12 Years of Transformation: PM Modi Highlights India’s Progress in Independence Day Address

 

12 Years of Transformation: PM Modi Highlights India’s Progress in Independence Day Address

Posted On: 15 AUG 2026 1:18PM by PIB Delhi

In his Independence Day address, Prime Minister Shri Narendra Modi highlighted India’s transformation over the last 12 years, outlining the progress made across manufacturing, digital infrastructure, basic amenities, energy security, youth empowerment, innovation, social security and other key sectors.

Key highlights from the Prime Minister’s address include:

1. Manufacturing: Scale and Self-Reliance

Over the last 12 years:

• Defence production has increased nearly 4 times.
• Khadi and Village Industries production has increased nearly 5 times.
• Electronics manufacturing has increased nearly 7 times.
• Modern railway coach production has increased 21 times.
• Mobile phone production has increased 35 times.

2. Digital India and Innovation

The Prime Minister highlighted the rapid expansion of India’s digital and innovation ecosystem:

• Internet consumers have increased nearly 4 times.
• Patent grants have increased 4 times.
• Digital transactions have increased around 100 times.
• India has built a significantly larger digital and innovation ecosystem.

3. Faster Delivery of Basic Amenities

The Prime Minister highlighted the faster pace at which basic facilities are reaching ordinary citizens:

• Tap-water connections have been provided at an average annual pace nearly 15 times faster.
• LPG connections have been provided at an annual pace nearly 6 times faster.
• Toilets for the poor have been constructed at an annual pace nearly 4 times faster.
• Pucca houses for the poor have been provided at an annual pace nearly 3 times faster.
• Hundreds of obsolete laws have been abolished.
• Modern public transport, including metro systems, has reached several more cities.

4. Building the Semiconductor Ecosystem

The Prime Minister highlighted India’s progress in building domestic semiconductor capabilities:

• India earlier had no major semiconductor manufacturing plant.
• A complete semiconductor ecosystem is now being built in India.
• Three semiconductor plants have been initiated.
• India has also started exporting chips.

5. Securing Critical Minerals

Highlighting the importance of critical minerals for emerging technologies, the Prime Minister referred to the steps being taken to strengthen India’s capabilities in this sector:

• National Critical Mineral Mission has been launched.
• Critical Mineral Corridor has been announced in the Budget.
• Agreements have been signed with several countries for critical mineral supplies.

6. Strengthening Energy Security

The Prime Minister underlined that energy security is an essential condition for building a developed India, particularly as technologies such as chips, AI and data centres require huge quantities of electricity.

Underlining the role of nuclear energy, the Prime Minister highlighted:

• The SHANTI Act as a major reform in the nuclear energy sector.
• India crossing an important milestone in Fast Breeder Nuclear Technology.
• The potential of the technology to play a major role in making India self-reliant in nuclear fuel.

7. Expanding Oil and Gas Exploration

The Prime Minister highlighted the change in India’s approach towards offshore exploration:

• Nearly 99% of India’s offshore area was earlier classified as a No-Go Area.
• The approach has now changed from No-Go Area to Go Ahead Area.
• Previously restricted areas have been opened for exploration.
• This has created possibilities for discovering new oil and gas reserves.

8. Energy Diversification

The Prime Minister highlighted the rapid expansion in different sources of energy.

City Gas Distribution

• 2014: Available in fewer than 70 cities.
• Today: Available in around 700 cities.

Piped Cooking Gas

• 2014: Around 20–22 lakh households.
• Today: Nearly 1.75 crore households.

Solar Energy

• 2014: Around 2 GW.
• Today: Around 160 GW.

PM Surya Ghar Muft Bijli Yojana

• The scheme has crossed 50 lakh households.
• Lakhs of families are benefiting through lower or zero electricity bills.
• Families can also sell surplus electricity and earn.
• Assistance of up to around ₹80,000 per household is available.

9. Railways: Electrification and Future Fuels

The Prime Minister highlighted the transformation of Indian Railways:

• In 2014, after nearly 90 years, only around 30% of the railway network had been electrified.
• Today, Indian Railways has moved towards near-complete electrification.
• India has started work on its first Made-in-India hydrogen train.
• It is being developed as the world’s longest and most powerful hydrogen train.

10. India’s Resilience During Global Crises

The Prime Minister said that the capabilities built over the last 10–12 years were tested during:

• COVID-19 pandemic.
• Russia-Ukraine war.
• Conflicts in West Asia.

11. Affordable Fertiliser for Farmers

Highlighting the Government’s efforts to protect farmers from high global fertiliser prices, the Prime Minister stated:

• Urea: Around ₹3,000 per bag internationally; Indian farmers get it for less than ₹300.
• DAP: More than ₹5,000 internationally; Indian farmers get it for ₹1,350.

12. Trade and Export Opportunities

The Prime Minister highlighted the new opportunities being created for Indian producers and exporters:

• Since 2014, India has entered into FTAs with around 40 countries.
• New opportunities have opened for agriculture, fisheries, MSMEs, textiles and other export sectors.

13. Youth at the Centre of Viksit Bharat

The Prime Minister said that India’s youth have a major role in building Viksit Bharat and highlighted the new pathways opened up for them:

• Startup India: New avenues for innovation and entrepreneurship.
• ₹1 lakh crore Research Fund: New opportunities for young researchers.
• Digital India: Empowerment through affordable data.
• Skill India: National skills ecosystem.
• Space Sector: Opened for private participation.
• National Drone Policy: New opportunities for young entrepreneurs and innovators.
• Khelo India: Strengthened sports ecosystem.

14. Education and Innovation

The Prime Minister highlighted the expansion of educational and innovation opportunities:

• National Education Policy 2020: Introduced after a gap of 35 years.
• Universities: Fewer than 350 during 2004–2014; around 650 new universities added in the following decade.
• Medical Colleges: Fewer than 400 before 2014; around 850 today.
• More than 10,000 Atal Tinkering Labs have been established in schools.
• Focus has been placed on developing a technology and innovation mindset from an early age.

15. Startups, Space and AI

The Prime Minister highlighted India’s growing startup and innovation ecosystem:

• An Indian space startup has launched a Made-in-India rocket.
• India now has around 2.5 lakh registered startups.
• AI is creating new opportunities for young Indians.
• India hosted the AI Impact Summit this year.

16. New Sectors and New Opportunities

Bioeconomy

• 2014: Around ₹60,000 crore.
• Today: Nearly ₹20 lakh crore.
• The expansion is creating new jobs and entrepreneurial opportunities.

Electric Vehicles

• Towards the end of the previous decade: Around 1.5 lakh EVs sold annually.
• Last year: Around 25 lakh EVs sold.

Aviation

• New airports and routes are creating employment.
• MRO is opening new opportunities.
• India is moving towards Made-in-India aircraft manufacturing.
• The Made-in-India C-295 defence transport aircraft has successfully completed its flight.

17. Rural Empowerment through SVAMITVA

The Prime Minister highlighted the impact of the SVAMITVA initiative:

• Around 3.25 crore families have received property cards.
• Around ₹140 lakh crore of economic potential has been unlocked in rural areas.
• Property records are enabling villagers to access bank loans against their property.
• New avenues for rural employment, self-employment and entrepreneurship have opened up.

18. Growth in Defence Exports

The Prime Minister highlighted the expansion of India’s defence exports:

• Defence exports have increased more than 50 times.
• Indian defence equipment is now exported to around 100 countries.

19. Women-Led Development: Lakhpati Didi

Highlighting the growing role of women in India’s development:

• The target of 3 crore Lakhpati Didis has been achieved.
• Women from general, Dalit, backward and tribal families have become Lakhpati Didis.

20. Expanding Social Security

The Prime Minister highlighted the expansion of social security coverage:

• Before 2014, around 25 crore people were covered by social security.
• Today, around 100 crore Indians are covered by one or another social security scheme.

21. Ayushman Bharat

The Prime Minister highlighted the financial relief provided to families through Ayushman Bharat:

• Beneficiary families have avoided an estimated ₹2 lakh crore in medical expenditure.

Greenko group head office celebrated 80th Independence day 2026

 

THE HIERARCHY OF SAFETY DOCUMENTS

 

🦺

🦺🦺 THE HIERARCHY OF SAFETY DOCUMENTS 🦺🦺🦺

The Hierarchy of Safety Documents is structured like a pyramid, organized from top-level management commitments down to day-to-day operational execution. Every level builds on the one above it to ensure a complete, compliant, and proactive Safety Management System (SMS).

1. Policy (Top Tier)

High-level commitments signed by top executive management.

Purpose: 

Establishes the organization’s overall vision, principles, and legal commitment toward safety and health.

Key Role: Sets the direction and culture for the entire safety system.

2. Procedures (Second Tier)

Standard operating frameworks that translate policy into broad organizational rules.

Purpose: 

Defines who is responsible, what standards must be met, and when specific safety processes apply across departments (e.g., Lockout/Tagout, Incident Reporting, Permit to Work).

Key Role: Establishes standard work methods.

3. Method Statements / Work Instructions (Third Tier)

This is the Detailed, step-by-step operational instructions tailored to specific jobs or equipment.

Purpose: 

Provides field personnel with clear guidance on how to perform high-risk tasks safely from start to finish.

Key Role: Serves as detailed operational plans for safe execution on the floor or site.

4. Risk Assessments (Fourth Tier)

Systematic evaluations used to identify hazards, assess risk levels, and define control measures (e.g., Job Safety Analysis / JSA).

Purpose: 

Proactively identifies what could go wrong before a task begins and puts safeguards in place to mitigate risks.

Key Role: Essential for hazard identification and risk reduction.

5. Toolbox Talks / Training (Fifth Tier)

Daily safety briefings, safety talks, and continuous training sessions.

Purpose: 

Communicates specific hazards, control measures, and lessons learned directly to the workforce before daily work begins.

Key Role: Drives daily communication, education, and worker awareness.

6. Records & Checklists (Bottom Tier)

Completed inspection forms, maintenance logs, audit reports, permit forms, and sign-in sheets.

Purpose: 

Captures objective evidence that safety procedures are being actively followed and monitored.

A strong safety culture relies on both top-down commitment (Policy & Procedures) and bottom-up execution (Training & Records). Strong safety systems are built on robust documentation!

India A JOURNEY OF CIVILIZATION,GROWTH, & SUSTAINABLE FUTURE

 

🛡️ ZERO HARM vs ZERO ACCIDENT — Know the Difference

 🛡️ ZERO HARM vs ZERO ACCIDENT — Know the Difference!

 

Different Focus • Same Goal — EVERYONE Goes Home Safe, EVERY DAY! ✅

 

 

 

💚 ZERO HARM — People Focused

 

"All harm to people is PREVENTABLE."

✅ Protects PEOPLE, not just prevent accidents

✅ Looks at physical, mental, emotional well-being

✅ Cares about near misses, unsafe conditions, exposures

✅ Measures success by: hazards controlled, risks reduced, people feeling safe

💡 Zero Harm = We CARE for PEOPLE

 

 

 

💙 ZERO ACCIDENT — Event Focused

 

"Target: NO recordable accidents."

✅ Focuses on NO accidents happening

✅ Reacts AFTER events occur

✅ Measures success by: zero injuries, zero damage, zero days lost

💡 Zero Accident = We AVOID Accidents

 

 

 

🤝 THE COMMON GROUND

 

Different Approach → Same Destination: Everyone Safe, Every Day!

 

People First • Proactive Mindset • Open Communication • Continuous Improvement • Shared Responsibility

 

 

 

💡 FINAL THOUGHT:

 

Safety is NOT just a TARGET — it's a WAY of LIFE.

 

THINK ZERO HARM • ACHIEVE ZERO ACCIDENT

Together, we build a SAFER TOMORROW! 🎯✅

 

#ZeroHarm #ZeroAccident #HSE #HSENexus #SafetyMindset #PeopleFirstSafety #WorkplaceSafety #GoHomeSafeEveryDay #SafetyCulture #PreventionIsBetterThanCure 🛡️💚💙

🧪 CHEMICAL STORAGE COMPATIBILITY CHART — Store Right • Stay Safe • Prevent Fire

 🧪 CHEMICAL STORAGE COMPATIBILITY CHART — Store Right • Stay Safe • Prevent Fire

 

Store chemicals safely. Know what goes together — and what MUST stay APART! 🔥🚫

 

 

 

🟢 OK TO STORE TOGETHER

 

Can be kept in the same area safely ✅

 

🟡 SEGREGATE — 3 METERS APART

 

Keep at least 3 meters away from each other ⚠️

 

🟠 SEGREGATE — 5 METERS APART

 

Keep at least 5 meters away from each other ⚠️⚠️

 

🔴 ISOLATE — COMPLETELY SEPARATE

 

Store in separate room or area — NEVER together ❌

 

🔵 CHECK MSDS FIRST

 

May NOT be compatible — always check the Safety Data Sheet before storing! 📋

 

 

 

⚠️ SAFETY REMINDERS:

 

✅ Always read the MSDS before storing

✅ Proper labeling & signage

✅ Keep areas clean, dry, & well-ventilated

✅ Away from heat, sparks, & ignition sources

✅ Inspect regularly • Follow emergency plans

 

STORE RIGHT → STAY SAFE → PREVENT FIRE → PROTECT LIVES 🔥🛡️

 

#ChemicalSafety #StorageChart #CompatibilityChart #HSE #HSENexus #FirePrevention #WorkplaceSafety #KnowYourChemicals #SafetyFirst #ZeroAccidents 🧪✅

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Maricel Lawagan Bayubay 

HSE NEXUS 

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PARLIAMENT QUESTION: Environmental outcomes of BioE3 Policy

 

PARLIAMENT QUESTION: Environmental outcomes of BioE3 Policy

प्रविष्टि तिथि: 13 AUG 2026 2:06PM by PIB Delhi

The Department of Biotechnology under the Ministry of Science and Technology, under the aegis of BioE3 (Biotechnology for Economy, Environment and Employment) policy, has identified measurable targets in terms of scales, yield and Technology Readiness Level for technology development and scale up thereof for biomanufacturing of the bio-based alternatives to replace fossil-based inputs. Department of Biotechnology (DBT) also supported the projects to develop the biomanufacturing solutions targeted to reduce the import dependency of fossil-based inputs. The digital portal ‘Sujivika’ launched by the DBT provides biotech import data. The portal facilitates identification of indigenous bio-based products based on import data for Atmanirbhar Bharat, targeting to promote domestic manufacturing and reduce dependence on imported chemicals and materials including the fossil-derived chemicals, materials and fuels.

 

Department has supported research, pilot-scale, and demonstration projects to convert agricultural residues, municipal organic waste, and industrial biogenic waste into advanced fuels, chemicals, and materials for industrial applications. The supported initiatives focus on the development of indigenous technologies for biomass pretreatment, biocatalysts, microbial bioprocesses, and integrated bio-refinery platforms to enable efficient utilization of diverse biomass feedstocks to bring in sustainability integrated with biomanufacturing value chain.  

 

The government through series of consultations with technical expert committees, thematic expert groups, and stakeholder consultations, has assessed potential biotech interventions and technologies that can contribute to India’s Carbon Emission Reduction and Net Zero Commitments.

 

The BioE3 (Biotechnology for Economy, Environment and Employment) policy is being implemented through inter-ministerial coordination involving relevant Ministries and Departments to promote convergence and joint efforts. Adapting to the converging and whole of the government approach, the department under the ambit of BioE3  (Biotechnology for Economy, Environment and Employment) policy is working closely with line ministries and Departments for integration of the Bio-Enablers such as bio foundries and Bio AI Hubs to provide the scale, strengthening biomass supply chains, technology development, scale-up, mapping of high value chemicals, APIs, enzymes, Smart Proteins etc for further commercialization and regulatory aspects for biomanufacturing.

 

Following the accepted principles of circular economy and net zero emission, the BioE3 (Biotechnology for Economy, Environment and Employment) policy provides the platform to develop and demonstrate the pilot and pre-commercial scale bio manufacturing solutions for replacing the fossil-based inputs, and to promote the low carbon economy. Key performance indicators for environmental outcomes and progress towards circular bioeconomy include, but, not limited to providing technological solutions to reduce land use, inculcate renewability, reduce greenhouse gas emissions, waste-to-value solutions, and indigenized clean tech solutions through bio manufacturing. Aligning to the indicators for environment outcomes and circular economy, the Department supported major interventions such as biorestoration of degraded ecosystems like Sunderbans, Molecular tools for protected area conservation, Alternatives to single-use-plastics and polymers, converting lignocellulosic, industrial, and organic waste to sustainable aviation fuels, specialty chemicals and biomaterials, engineered enzymes for waste valorization and Carbon Capture Utilization Integrated Bimanufacturing.

 

This information was given by the Minister of State (Independent Charge) for the Ministry of Science and Technology & Ministry of Earth Sciences Dr. Jitendra Singh in a written reply in Rajya Sabha today.

📌 From Inspection to Prevention – Evolution of Quality Management

 📌 From Inspection to Prevention – Evolution of Quality Management

Quality Management has come a long way — from finding defects after production to preventing defects before they happen. 🎯

🔹 Inspection → Find the defects

🔹 Quality Control → Control the defects

🔹 Quality Assurance → Prevent the defects

🔹 TQM → Improve continuously

🔹 Quality 4.0 → Predict, prevent & create value

🏭 Modern quality is not only about inspection. It is about strong processes, risk-based thinking, data, technology, employee involvement and continual improvement.

💡 Quality Tip:

“Don’t build quality by inspection. Build quality into the process.”

📚 Learn Quality, Grow Professionally!

#QualityManagement #QMS #QualityControl #QualityAssurance #TQM #Quality4_0 #IATF16949 #ISO9001 #QualityEngineer #AutomotiveIndustry #Manufacturing #ContinuousImprovement #QualityCulture #LearnQuality #GrowProfessionally

QC VS QA

🧪 CHEMICAL SAFETY AWARENESS | MSDS vs. SDS ⚠️

 🧪 CHEMICAL SAFETY AWARENESS | MSDS vs. SDS ⚠️

Understanding the transition to the GHS standardized SDS format with HSE Trainer 

When working with hazardous chemicals, information is your first line of defence. A Safety Data Sheet helps workers understand chemical hazards, required controls, emergency actions, and safe handling practices.

📄 MSDS — THE OLDER FORMAT

Traditional Material Safety Data Sheets (MSDS) could vary significantly between manufacturers and countries.

🔸 Different section formats and arrangements

🔸 Information could be difficult to locate quickly

🔸 Terminology and presentation were not always consistent

🔸 Comparing information between chemicals could be challenging

🔸 Less internationally harmonized than the GHS approach

➡️ GHS introduced a more consistent approach to chemical hazard communication.

📑 SDS — THE STANDARDIZED FORMAT

The modern Safety Data Sheet (SDS) follows a standardized 16-section structure, making important information easier to locate.

1️⃣ Identification

2️⃣ Hazard Identification

3️⃣ Composition / Information on Ingredients

4️⃣ First-Aid Measures

5️⃣ Fire-Fighting Measures

6️⃣ Accidental Release Measures

7️⃣ Handling and Storage

8️⃣ Exposure Controls / Personal Protection

9️⃣ Physical and Chemical Properties

🔟 Stability and Reactivity

1️⃣1️⃣ Toxicological Information

1️⃣2️⃣ Ecological Information

1️⃣3️⃣ Disposal Considerations

1️⃣4️⃣ Transport Information

1️⃣5️⃣ Regulatory Information

1️⃣6️⃣ Other Information

🚨 WHY SHOULD WORKERS CARE?

A properly used SDS can help workers:

✅ Identify chemical hazards before starting work

✅ Select appropriate PPE

✅ Understand exposure-control requirements

✅ Respond correctly to spills and releases

✅ Take appropriate first-aid actions

✅ Understand fire and emergency precautions

✅ Store and handle chemicals safely

✅ Dispose of chemicals responsibly

👷 BEFORE USING A HAZARDOUS CHEMICAL:

🔍 1. READ — Check the SDS before use.

⚠️ 2. IDENTIFY — Understand the hazards and warning information.

🧤 3. PROTECT — Wear the PPE specified for the task.

🏷️ 4. VERIFY — Check the container label and chemical identity.

📦 5. STORE — Follow the SDS storage requirements.

🚨 6. PREPARE — Know what to do during a spill, exposure, or fire.

📌 IMPORTANT HSE POINT

Never rely only on the chemical container appearance or your previous experience. The SDS should be consulted for the specific product and current safety information.

🌍 GHS — Globally Harmonized System

GHS provides a harmonized framework for communicating chemical hazards through labels, pictograms, signal words, hazard statements, precautionary statements, and SDS information.

🇺🇸 OSHA REFERENCE

OSHA’s Hazard Communication Standard 29 CFR 1910.1200 establishes requirements for hazard communication in workplaces covered by OSHA.

💡 SAFETY TIP

«“Don’t use a chemical until you understand its hazards.”»

📖 READ THE SDS → UNDERSTAND THE HAZARD → CONTROL THE RISK → PROTECT YOURSELF & OTHERS

👷‍♂️ HSE TRAINER

TRAIN • INSPIRE • PROTECT 🛡️

🔔 Share this with your HSE professionals, supervisors, technicians, operators, and workers to promote better chemical-safety awareness.

#ChemicalSafety #SDS #MSDS #GHS #OSHA #HSE

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