.3.4 Material of construction (MOC):

This section identifies and provides the material of construction of the equipment / part of the Equipment. The base for checking the MOC is test certificate provided by the manufacturer / supplier or in-house testing by using moly kit.

5.3.5 Safety features and alarms:

This section identifies and provides the list of safety interlocks and alarms for proper installation.

5.3.6 Utilities:

This section identifies and provides the details of utilities for proper installation.

5.3.7 Standard operating procedures (SOPs) / preventive maintenance procedures:

This section identifies and list all the standard operating procedures (SOPs) and preventive maintenance procedures associated with the equipment or instrument.

5.3.8 Installation verification:

This section provides a summarized verification for the equipment / part of equipment / instruments.

5.3.9 Acceptance criteria

This section verifies that the Installation parameters of the equipment meet the acceptance criteria.

5.4 OPERATIONAL QUALIFICATION (OQ)

The operational qualification shall perform as per the approved protocol and the protocol shall be prepared jointly by engineering and user department.

A typical operational qualification protocol for equipment shall cover various headings as described below.

5.4.1 Instruments calibration:

This section lists out all the critical and non-critical instruments for calibration ensuring tractability of certificate with authentic standards. The calibration certificates for the same shall be attached with the qualification document.

5.4.2 Control panel testing:

This section verifies the sequential menu operation along with all the keys/ components/ controls on the control panel functions as designated. The method of testing and acceptance criteria to check each key/ component/ control shall be provided.

5.4.3 Safety features testing:

This section verifies that the safety interlocks and alarms function, when the required conditions are simulated. The testing for safety features shall be carried out for three times.

5.4.4 Operational testing:

Operational parameters of the equipment / part of the equipment with specified acceptance criteria shall be verified.

5.4.5 Verification of standard operating procedures (SOPs) / preventive maintenance procedures:

This section verifies the SOPs / preventive maintenance procedures for adequacy and completeness.

5.4.6 Acceptance criteria:

This section verifies that the operational parameters of the equipment meet the acceptance criteria.

5.5 PERFORMANCE QUALIFICATION (PQ)

5.5.1 Once it has been established that the operational qualification is satisfactory, Performance Qualification shall be carried out jointly by user and QA.

5.5.2 Performance qualification shall be performed along with process validation for process equipment.

5.5.3 The performance qualification will be based upon the function of the equipment / system installed.

5.5.4 Required testing shall be performed to determine the effectiveness of the equipment related to the process.

5.5.5 Process validation shall be carried out for three consecutive batches as per the approved protocol. After review of process validation report, it shall be approved by head QA&QC. Based on summary and conclusion of the process validation report, the performance qualification of the process equipment shall be prepared. Performance qualification report shall include the following. Objective, scope, responsibility, list of process equipments involved in the process with identification number. Summary of process qualification of process equipment such as RMG, planetary mixer, FBD, Blender, compression machine, strip packing machine, blister packing machine and container pack machine shall be made separately for specific product combined with PQ.

5.6 OTHER REQUIREMENTS FOR QUALIFICATION PROTOCOL

5.6.1 Each equipment qualification protocol shall have header indicating company name, equipment name, and equipment number, type of protocol, page number and protocol number.

5.6.2 In case of identical equipment qualification, protocol shall have header indicating company name, equipment name, equipment number, type of protocol, page number, protocol number and report number.

5.6.3 In case the qualification protocols are given by the supplier, same shall be reviewed and approved.

5.6.4 Evaluation for re qualification of the equipment shall be carried out in case of any major modification or change in the location.

5.6.5 Page numbering system for validation / qualification documentation :

In the 1st page the page number shall be “Page 1 of Total number of pages “. For example in this case it will be “Page 1 of 8”. The subsequent pages will be given the page numbers as given in this SOP.

5.6.6 The 1st page of the protocol shall be “Protocol Approval Page” wherein; the Signatures of Head Engineering, Concerned Department Head, Sr. Vice President Technical and Head QA shall be made.

5.6.7 The last page of the protocol shall be “Report Certification Page” wherein; the Signatures of Head Engineering, Concerned Department Head and Head QA shall be made.

5.6.8 Once the protocol is approved, the specimens of the qualification report shall be taken from the protocol for the actual execution.

5.6.9 For identical equipment single protocol to be prepared and the individual reports shall be executed. The numbering of the protocol and reports to be done as per SOP.

5.6.10 The deviations / discrepancies observed during execution of qualification shall be investigated and closed with proper justification before certification of the qualification report.

5.6.11 Once the equipment meets the specified acceptance criteria, executed equipment qualification report shall be certified.

6.0 ABBREVIATION:

6.1 SOP : Standard Operating Procedure


Modern Change Management: Planning for Environmental Compliance

 Modern Change Management: Planning for Environmental Compliance


A comprehensive management of change process is critical to ensuring efficient and effective facility upgrades, expansions or process improvements.

Becky Corbin

Whether adding a new manufacturing line, evaluating product formulation changes or upgrading facility utilities or infrastructure, a defined process whereby all internal stakeholders participate is key to including all pertinent factors in the planning and decision-making process. One area that may be overlooked or brought into change management late in the game is environmental regulatory compliance. Environmental factors simply may not be on the radar screen of project management teams.

Environmental regulations can, however, have a significant impact on proposed changes at a facility, in that they often require special permits, registrations or reporting, mandate specific designs or operating standards or prohibit certain activities altogether. While other pieces of the management of change (MOC) process historically have received top billing, when it comes to prioritizing each component, incorporating environmental considerations into your MOC process can be very useful in helping to avoid potentially costly project delays or a required project redesign.

Even if your facility does not have a formal MOC process, identifying environmental considerations and beginning to establish guidelines for evaluating projects can help environmental or facilities managers ensure environmental compliance by considering key factors through the right lens when making facility or operational changes.

Identifying Environmental Considerations

The first step in establishing a process to maintain environmental compliance through facility changes is to identify potential circumstances or conditions that could impact an existing environmental compliance obligation or trigger a new one. For example, if a facility is subject to the requirement to maintain a spill prevention, control and countermeasure (SPCC) plan, installing a new oil storage tank, such as a tank associated with a boiler or an emergency generator, would require updating the SPCC plan. But if a facility was not already subject to the SPCC regulations, the addition of a new oil storage tank could place the facility over the regulatory threshold and trigger new obligations.

Don't only consider the regulatory requirements to which your facility already is subjected be aware of potentially applicable regulations and what could pull your facility into the regulated realm. Be sure to consider all programs and media, including chemical/oil usage, storage, manufacturing and importing, waste generation, wastewater discharges, stormwater impacts and air emissions.

Developing a tool so you don't need to begin from scratch each time a new project is proposed also is helpful. Create a comprehensive checklist of environmental considerations that could be involved with potential projects at your facility during the installation or construction phase of the project and in its ongoing operation. If your company has an environmental management system (EMS), some of this information already may be captured in your assessment of environmental aspects and compliance obligations. It usually is most helpful to organize your checklist by program/media.

If waste will be generated as part of project construction, development or implementation, there are some questions to ask to proactively identify and plan for new or changing waste management requirements, including:

What types of wastes will be generated (soils or remediation materials, construction and demolition debris, hazardous building materials, chemicals/process waste) and in what quantities? List constituents for any process wastes.

Will wastes be generated over a long period of time?

Where and how will the wastes be stored onsite?

Is the facility or a contractor responsible for arranging disposal?

Are there restrictions for on site excavation due to environmental land use restrictions based on past contamination?

If waste will be generated from a new ongoing process, then these questions need to be answered:

What types of wastes will be generated? Are the waste streams consistent or changing?

What are the constituents for any process wastes? Do these have an impact on other environmental requirements such as those associated with toxic release inventory reporting or wastewater discharges?

Is the waste stream generated continuously or intermittently? What quantities will be generated? Do the quantities change the site's generator status?

If a satellite waste accumulation area is required, where will it be set up?

Are there any special environmental or safety requirements for storing the waste in the satellite area or storage area?

This is just a start, and each of these questions can lead to additional questions. The important thing to consider is your facility's circumstances, and develop questions that will allow you to evaluate potential projects for environmental regulatory impacts.

If your facility doesn't happen to have in-house staff with the knowledge to develop the checklist, hiring a compliance specialist to conduct an assessment for your facility is a great way to identify environmental considerations and points of vulnerability. While some may be reluctant to spend money for this service, the return on investment you will see from avoiding penalty fees, project delays or unexpected permitting costs can make it worth it in the long run.

Establishing a Process

Once your checklist of environmental considerations is developed, it must be incorporated into the facility's existing MOC process. To facilitate smooth integration, try to coordinate with existing MOC processes as much as possible. For example, some facilities use spreadsheets with different tabs for the different areas of consideration during the MOC review: sheets for safety, contracting and operational impacts, for example. Adding an environmental sheet to the review won't disrupt the existing process.

If your facility does not have a formal MOC process, you still can use your environmental considerations checklist to evaluate the potential impacts of a proposed change by working with the project team members to obtain the information.

Whether part of a formal or informal MOC process, involving the right people at the right time is critical to conducting an effective evaluation. Determine who at your facility is likely to have the knowledge necessary to properly evaluate the potential environmental impacts during the MOC process and be sure to include them in your review. General management, engineering and facility maintenance staff, lean teams, safety managers and others may have pertinent information for your MOC evaluation.

Good and frequent communication also is critical. Once project teams are exposed to the environmental considerations checklist a few times, they proactively may seek you out when planning new projects.

Even small changes potentially can have a large impact on your regulatory requirements; so, it's important to have a process that's scalable for projects of any size. While you obviously want to apply MOC to the installation of a new emergency power generator, something as simple as changing a chemical in a process can have significant implications that should be evaluated. The new chemical could impact air emissions limits, create a new hazardous waste, affect your wastewater treatment system, require changes to written environmental plans or trigger Tier II, Toxic Release Inventory or Toxic Substances Control Act reporting.

And these only are the potential environmental impacts. Even a change as simple as introducing a new chemical can have far-reaching impacts on your health and safety program and even could make your facility subject to Department of Homeland Security or Department of Transportation regulations.

Including this evaluation of environmental considerations early in the project planning process can be critical to a given project's schedule. For example, an air permit may be required prior to installing a new emissions source, such as a boiler, and the permitting process can take several months. If this requirement is not identified early on, costly delays can be incurred. Working closely with project teams and operations personnel so they understand the importance of identifying and evaluating environmental implications up front will help them in defining a more comprehensive project scope and accurate timeline. 

Change is inevitable at any place of business. Through careful planning and coordination, change does not have to be at odds with maintaining compliant environmental programs.

Identify environmental considerations potentially applicable to your facility, develop a tool or checklist to consistently evaluate how the environmental considerations may be impacted by proposed facility changes and work with your management team to incorporate this evaluation early in the project planning process. Everyone will benefit through avoidance of extra costs and project delays and improved environmental compliance.


Becky Corbin, CHMM, CPEA, is a project manager on Woodard & Curran's Compliance Services Team. She works with clients nationwide, helping them identify and manage their environmental, health and safety responsibilities and to develop and implement EHS programs and management systems.

NSC Introduces Safety Maturity Index for Contractor Safety

NSC Introduces Safety Maturity Index for Contractor Safety

SAFETY LEADERSHIP

NSC Introduces Safety Maturity Index for Contractor Safety

Sept. 18, 2024

The index focuses on risk management, enabling a comprehensive evaluation to verify a contractor’s safety management system.

Traditional contractor safety models have lacked leading indicators and actionable insights needed for organizations to make a transformational change in their contractor safety results, according to the National Safety Council.

For this reason the organization joined with Avetta to launch the Safety Maturity Index (SMI). The new index offers a systems-based approach to target health and safety weaknesses within the supply chain to help avoid serious injuries and fatalities (SIF).

“By offering a holistic approach to monitor contractors’ safety and maturity, we empower the industry to deploy more effective systems and safeguards to reduce SIFs in the future,” said Don Dama, executive vice president of Sales and Marketing of the National Safety Council, in a statement.

The index combined 15 years of NSC research, which goes beyond traditional metrics by identifying, assessing, and surfacing the maturity of the contractor's organizational use of their safety management systems.

The index further focuses on risk management, enabling a comprehensive and accurate safety evaluation to verify a contractor’s Safety Management System (SMS).  

Grounded in recognized industry standards such as ISO 45001 and ANSI Z-10, SMI scores are weighted based on contractor findings, evidence and verification methods, and are calculated using a 0-100 grading scale across five primary categories: 

Safety Leadership & Structure: The evaluation of leadership practices, incentives, and structures designed to produce positive safety outcomes

Hazard Identification & Controls: The ability for an organization and its workers to properly identify potential SIF hazards and deploy the proper controls and safeguards for these hazards

Worker Training & Competency: The ability for an organization to identify worker roles, training needs, and verify competency based on role and work type

Incident Management & Response: An organization’s systems, methods, and practices used to investigate, learn from, and respond to incidents

Improvements & Communications: The communication tools and processes used to distribute new safety improvements and knowledge across managers and employees

The SMI is built on statistically relevant questions across these categories that have been proven over time to be leading indicators, allowing organizations to leverage actionable insights to manage risk, prevent accidents, and continually improve safety.  

Research has demonstrated the presence or absence of SMS procedures and practices is the strongest leading indicator for significant improvements in an organization’s safety performance.

“For decades, contractor prequalification has focused on historical performance and policy audits,” said Taylor Allis, CPO of Avetta, said in a statement. “This standard needs to evolve as it's been proven that past performance isn’t a reliable indicator of future safety. By partnering with NSC, we’re shifting contractor safety interactions from compliance-based ones to improvement-focused discussions, charting a new course in contractor safety."


Friday, 4 October 2024

GAIL and AM Green signs Memorandum of Understanding for Jointly Developing Renewable Energy up to 2.5 GW and Green Chemical Projects



GAIL and AM Green signs Memorandum of Understanding for Jointly Developing Renewable Energy up to 2.5 GW and Green Chemical Projects

AM Green Logo (PRNewsfoto/AM Green)

NEWS PROVIDED BY

AM Green 

Oct 04, 2024, 09:46 ET

GAIL and AM Green will jointly explore setting up of solar/wind hybrid renewable projects to enable supply of Renewable Energy - Round the Clock (RE-RTC)

Partnership to focus on the long-term supply of carbon dioxide (CO2), and eMethanol production and exploration across India

AMSTERDAM and NEW DELHI, Oct. 4, 2024 /PRNewswire/ -- GAIL (India) Limited and AM Green B.V. (AMG) have signed a Memorandum of Understanding (MoU) to explore projects aimed at advancing sustainable energy solutions in India. The partnership focuses on the long-term supply of carbon dioxide (CO2) for hybrid renewable energy project, and eMethanol production and exploration across India.

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GAIL and AM Green signs Memorandum of Understanding

GAIL and AM Green signs Memorandum of Understanding

Shri Sumit Kishore, Executive Director (Business Development and Exploration & Production), GAIL and Shri Mahesh Kolli, Group President, AM Green signed the MoU in presence of Shri Rajeev Singhal, Director (Business Development), GAIL.

In line with the MoU, both the parties envision to jointly explore setting up of solar/wind hybrid renewable projects up to 2.5 GW across India. The hybrid solar/wind projects combined with Greenko's upcoming Pump Storage Projects are poised to supply Round the Clock power to the end users including the proposed eMethanol project.

Both the parties envisage to undertake studies for long-term supply of around 350 KTA CO2 generated by GAIL in its gas processing plants to produce eMethanol, an environmentally friendly fuel that can reduce carbon emissions and promote a circular economy. GAIL shall also have an equity option to invest in the proposed eMethanol project, ensuring a strategic partnership that supports both companies' objectives in promoting sustainable energy solutions.

Mahesh Kolli, Group President of AM Green: "We are delighted to partner with GAIL on one of the world's largest carbon-free, renewable energy supply contracts. This partnership demonstrates AM Green's emerging leadership position as a global clean energy transition solutions platform while contributing to India's ambition of emerging as an exporter of reliable, sustainable and lowest cost green molecules and its derivatives accelerating industrial decarbonization globally. The production of green methanol shall also help in decarbonization of hard to abate sectors like shipping, steel, cement etc."

Rajeev Singhal, Director (Business Development) of GAIL: "The signing of this MoU with AM Green underscores our commitment to pioneering sustainable energy solutions. By facilitating the supply of CO2 for eMethanol production, we are taking a proactive approach to reduce carbon emissions and support alternative fuel development. Development of renewable energy projects will support reducing carbon footprint of the country and advancing India's transition to a greener energy landscape. The partnership between GAIL and AMG is set to augment technological innovation in India while also promoting economic growth and environmental sustainability."

AM Green's production of the green ammonia across multiple locations in India will accelerate its target to achieve 5 MTPA of green ammonia capacity by 2030, and its efforts to achieve net zero targets in India as well as in OECD markets. This will be equivalent to about 1 MTPA of green hydrogen, representing a fifth of India's target for green hydrogen production under the country's National Green Hydrogen Mission and 10 per cent of Europe's target for green hydrogen imports by 2030. AM Green will also establish large-scale bio refineries that utilize multiple feedstocks & produce high-value green products enabling global decarbonization in aviation, fuels, chemicals and other industrial sectors.

For further enquiries:

Jyoti Kumar

Corporate Communication

GAIL (India) Limited

T: +91 9818805711

E: jyotik@gail.co.in

Suheil Imtiaz

Public Affairs & Strategic Communications

AM Green

M: + 91 94401 59289

E: suheil.m@amgreen.com


Photo: https://mma.prnewswire.com/media/2523466/GAIL_and_AM_Green_signs_MoU.jpg

Logo: https://mma.prnewswire.com/media/2490224/4951291/AM_GREEN_Logo.jpg


SOURCE AM Green

GAIL, AM Green sign MoU to jointly develop renewable energy up to 2.5 GW & green chemical projects

 GAIL, AM Green sign MoU to jointly develop renewable energy up to 2.5 GW & green chemical projects

GAIL, AM Green sign MoU to jointly develop renewable energy up to 2.5 GW & green chemical projects

In line with the MoU, both the companies envisage to undertake studies for long-term supply of around 350 KTA CO2 generated by GAIL in its gas processing plants to produce eMethanol.

Written by FE Business

October 4, 2024 17:21 IST

GAIL, AM Green, MoU, renewable energy, green chemical projects, eMethanol production, carbon emissions, circular economy, sustainable energy

GAIL (India) and AM Green BV (AMG) signed a MoU to explore projects aimed at advancing sustainable energy solutions in India. (Photo: Reuters)

GAIL (India) Limited and AM Green BV (AMG) on Friday signed a Memorandum of Understanding (MoU) to explore projects aimed at advancing sustainable energy solutions in India. In a regulatory filing, the company said that the partnership focuses on the long-term supply of carbon dioxide (CO2) for eMethanol production and the exploration of hybrid renewable energy projects across India. 

The MoU was signed in presence of Rajeev Singhal, Director (Business Development), GAIL, by Sumit Kishore, Executive Director (Business Development and Exploration & Production), GAIL and Mahesh Kolli, Group President, AM Green. 

short article insertIn line with the MoU, both the companies envisage to undertake studies for long-term supply of around 350 KTA CO2 generated by GAIL in its gas processing plants to produce eMethanol, that can reduce carbon emissions and promote a circular economy. According to the terms of the MoU, GAIL shall also have an equity option to invest in the proposed eMethanol project. Further, both the parties envision to jointly explore setting up of solar/wind hybrid renewable projects up to 2.5 GW across India. The hybrid solar/wind projects combined with Greenko’s upcoming Pump Storage Projects are poised to supply Round The Clock power to the end users including the proposed eMethanol project.

Rajeev Singhal, Director (Business Development), GAIL, said, “The signing of this MOU with AM Green underscores our commitment to pioneering sustainable energy solutions. By facilitating the supply of CO2 for eMethanol production, we are taking a proactive approach to reduce carbon emissions and support alternative fuel development. Development of renewable energy projects will support reducing the carbon footprint of the country and advancing India’s transition to a greener energy landscape. The partnership between GAIL and AMG is set to augment technological innovation in India while also promoting economic growth and environmental sustainability.” 

Mahesh Kolli, Group President of AM Green, said, “We are delighted to partner with GAIL on one of the world’s largest carbon-free, renewable energy supply contracts. This partnership demonstrates AM Green’s emerging leadership position as a global clean energy transition solutions platform while contributing to India’s ambition of emerging as an exporter of reliable, sustainable and lowest-cost green molecules and its derivatives accelerating industrial decarbonization globally. The production of green methanol shall also help in decarbonization of hard to abate sectors like shipping, steel, cement etc.”


Understand the importance of PPE safety, its basic types, examples, and tips for proper use

Understand the importance of PPE safety, its basic types, examples, and tips for proper use

In this article Published 27 June 2024

Article by Jona Tarlengco

What is PPE?

Personal Protective Equipment (PPE) refers to protective clothing for the eyes, head, ears, hands, respiratory system, body, and feet. It is utilized to protect individuals from the risks of injury and infection while minimizing exposure to chemical, biological, and physical hazards. PPE serves as the final line of defense when engineering and administrative controls are insufficient in reducing or eliminating risks.

What is PPE Safety?

PPE safety is the practice of ensuring a safe, working environment for employees and visitors through the use of Personal Protective Equipment (PPE). Safety is paramount to all businesses across industries. Using PPEs, paired with inspections such as workplace and restaurant inspections, assessments like health and safety risk assessments, and analysis such as gap analysis—is essential to protect employees from risks and hazards.

Why is it Important?

According to the hierarchy of controls by the National Institute for Occupational Safety and Health (NIOSH), PPE (sometimes also referred to as PPE equipment)—is recommended to be the last level of defense to prevent occupational injuries, illnesses, and fatalities, but some businesses combined it with other control measures to ensure a safe and healthy environment for their workers. Here are some benefits of using PPEs:

prevent unnecessary injury in the workplace;

protect employees from excessive chemical exposure;

prevent the spread of germs and infectious diseases including COVID-19;

help businesses comply with regulatory requirements(e.g., The Personal Protective Equipment at Work Regulations 1992 that’s recently been extended to limb workers); and

improve employee productivity and efficiency.

The 4 Basic Types of PPE and Their Examples

However, even the strictest controls will not necessarily eliminate all the risks associated with most job tasks and this is where the need for PPE must be evaluated. A hazard assessment can help identify which specialized PPE will be required. There are numerous types of workplace safety equipment available depending on the hazard exposure and work conditions. The following are basic PPE that can help protect employees:

Types of Personal Protective Equipment (PPE)

Face and Eye Protection

PPE includes safety goggles and face shields and should be used for tasks that can cause eye damage or loss of vision, sprays of toxic liquids, splashes, and burns.

Safety Tips:

Check if safety glasses comply with the ANSI Z87.1 eye protection standard.

Ensure that there are no cracks or deformities on the lenses.

Ensure the strap is in good working condition and is firmly sealed to the cheek and forehead.

Clean and disinfect after use.

Face and Eye Protection - PPE

Respiratory Protection

PPE includes full-face respirators, self-contained breathing apparatus, gas masks, N95 respirators, and surgical masks are used for a task that can cause inhalation of harmful materials to enter the body. This includes harmful gas, chemicals, large-particle droplets, sprays, splashes, or splatter that may contain viruses and bacteria such as COVID-19, viral infections, and more.

Safety Tips:

Ensure that the equipment is fit-tested and the employee has undergone proper training before wearing one.

Carefully read the instructions to determine if it is designed to help protect against the hazards you may face.

Change filters on half-mask or full-mask respirators frequently.

Replace disposable respirators with every use.

Surgical masks are not to be shared with anyone.

Avoid touching the surgical mask after wearing it.

Change surgical mask timely and should be disposed of after use.

Replace the mask immediately if it is damaged or soiled.

PPE - Respiratory Protection

Skin and Body Protection

PPE includes the following categories to protect employees from physical hazards:

Head Protection

PPE includes hard hats and headgears and should be required for tasks that can cause any force or object falling to the head.

Safety Tips:

Ensure that there are no dents or deformities on the shell and connections are tightened inside.

Do not store in direct sunlight as extreme heat can cause damage.

Choose appropriate cleaning agents as it can weaken the shells of hard hats and may eliminate electrical resistance.

Always replace a hard hat if it was used for any kind of impact, even if the damage is unnoticeable.

Body Protection

PPE includes safety vests and suits that can be used for tasks that can cause body injuries from extreme temperatures, flames and sparks, toxic chemicals, insect bites and radiation.

Safety Tips:

Ensure that they are clean and free from cuts and burns.

Always get a good fit to ensure full body protection.

Ensure bodysuit is heat-resistant clothing when working with high-temperature hazards.

Hands Protection

PPE includes safety gloves and should be used for tasks that can cause hand and skin burns, absorption of harmful substances, cuts, fractures or amputations.

Safety Tips:

Ensure hand protection fits perfectly with no spaces and is free from cuts, burns, and chemical residue.

Always replace them if any sign of contamination was observed.

Use rubber gloves when working with heat and electricity to reduce the risk of burn or electrical shock.

Foot Protection

PPE includes knee pads and safety boots and should be used for tasks that can cause serious foot and leg injuries from falling or rolling objects, hot substances, electrical hazards, and slippery surfaces.

Safety Tips:

Ensure boots have slip-resistant soles that can protect against compression and impact.

Ensure the sole plate is in good condition to prevent punctures.

Fall Protection

PPE includes safety harnesses and lanyards and should be strictly used for tasks that can cause falling from heights and serious injury or death.

Safety Tips:

Ensure that the straps are free from tears, deformities, and burn marks.

Check the buckles if connected securely and tightly.

Dispose of the equipment if used after a falling incident.

PPE - Skin and Body Protection

Hearing Protection

PPE includes ear muffs and plugs and should be used for tasks that can cause hearing problems and loss of hearing.

Safety Tips:

Ensure the equipment fit the ear canal perfectly.

It is recommended to use formable earplugs to fit different sizes of ear canals.

Use protectors that reduce noise exposure to an acceptable level to have room for communication.

Ensure earplugs are clean and in good condition.

PPE - Hearing Protection

Learn more about hearing protection.

Other examples of PPE include:

safety glasses or goggles

safety shoes

high-visibility clothing or vests

heat-resistant gloves

anti-vibration gloves

welding PPE such as helmets and and flame-resistant clothing

chemical-resistant suits or aprons

safety harnesses and lanyards

Improve your EHS Management

Cultivate a safe working environment and streamline compliance with our EHS solutions.

Explore now

Toolbox Talk for PPE

Workplace safety should begin with a hazard assessment. Once the hazards and risks have been identified, a plan can be put forward to prioritize and reduce the risk of injury. Useful systems and tools to perform hazard assessments include performing a risk assessment and a Job Safety Analysis (JSA).

The hierarchy of controls is a proven safety approach that helps protect employees. If elimination, substitution, engineering, and administrative controls are not enough to eliminate the risk, it is vital to choose the appropriate PPE carefully. Ensure employees are properly trained to use the safety equipment and be able to detect and report any damages before commencing work.

A toolbox talk about PPE is recommended to discuss the different kinds of PPE that can be used to minimize the likelihood and mitigate the effects of hazards. A toolbox talk template can help in assessing the sufficiency and availability of safety equipment for all employees.

PPE Safety Requirements

Safety Officers can promote safety in the workplace by following PPE safety requirements:

Check work sites regularly for the need for PPE.

If PPE is needed, provide employees with properly-fitted PPE.

Train employees on OSHA PPE standards.

Provide protective goggles or face shields when there is a danger of flying particles or corrosive materials.

Require that safety glasses are worn at all times in worksites that pose a risk of eye punctures, abrasions, contusions, or burns.

Provide and require protective gloves in situations where employees could be cut or possibly exposed to corrosive liquids, chemicals, blood, and other potentially infectious materials.

Require the use of foot protection when there is a risk of foot injury from hot, corrosive, or poisonous substances, and falling objects.

Inspect hard hats periodically for damage to the shell and suspension system.

Maintain PPE in sanitary and ready-to-use conditions.

Ensure that eyewash facilities and quick drench showers are easily accessible for employees when they are accidentally exposed to corrosive materials.

Establish safe work procedures for disposing of or decontaminating PPE after hazardous exposures.

PPE Safety Examples

These examples of PPE safety are based on a free PPE checklist provided by SafetyCulture for anyone to download and use for free.

Nature of work: Laboratory (Chemical Handling)

Potential hazards at work:

Eye hazards – Handling/dispensing chemicals and ingredients; working around UV lights; chipping, sanding, grinding, welding, metal working; tasks that generate dust

Risk/s – Chemical exposure, dust particulates, flying debris

Description of hazard – Corrosive chemicals which are harmful when they explode

PPE required – Safety glasses with side shields, chemical splash goggles

Does equipment undergo testing and in a good condition?

Goggles are in good working condition. Lenses are clean without any dirt or debris

Does the equipment fit perfectly?

They fit perfectly on cheeks and forehead.

Head/Neck/Face hazards – Handling/dispensing chemicals and ingredients, chipping, sanding or grinding metal or wood; working on energized equipment, working in confined spaces

Risk/s – Chemical exposure, dust particulates, flying debris, UV/IR radiation

Description of hazard – Dispensing chemicals and spills

PPE required – Full face shields

Does equipment undergo testing and in a good condition?

Face shields have no dents and marks.

Respiratory hazards – Handling/using highly hazardous chemicals; tasks that generate dust and/or fumes; cutting, brazing on certain metals (stainless steel)

Risk/s – Chemical exposure, dust particulates, flying debris

Description of hazard – Exposure to dangerous vapors

PPE required – Respirators

Does the equipment fit perfectly?

It fits perfectly. Straps are tight.

To give you a better idea, we’ve created a PPE checklist sample pdf report below:

PPE Example Report

Preview Sample PPE Report

Digitize the way you Work

Eliminate manual tasks and streamline your operations.

Guarantee Proper Usage of PPE with PPE Courses

Giving personal protective equipment (PPE) for your workers alone is not enough to protect them from hazards, injuries, and accidents. This is especially true for industries such as construction, manufacturing, and healthcare. To make sure that their PPEs fully serve their functions, it’s crucial that your workers understand their proper use, maintenance, and disposal to protect themselves and the people around them. Thankfully, training now is made easy and convenient for you with online PPE courses that your workers can take any time and anywhere.

Improve safety in your workplace with SafetyCulture Marketplace as your one-stop shop for all work gear and equipment needs. Get on-demand access to top quality and specialized work gear from trusted equipment brands in the industry—all in one centralized location. Raise the bar of safety and efficiency by empowering employees to request what they need with just a few taps, anytime and anywhere!

PPE Inspections with SafetyCulture (formerly iAuditor)

Tracking the number of usable PPE is easier for safety officers as well and they are better equipped to provide what their employees need to get the job done.

SafetyCulture provides a digital space for safety officers and employees to work towards PPE safety. By utilizing this app, safety officers are able to protect employees from the hazards of the job by ensuring that their PPEs are always in good condition. Make PPE inspections easy by being able to:

Take pictures of PPE defects and even annotate photos to show where the damage is 

Perform hazard assessments to determine if enforcing PPE use is the best control measure for the task

Generate PPE inspection reports instantly with just one tap, anytime, and anywhere

Store inspection data in a safe and cloud-based recordkeeping

Beyond PPE inspections, SafetyCulture can also be used to develop an organization’s health and safety program by enabling safety officers to do the following:

Enforce standardized safety protocols across teams and different sites

Mitigate risks with a wide variety of free risk assessment templates

Plan corrective actions immediately to prevent incidents from occurring

Discover a better, faster, and easier way to empower teams in the workplace.

SafetyCulture has helped businesses around the world achieve 60% reduction in reporting time*

49% savings from safety & compliance improvements*

60% increased audit & data management efficiency*

PPE Checklist

PPE Safety Checklist

Personal Protective Equipment (PPE) Safety Checklists are used by safety officials and supervisors to help identify tasks that require PPE, ensure staff is using the right equipment, and reduce overall harm. Get started with these free customizable PPE checklists to find out how you can prevent accidents at work. Use SafetyCulture a web and mobile inspection app, to conduct regular PPE self-inspections, identify tasks that require PPE, and ensure staff is using the right equipment.

FAQs about PPE and PPE Safety

Who is responsible for buying ppe?

How often should PPE be replaced?

Can a mask be worn when performing fitness activities?

What can be done to ensure the proper use of personal protective equipment?

Are employers required to train each worker who is enforced to use PPE?

Who is responsible to pay for PPE when it is used to comply with OSHA standards?

Who is responsible for making sure that PPE fits each worker properly?

Why are there so many precautions about using PPE?

Can employers allow employees to not wear PPE for ‘only take a few minutes’ jobs?

How to select the appropriate safety equipment?


SafetyCulture Content Specialist

Jona Tarlengco is a content writer and researcher for SafetyCulture since 2018. She usually writes about safety and quality topics, contributing to the creation of well-researched articles. Her years of experience in one of the world’s leading business news organisations helps enrich the quality of the information in her work.


Personal protective equipment (PPE) is categorized into the following general types

 Personal protective equipment (PPE) is categorized into the following general types:

Eye and face protection: This includes safety glasses, goggles, and shields

Hand protection: This includes gloves and gauntlets

Hearing protection: This includes earplugs and earmuffs

Respiratory protection: This includes masks, dust masks, and full-face masks

Head protection: This includes helmets

Foot protection: This includes safety shoes, boots, and shoe claws 

Other types of PPE include: Protective clothing, Fall protection, Industrial scalp protectors, Caps and hairnets, and Wrist cuff rmlets. 

India will become the fifth country in the world, after Germany, France, Sweden, and China, to operate Hydrogen powered trains.

Railways

German company to do safety audit of India’s Hydrogen trains

India's first hydrogen train will undergo trial runs in December 2024, with TUV-SUD conducting a safety audit. The Indian Railways plans to introduce 35 hydrogen trains under the Hydrogen for Heritage initiative. Another five hydrogen fuel cell-based maintenance vehicles are being developed at Rs 10 crore each.

By Twesh Mishra, ET Bureau

The Railways has roped in Germany’s TUV-SUD for third party safety audit of India's first hydrogen train. According to officials aware of the plan, trial runs are expected to begin in December 2024 for this rolling stock. Besides there, another five Hydrogen Fuel Cell Based Tower Cars (maintenance vehicles) at an estimated cost of Rs 10 crore per unit are also being developed 

“The Indian Railways (IR) will have 35 trains under the Hydrogen for Heritage initiative at an estimated cost of Rs 80 crores per train with another Rs 70 crores investment in ground infrastructure per route on various heritage or hilly routes,” the official told ET.

With this, India will become the fifth country in the world, after Germany, France, Sweden, and China, to operate Hydrogen powered trains.

“The System integration Unit battery and two fuel unit synchronization tests have been successfully done,” the official said.



Another pilot project for retro-fitment of Hydrogen Fuel cell on existing Diesel Electric Multiple Unit (DEMU) rake, along with ground infrastructure, is also underway. This train is planned to be run on the Jind –Sonipat section of Northern Railway. “Integration of prototype train is planned in Integral Coach Factory, Chennai,” the official added.

Hydrogen for this train in Haryana is said to be supplied from a 1-megawatt (MW) Polymer electrolyte membrane (PEM) electrolyser at Jind.

A statement from GreenH Electrolysis said this electrolyser will operate round the clock producing approximately 430 kg/day of hydrogen. “The refuelling infrastructure at Jind will also have a 3,000 kg hydrogen storage, hydrogen compressor, and two hydrogen dispensers with pre-cooler integration, allowing for quick refuelling of the trains,” the statement said.Whatsapp Banner





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Hydrogen trainsIndian Railwayssafety auditHydrogen for Heritagehydrogen storageGreenH Electrolysis

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Startups

ET Soonicorns Summit 2024: Cracking the fundraising code with step-by-step insights to scale your startup, from Series A to pre-IPO


ET Spotlight

Synopsis


For the first time in India, startup founders will get to look past the myths and uncertainties of fundraising and learn to negotiate better with venture capitalists even as a funding spring awaits. The revamped and repurposed ET Soonicorns Summit 2024 in Bengaluru, on September 20, will have industry stalwarts addressing the question: ‘How to raise money?’—the single most important challenge startups face. Do not miss the chance to learn and unlearn. Register now!

By Suhail A Shah, ET Special

Follow us

Sep 19, 2024, 11:09:00 AM IST

Are you a startup founder, wondering where that funding—or the next round of—it is going to come from? Do you sometimes wish there were industry insiders who would sit down with you and discuss the untold nuances of fundraising threadbare? Do you hope there was a little hand-holding as you strive to take your startup where it ought to be—especially when a ‘funding spring’ looks imminent?



Thursday, 3 October 2024

Effects of Turbidity on the Human Body

 Effects of Turbidity on the Human Body

High levels of turbidity can pose potential health risks as the water may harbor a variety of dangerous contaminants. Here, we discuss the effects of turbidity on the human body, focusing on waterborne disease outbreaks, disinfectants, and microbial contaminants.

When turbidity levels rise, water becomes more difficult to treat and the risk of waterborne disease outbreaks increases. Suspended particles can provide shelter for microorganisms, making it harder for disinfectants like chlorine to effectively kill them. As a result, harmful microbes, such as protozoa, can survive even after treatment and pose a threat to public health.

Among the most common waterborne pathogens are protozoa like Giardia and Cryptosporidium. These tiny parasites can cause gastrointestinal illnesses, with symptoms including vomiting and diarrhea. When present in highly turbid water, these pathogens can be ingested by individuals, leading to serious health consequences.

In addition to microbial contamination, high turbidity levels can also affect the efficiency of disinfectants. The suspended particles absorb and consume the disinfectants, reducing their efficacy and increasing the likelihood of contamination. To combat this issue, water treatment plants must use higher concentrations of disinfectants, which can lead to the formation of potentially harmful by-products.

By maintaining low turbidity levels in our drinking water, we can significantly reduce the risk of waterborne diseases and exposure to harmful contaminants. Regular monitoring and effective treatment methods are essential to ensure the safety and well-being of everyone who relies on clean, healthy water for their daily needs.

Conclusion

Turbidity in drinking water is a measure of the water’s clarity or cloudiness, caused by organic matter, sediment, and microscopic organisms like algae and phytoplankton. High turbidity levels can lead to aesthetic as well as health concerns, as the particles provide shelter for pathogens, potentially leading to waterborne disease outbreaks, such as those involving Giardia lamblia cysts and Cryptosporidium parvum oocysts.

In order to protect public health, water quality standards set by organizations like the World Health Organization (WHO) and various national regulatory authorities establish permissible limits for turbidity, along with other parameters.. Monitoring and treating drinking water for turbidity helps reduce the risk of gastrointestinal illnesses and other waterborne diseases.

There are different methods to measure turbidity, including secchi disks, turbidity meters, and transparency tubes. Water treatment facilities employ these techniques, along with various filtration and disinfection processes, to effectively reduce turbidity before the water reaches consumers.

In conclusion, managing turbidity in drinking water is essential for maintaining its aesthetic appeal and ensuring public health and safety. Adhering to water quality guidelines, monitoring, and treating turbidity effectively will contribute to a reliable and clean water supply for all.

Ministry of Environment, Forest and Climate Change notified Ecomark Rules, 2024

 Ministry of Environment, Forest and Climate Change notified Ecomark Rules, 2024

Ecomark labeling system will promote eco-friendly products in categories like food, cosmetics, soaps, and electronics, etc.

It aligns with the principle of LIFE (Lifestyle for Environment), focusing on sustainability and resource efficiency.

Rules notifies

Granting Criteria: To a product that has a licence or a certificate of conformity with Indian Standards granted under the Bureau of Indian Standards Act and/or a mandate of the Quality Control Orders and that fulfills the criteria as prescribed in the rules.

According to rules, the Ecomark may be granted to products that meet specified environmental criteria with respect to resource consumption and environmental impacts.

Application Process- Manufacturers must apply for Ecomark through the Central Pollution Control Board (CPCB).

Duration- mark will be valid for three years.

Oversight and Implementation- By Steering Committee, headed by the Environment Secretary.

Significance

It enables consumers to make informed purchase decisions as well as encourage manufacturers to transition to production of environment-friendly products.

It will lead to circular economy and prevent misleading information on environmental aspects of products.

It will promote lower energy consumption, resource efficiency and conservation.

Wednesday, 2 October 2024

Cost-benefit analysis (CBA)

 A cost-benefit analysis (CBA) is a data-driven process that helps businesses determine the financial feasibility of a project or decision. It's a decision-making tool that compares the costs and benefits of a project to help businesses make rational choices. 

CBAs are used in a variety of situations, including: 

Project planning

CBAs can help businesses decide whether to pursue new projects, add employees, purchase equipment, or expand facilities. 

Comparing options

CBAs can help businesses compare two or more options to determine which is the best fit. 

Maintaining the status quo

CBAs can help businesses determine if it's better to maintain the status quo or pursue a new project. 

Here are some steps you can take to perform a CBA: 

Understand the cost of maintaining the status quo. 

Identify all costs associated with the project. 

Identify all potential benefits of the project. 

Assign a monetary value to all costs and benefits. 

Create a timeline for expected costs and revenue. 

Calculate the total costs and total benefits. 

 

Compare the costs and benefits to determine the project's overall value and feasibility. 

 

A project's cost-benefit ratio (BCR) can help determine if it's a financially viable option. A BCR greater than 1.0 indicates that the project's benefits exceed its costs, while a BCR less than

 1.0 indicates the opposite. 

International Day of Non-Violence 2024


Ministry of Information & Broadcasting

International Day of Non-Violence 2024

Celebrating Peace, Tolerance, and the Legacy of Mahatma Gandhi

Posted On: 02 OCT 2024 10:11AM

The International Day of Non-Violence, celebrated annually on October 2, marks the birth anniversary of Mahatma Gandhi, a global beacon of peace and non-violence. This day, proclaimed by the United Nations in 2007, serves as a reminder of the power of non-violence in shaping societies.

Gandhi’s Legacy of Non-Violence

Mahatma Gandhi’s philosophy of Satyagraha and non-violent resistance, remains one of the most potent forces for change in modern history. His peaceful protests against British rule, particularly the Dandi March in 1930, exemplified his belief in the power of non-violence to confront oppression. For Mahatma Gandhi, non-violence was not merely a political tool but a way of life, grounded in the belief that peace could only be achieved through peaceful means.

Mahatma Gandhi famously said, "Non-violence is the greatest force at the disposal of mankind. It is mightier than the mightiest weapon of destruction." This belief continues to inspire movements around the world, from Martin Luther King Jr.’s fight for civil rights in the United States to Nelson Mandela’s struggle against apartheid in South Africa. His ideas influenced countless leaders and movements, underscoring the universal appeal of non-violence as a powerful instrument of resistance and reform

Mahatma Gandhi’s Relevance in Today’s World

In an era marked by political, social, and environmental challenges, Mahatma Gandhi’s principles of non-violence resonate deeply. Terrorism, conflict, climate change, and growing inequality emphasize the urgent need for peaceful solutions. Gandhi's belief in the intrinsic goodness of humanity offers a roadmap for healing divisions and addressing modern crises, including pandemics and poverty.

His philosophy reminds us that peace is not just a distant ideal but an achievable goal! His teachings offer a timeless message of hope and reconciliation.

Mahatma Gandhi's wisdom extended beyond political resistance to touch on issues of sustainability. His famous quote, “There is enough for everyone’s need, but not for everyone’s greed,” underscores the link between non-violence and responsible resource use. In today’s context, his values of simplicity, conservation, and self-reliance are reflected in India’s initiatives like the Swachh Bharat Abhiyan (Clean India Campaign), which promotes cleanliness and environmental sustainability.

Global Commemoration of Non-Violence: Honoring Gandhi's Legacy

The International Day of Non-Violence serves as a global reminder of Mahatma Gandhi's enduring philosophy of peace and non-violence. Observed on his birth anniversary, this day pays tribute to the principles of non-violent resistance that he championed throughout his life.

Additionally, at the prestigious G20 Summit 2023 held in India, world leaders, including Prime Minister Narendra Modi, paid homage to Mahatma Gandhi at Rajghat. Prime Minister Narendra Modi emphasized that Mahatma Gandhi’s timeless principles of truth and non-violence continue to guide efforts towards achieving a more inclusive, harmonious, and peaceful future.

In 2022, the UNESCO Mahatma Gandhi Institute of Education for Peace and Sustainable Development (MGIEP) hosted a significant event at the United Nations Headquarters in New York to commemorate this day. A life-size hologram of Mahatma Gandhi led the panel discussion on education as a tool for promoting peace and sustainable societies. Key figures like H.E. Ambassador Ruchira Kamboj and Bernice A. King, daughter of Martin Luther King Jr., shared their perspectives on how Gandhi’s ideals remain deeply relevant in addressing modern challenges.

Celebrating Gandhi's Legacy

Mahatma Gandhi’s teachings continue to profoundly influence India's social and political framework. Various government departments and institutions actively uphold and promote his ideals, ensuring that Gandhi’s vision for a cleaner, self-reliant, and peaceful society is integrated into modern governance and public life

Swachh Bharat Abhiyan (Clean India Mission), launched in 2014, stands as one of the most significant initiatives reflecting Mahatma Gandhi's philosophy of cleanliness as essential to nation-building. The campaign, aiming to create a cleaner and healthier India, resonates with Gandhi’s belief that “cleanliness is next to godliness.” It motivates citizens to take collective responsibility for maintaining their surroundings, fostering both individual and community involvement.

The Swachhata Hi Seva (SHS) 2024 campaign, with its theme of 'Swabhaav Swachhata, Sanskaar Swachhata', was held from 17th September to 1st October. The campaign culminated with Gandhi Jayanti on 2nd October, marking the 10th anniversary of the Swachh Bharat Mission. The SHS campaign focused on promoting behavioral change and community participation to maintain cleanliness and sanitation across India.

On September 11, 2024, Union Minister of Culture and Tourism, Shri Gajendra Singh Shekhawat, inaugurated a special Railway Coach dedicated to Mahatma Gandhi at Gandhi Darshan, Rajghat, Delhi. This unique exhibit, donated by the Ministry of Railways, is a meticulously restored railway coach from the era of Mahatma Gandhi, symbolizing the iconic train journeys that played a crucial role in his mission to unite the nation and advocate for justice and equality.

During the inauguration, Shri Shekhawat explained that the rail coach is directly related to a transformative event in Mahatma Gandhi's life and has been renovated to practically convey his vision. The exhibit provides an immersive experience enriched with sculptures depicting Gandhi's travels and interactions with fellow passengers. Visitors to Gandhi Darshan can now relive these defining moments, gaining insight into Gandhi’s travels, which were instrumental in shaping his philosophy of non-violence and social justice.

This landmark moment is a fitting tribute to Mahatma Gandhi's enduring legacy and his unwavering commitment to India's freedom and unity.

Khadi: A Symbol of Self-Reliance and Sustainability

Mahatma Gandhi’s advocacy for self-reliance and sustainability continues to resonate through the promotion of Khadi, the hand-spun fabric that symbolizes simplicity and economic independence. The Khadi and Village Industries Commission (KVIC), annually celebrates Gandhi’s birth anniversary by promoting Khadi and encouraging rural empowerment. On Gandhi Jayanti 2023, the Khadi Bhawan in Connaught Place, New Delhi, set a new record with sales of Khadi products reaching ₹1.52 crore, reflecting the public’s commitment to supporting this symbol of self-sufficiency

Digital Commemoration

In 2019, the Press Information Bureau (PIB) of India launched a special microsite, #Gandhi150, to commemorate Mahatma Gandhi’s 150th birth anniversary. The site featured rare video clips from the Ministry of Information and Broadcasting’s Film Archives, showcasing significant moments from Gandhi’s life, such as his travels, speeches on Ahimsa, and interactions with the public. This digital initiative has generated significant public engagement, and reached over 3.6 million impressions and promoted Gandhi’s message to newer generations.

Conclusion

The International Day of Non-Violence is a powerful reminder of the enduring relevance of Mahatma Gandhi’s teachings. By embracing non-violence, not only as a strategy but as a way of life, we can build a more harmonious and sustainable world for future generations. Through education, awareness, and the promotion of non-violent solutions to global challenges, we honor the legacy of Mahatma Gandhi and his profound contributions to humanity. His timeless message—that peace is achievable through non-violent action—continues to inspire millions around the world.

References:-

https://pib.gov.in/PressReleseDetailm.aspx?PRID=1962995&reg=3&lang=1

https://pib.gov.in/PressReleaseIframePage.aspx?PRID=1962824

https://static.pib.gov.in/WriteReadData/gandhiji150/Webinar/9.pdf

https://pib.gov.in/PressReleaseIframePage.aspx?PRID=1864568

https://www.un.org/en/observances/non-violence-day

https://pminewyork.gov.in/IDNonViolence

https://x.com/narendramodi/status/1700737664302145794/photo/1

https://pib.gov.in/PressReleasePage.aspx?PRID=1964308

https://pib.gov.in/PressReleasePage.aspx?PRID=2060008

https://pib.gov.in/PressReleasePage.aspx?PRID=2050197

https://pib.gov.in/PressReleseDetail.aspx?PRID=2053764&reg=3&lang=1


Tuesday, 1 October 2024

Here are some codes related to accident investigation in India

 Here are some codes related to accident investigation in India: 

IS 3786: 2022

This Bureau of Indian Standards (BIS) document is a legally binding document that provides a method for calculating the frequency and severity rates of industrial injuries and classifying industrial accidents. 

IS 15656: 2006

This Indian Standard provides guidelines for evaluating the characteristics of vapor cloud explosions, flash fires, and BLEVEs. It also includes information on hazard identification and risk analysis. 

India Code, Section 159

This section of the India Code requires police officers to prepare an accident information report within three months of an investigation. The report must be submitted to the Claims Tribunal and other prescribed agencies.