#Phosphating Plant in India

[steptechnosolution]

Phosphating Plant Manufacturer - Step® Techno Solutions LLP

Step® Techno Solutions LLP is a leading phosphating plant manufacturer in Gujarat, India. With more than 25 years of experience, we specialize in producing high-quality phosphating plants that deliver superior surface treatment for metals, enhancing their durability and corrosion resistance. Our plants are designed to provide efficient and reliable performance, catering to a variety of industrial applications. We also offer competitive pricing and excellent customer service, ensuring that you receive the best phosphating solutions for your needs. At Step® Techno Solutions LLP, we are dedicated to delivering innovative and effective surface treatment solutions. Visit our site - https://steptsl.com/phosphating-plant/

[lethimfertilise]

Logically, I would be speaking about other gas issues in Egypt and the earlier-than-expected Indian urea tender, but I would prefer to let the dust settle first before making more predictions.

Instead, let's have another little "fertiliser use guide" now, this time about phosphates.

Here's a brief overview of common practices in major agricultural regions. I have tried to make it more visible and LinkedIn-friendly 🙂 (as my son recommended)

🇺🇸 USA:

- Corn Belt: Fall or early spring before planting

- Winter Wheat: At seeding in fall

🇨🇦 Canada:

- Prairies: Early spring or fall, depending on the crop

🇧🇷 Brazil:

- Soybeans: Pre-planting in September-October

🇨🇳 China:

- Rice: Split application - pre-planting and mid-season

🇮🇳 India:

- Winter Wheat: At sowing in October-November

- Rice: Pre-planting in June-July

🇪🇺 Europe:

- Winter Cereals: At seeding in fall

- Spring Crops: Pre-planting in early spring

🇦🇺 Australia:

- Winter Cereals: At seeding in autumn

🇰🇪🇹🇿 East Africa:

- Maize: At planting, coinciding with long rains (March-May)

- Coffee: Split application - before short rains (Oct-Nov) and long rains (March-April)

🇳🇬🇬🇭 West Africa:

- Cocoa: Before the rainy season (April-May)

- Cotton: At planting (May-June)

Mind you, I’m not an agronomist and these are general guidelines. Actual timing can vary based on local conditions, soil tests, and crop-specific needs.

#fertilizers #fertilisers #imstory #agriculture #agro #brazil #phosphates #africa #india #china #europe #canada #india #australia #world

[yayati1912]

What Is Biofertilizer and Why Should We Use It?

In today's agriculture, where soil degradation and chemical overuse are major concerns, biofertilizers offer a powerful, natural solution. These eco-friendly inputs improve soil fertility, promote plant growth, and are key to sustainable farming. But what exactly are biofertilizers, and why are they important?

Let’s explore their definition, benefits, and some of the best options available at Anand Mart—your trusted source for natural agri-inputs.

🌿 What Is Biofertilizer?

A biofertilizer is a substance that contains living microorganisms, which, when applied to seeds, soil, or plant surfaces, enhance the plant’s growth by increasing the supply or availability of primary nutrients.

These natural fertilizers work by:

Fixing atmospheric nitrogen

Solubilizing soil phosphorus

Stimulating plant hormone production

Improving soil microbial activity

Instead of adding synthetic nutrients, bio-fertilizers from Anand Mart help plants absorb nutrients more efficiently and enrich soil health over time.

🌾 Why Should Farmers Use Biofertilizers?

Modern agriculture demands sustainability—and biofertilizers provide exactly that. Here’s why more and more farmers are shifting to bio-based inputs:

✅ Improves soil structure and fertility

✅ Boosts crop yield naturally

✅ Reduces dependence on chemical fertilizers

✅ Safe for the environment, humans, and animals

✅ Cost-effective and long-term benefits

If you're looking to reduce your input costs and grow healthier crops, it's time to switch to natural farming with biofertilizers.

🧪 Biofertilizers Available at Anand Mart

At Anand Mart, we offer a wide variety of high-quality, research-based biofertilizer products that cater to all crop types and soil conditions. These products are manufactured with advanced microbial strains and proven formulations.

Some of our top-selling biofertilizers include:

🔹 Azotobacter Biofertilizer

Helps in nitrogen fixation, promoting healthy root development and vegetative growth.

🔹 Phosphate Solubilizing Bacteria (PSB)

Improves phosphorus availability in the soil, crucial for flowering and fruiting.

🔹 Potash Mobilizing Bacteria (KMB)

Increases potash uptake, enhancing overall plant health and stress resistance.

🔹 Zinc Solubilizing Bacteria (ZSB)

Addresses zinc deficiency and boosts enzyme activity in plants.

Explore our full range of biofertilizers to choose the right solution for your crop.

🌱 How to Use Biofertilizers Effectively

Biofertilizers can be applied in several ways:

Seed treatment before sowing

Soil application during land preparation

Drip irrigation or foliar spray

Each method depends on the crop, soil type, and product. For best results, follow the usage instructions on each product detail page.

✅ Why Buy Biofertilizers from Anand Mart?

🔬 Lab-tested microbial quality

🌾 Ideal for Indian crops and climates

🚚 Doorstep delivery across India

🛒 Easy online ordering at anandmart.in

We’re committed to providing high-performance inputs for farmers who care about soil health and sustainable agriculture.

🌍 Final Thoughts

Using biofertilizers is not just a farming decision—it’s an investment in your land's long-term fertility and the planet’s future. Whether you grow cereals, pulses, fruits, or vegetables, there's a biofertilizer at Anand Mart that can improve your yield and protect your soil.

👉 Ready to farm smarter and greener? Explore and shop our complete biofertilizer collection here.

[vishwaskr]

Delhi’s Lifeline Reborn: Jagmohan Garg Tirupati Supports Yamuna’s Transformation

The Yamuna River, a sacred symbol in India, has been choked by pollution for decades, with Delhi’s 2% stretch contributing 76% of its contamination through untreated sewage, industrial effluents, and agricultural runoff. This has led to toxic foam during festivals like Chhath Puja, a stark reminder of the river’s decline, as over 3.5 billion liters of sewage—only 35% treated—enter it daily. Jagmohan Garg Tirupati, director of Tirupati Infraprojects and a prominent real estate figure, has been a fervent advocate for the Yamuna’s revival, emphasizing its cultural importance. In a recent statement, he declared, “Cleaning the Yamuna isn’t just about the river; it’s about restoring the heart of Delhi to its former glory.” The Delhi government’s three-year plan, launched in 2025, has brought renewed hope, with initiatives like clearing 1,300 tonnes of garbage in 10 days and upgrading sewage treatment plants (STPs) to stop untreated wastewater from entering the river. Garg sees these efforts as a long-overdue response to the river’s plight, praising the government’s commitment to addressing decades of neglect. His advocacy underscores the Yamuna’s role as a spiritual lifeline, urging a collective effort to restore its purity and honor its significance in India’s cultural heritage.

Jagmohan Garg Tirupati’s support for the Yamuna cleanup is fueled by the government’s recent actions, which he views as a transformative step forward. Under Irrigation and Flood Control Minister Parvesh Verma, Delhi has committed to connecting all drains to enhanced STPs within two years, a move Garg applauds as critical to halting the flow of untreated waste. The deployment of trash skimmers and weed harvesters since February 2025, alongside high-level coordination among agencies like the Delhi Jal Board, has bolstered Garg’s optimism. He highlights the removal of 1,300 tonnes of garbage as a significant milestone, addressing issues like the toxic foam caused by phosphates in untreated sewage. “The Yamuna is finally witnessing a transformative effort to reclaim its purity,” Garg states, reflecting his belief in the three-year plan’s potential. He also emphasizes the cultural stakes, noting, “For Indians, this is not merely an environmental issue—it is about preserving a sacred entity.” While challenges like ensuring adequate water flow and regulating industrial effluents persist, Garg remains hopeful, seeing the current political will and technological interventions as key to success. His advocacy reflects a deep commitment to the river’s revival, both environmentally and spiritually.

Jagmohan Garg Tirupati envisions a future where the Yamuna, once a polluted stream, becomes a vibrant symbol of Delhi’s cultural and spiritual heritage. He imagines devotees celebrating Chhath Puja in clean waters, free from the toxic foam that has marred recent festivities, a vision he believes is now attainable with the government’s three-year plan. The removal of 1,300 tonnes of garbage and the focus on sewage treatment are steps Garg sees as pivotal, though he acknowledges challenges like maintaining water flow and curbing industrial pollution. “The ongoing efforts are a testament to the commitment to restore its glory,” he says, calling for public support to sustain this momentum. Garg’s advocacy highlights the Yamuna’s role as more than a river—it’s a sacred entity that deserves reverence and protection. He believes the coordinated efforts of agencies, backed by political resolve, can overcome past failures, making the river a source of pride once more. For Garg, the Yamuna’s revival is a cultural triumph, promising a healthier Delhi and a renewed connection to a river that has symbolized purity and life for millions. His hope is that future generations will inherit a Yamuna worthy of its sacred legacy.

Read more: https://www.crunchbase.com/person/jagmohan-garg-tirupati

[shakshimalik]

A River’s Redemption: Jagmohan Garg Tirupati Heralds Yamuna’s New Dawn

For decades, the Yamuna River has endured relentless pollution, with Delhi contributing 76% of its contamination through untreated sewage, industrial effluents, and agricultural runoff, despite spanning only 2% of its length. This sacred river, central to festivals like Chhath Puja, has been reduced to a toxic stream, with high phosphate levels causing recurring froth that alarms devotees and environmentalists alike. Jagmohan Garg, director of Tirupati Infraprojects and a notable real estate leader, has emerged as a passionate voice in the fight to restore the Yamuna, viewing it as a cultural imperative. In a recent statement, he emphasized, “Cleaning the Yamuna isn’t just about the river; it’s about restoring the heart of Delhi to its former glory.” The Delhi government’s three-year plan, launched in 2025, has reignited hope, with initiatives like upgrading sewage treatment plants (STPs) and clearing 1,300 tonnes of garbage in just 10 days. Garg applauds these efforts, seeing them as a long-overdue response to the river’s plight, which sees over 3.5 billion liters of sewage dumped daily, of which only 35% is treated. His advocacy highlights the intersection of environmental action and cultural preservation, urging a collective effort to revive the Yamuna’s sanctity.

Jagmohan Garg Tirupati’s support for the Yamuna cleanup is rooted in the tangible progress he’s witnessed under the current administration. Delhi’s Irrigation and Flood Control Minister Parvesh Verma has spearheaded efforts to connect all city drains to enhanced STPs, aiming to halt untreated wastewater flow within two years—a move Garg praises as transformative. The deployment of trash skimmers and weed harvesters since February 2025, alongside high-level coordination among agencies like the Delhi Jal Board, reflects a commitment Garg believes can succeed where past efforts failed. He notes the river’s dire state, with phenomena like toxic foam driven by phosphates from detergents, but sees hope in the government’s focus on modern technology and accountability. Garg’s statement, “The Yamuna is finally witnessing a transformative effort to reclaim its purity,” underscores his faith in the three-year plan. He also emphasizes the cultural stakes, stating, “For Indians, this is not merely an environmental issue—it is about preserving a sacred entity.” Garg’s optimism is tempered by an understanding of challenges like ensuring adequate water flow, but he remains confident that sustained efforts can restore the river’s health, benefiting both the environment and Delhi’s spiritual landscape.

The dream of a revitalized Yamuna holds profound significance for Jagmohan Garg Tirupati, who envisions a future where the river once again serves as a source of pride and spirituality. He imagines devotees at Chhath Puja celebrating in clean waters, free from the toxic foam that has tainted recent festivities, a vision he believes is now within reach thanks to the government’s recent actions. The removal of 1,300 tonnes of garbage and the strategic focus on sewage treatment are milestones Garg sees as critical to this transformation. He acknowledges the challenges ahead, including the need for consistent water flow and stricter industrial regulations, but remains hopeful due to the unprecedented coordination and political will driving the initiative. Garg’s advocacy extends beyond rhetoric—he calls for public support to sustain this momentum, believing that collective action can turn the tide for the Yamuna. “The ongoing efforts are a testament to the commitment to restore its glory,” he says, reflecting his deep belief in the project’s potential. For Garg, the Yamuna’s revival is a cultural triumph, promising a healthier Delhi and a renewed connection to a river that has long symbolized purity and life for millions.

Read more:https://www.oneindia.com/partner-content/jagmohan-garg-on-navigating-indias-commercial-real-estate-key-considerations-for-investors-4083287.html

[forblogmostly]

Mercury EV-Tech Unveils Ambitious 3.2 GW Battery Plant in Vadodara, Ushering in a New Era for India's Energy Independence

In a landmark announcement that signals a bold stride toward India’s clean energy ambitions, Mercury EV-Tech Limited, through its wholly owned subsidiary PowerMetz Energy Pvt. Ltd., has declared the commissioning of a cutting-edge 3.2 GW lithium-ion battery manufacturing facility in Vadodara, Gujarat. The development is poised to transform the country's energy landscape and redefine the trajectory of the domestic electric vehicle and energy storage ecosystem.

This new facility is not just an addition to Mercury EV-Tech’s growing infrastructure—it is the nucleus of a future-facing vision aimed at making India self-reliant in advanced battery technologies. The Vadodara plant is positioned as a multi-chemistry, high-capacity manufacturing hub capable of producing a wide array of battery cells and modules, including Lithium Iron Phosphate (LFP), Nickel Manganese Cobalt (NMC), Sodium-Ion, and Supercapacitor modules. Such a versatile production line is rare even at the global level, enabling Mercury EV-Tech to respond dynamically to the evolving needs of multiple sectors.

From electric mobility and home energy backup to grid-scale storage and industrial applications, the batteries manufactured at this facility will power a broad spectrum of high-utility use cases. Whether it's charging infrastructure, critical energy storage for renewable projects, or uninterrupted power supply systems, the technology emerging from this plant will serve as the backbone of India’s energy resilience.

To support the high-throughput needs of this ambitious endeavor, Mercury EV-Tech has procured a fully robotic, automation-driven production line from a leading Chinese equipment manufacturer. An Indian technical delegation is scheduled to inspect the machinery in China on April 15, 2025, and the equipment is expected to be delivered to the Vadodara site by the end of April. Pilot production is set to commence by mid-May, ushering in a new phase of commercial readiness and industrial momentum.

At its core, this development reflects more than just expansion—it embodies Mercury EV-Tech’s strategic pivot from a traditional EV manufacturer to a comprehensive energy innovation company. The plant will also house a state-of-the-art integrated laboratory, designed to uphold the highest global benchmarks in safety and performance testing, ensuring that each product meets the demanding standards of international markets.

Darshankumar Jitendra Shah, Whole Time Director at Mercury EV-Tech Limited, expressed that the new facility is poised to become one of India’s most advanced lithium-ion battery manufacturing units. He emphasized the company’s focus on combining technological excellence with scalable innovation. Shah underscored how this plant aligns with India’s accelerating push for Battery Energy Storage Systems (BESS), especially in light of the recent regulatory shift mandating a minimum two-hour BESS integration with all government renewable projects. With over 30 GW of BESS capacity auctioned through various mechanisms in the past six months, Mercury EV-Tech is strategically positioned to become a preferred supplier and implementation partner in this sweeping transformation.

Further amplifying its long-term commitment, Mercury EV-Tech also disclosed preliminary plans to replicate this success in southern India. The company has initiated site evaluations for an additional 3.2 GW battery plant, with final decisions expected based on the performance and order pipeline emerging from the Vadodara facility over the coming quarters.

This robust roadmap aligns closely with India’s national mission of energy self-reliance under the “Atmanirbhar Bharat” initiative. Mercury EV-Tech’s approach is rooted in creating domestic technological capabilities that are both scalable and sustainable. The company envisions itself not merely as a component provider but as a platform for deep-tech innovation that will power India’s transition toward cleaner, more secure, and domestically controlled energy solutions.

Mercury EV-Tech Limited has already built a reputation as a dynamic electric vehicle solutions provider. With a manufacturing base strategically located near Por in Gujarat, along India’s Golden Quadrilateral, it ensures efficient logistics and streamlined operations. Its core competencies include in-house development of critical EV components such as batteries, chassis, and the application of CED coating processes—all of which allow for comprehensive quality and cost control.

The company also boasts a diverse portfolio of electric vehicles, ranging from two-wheelers and three-wheelers to electric loaders and passenger vehicles. This end-to-end manufacturing capability, coupled with its dedicated 18-acre R&D centre in Vadodara and another in Hyderabad focused on high-range vehicle innovation, positions Mercury EV-Tech as a formidable force in the Indian EV and energy storage sectors.

With this pivotal step into advanced battery manufacturing, Mercury EV-Tech is not merely keeping pace with global trends—it is setting the standard for what Indian companies can achieve in the clean energy space. As the nation marches toward its decarbonization goals, the Vadodara facility stands as a beacon of what focused innovation, policy alignment, and industrial ambition can together achieve.

[chemanalystdata]

Hydrogen Prices: Market Analysis, Trend, Graph, News and Forecast

 Hydrogen prices in the U.S. trended upward, primarily driven by rising natural gas costs—an essential feedstock for hydrogen production. This increase was fueled by strong residential and commercial heating demand during colder weather, constrained supply, and higher LNG exports. These factors collectively pushed up production costs for hydrogen.

Geopolitical tensions, particularly reduced Russian gas supplies, boosted global demand for U.S. energy exports, further tightening domestic markets and increasing feedstock price pressures. Although hydrogen production volumes remained stable, elevated natural gas prices and logistical constraints—such as pipeline maintenance—contributed to overall cost escalation.

Get Real time Prices for Hydrogen : https://www.chemanalyst.com/Pricing-data/hydrogen-1165

Demand remained strong across industrial manufacturing and transportation sectors, supported by ongoing decarbonization efforts and the transition to renewable energy. Moving forward, U.S. hydrogen markets are expected to experience continued price volatility, with natural gas trends and geopolitical dynamics playing key roles. However, growing government incentives for green hydrogen and advancements in electrolyzer technology could help reduce dependency on natural gas and stabilize prices over the long term.

India’s hydrogen market remained stable in Q4 2024, supported by strong domestic production and steady demand, particularly from the fertilizer sector due to Rabi crop requirements. Prices in December held firm, backed by consistent plant operations and supply reliability.

While November saw a slight dip in the Manufacturing PMI, the sector remained resilient, with continued growth in production and employment. Fertilizer demand showed mixed signals: urea usage surged seasonally, while phosphate prices stabilized amid tight global supply, and potash prices remained unchanged. However, disruptions in DAP imports—exacerbated by Chinese export restrictions—led to increased reliance on alternatives like NPK blends.

Looking ahead to 2025, India’s hydrogen market outlook remains positive, driven by expected growth in manufacturing and agricultural applications. Nonetheless, potential risks such as inflationary pressures and global supply chain uncertainties could influence market dynamics.

Hydrogen prices in Europe rose in Q4 2024, largely due to higher natural gas prices, the primary feedstock for hydrogen production. Colder weather in October and November spurred energy demand, particularly in Germany, while reduced wind and solar output further increased reliance on gas and hydrogen-based energy solutions.

The ongoing Russia-Ukraine conflict contributed to market volatility, with concerns over disrupted Russian gas supplies impacting the hydrogen supply chain. Europe’s growing dependence on U.S. LNG imports also strained availability, as competition with Asia intensified. Although stable domestic production and Norwegian gas inflows offered some relief, low gas storage levels heightened uncertainty and drove up hydrogen production costs.

Looking ahead, Europe’s hydrogen market faces challenges from elevated feedstock costs and geopolitical instability. However, long-term prospects remain strong, underpinned by policy support for decarbonization and increasing investment in green hydrogen initiatives, which could help reduce price volatility over time.

Get Real time Prices for Hydrogen : https://www.chemanalyst.com/Pricing-data/hydrogen-1165

Our Blog: 

Packaging Materials Prices: https://www.chemanalyst.com/Industry-data/packaging-materials-7

Personal Care Chemicals Prices: https://www.chemanalyst.com/Industry-data/personal-care-chemicals-8

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Call: +49-221-6505-8833

Email: sales@chemanalyst.com

Website: https://www.chemanalyst.com

[caltronclays]

Calcium and Phosphorus from the Ocean’s Depths – Caltron Clays & Chemicals, Trusted Phoscal Fish Bone Calcium Manufacturer and Supplier in India

Introduction: Caltron Clays & Chemicals: Leading Phoscal Fish Bone Calcium Manufacturer and Supplier in India for Sustainable Marine-Sourced Mineral Solutions

Caltron Clays & Chemicals, a trusted pioneer in clean-label pharmaceutical and nutraceutical raw materials, is proud to present Phoscal Fish Bone Calcium a superior, eco-conscious solution for calcium supplementation. As a recognized Phoscal Fish Bone Calcium manufacturer and supplier in India, we are driving change in the calcium supply chain by utilizing marine resources in the most responsible and innovative way.

With the health and wellness industry shifting toward sustainable sourcing and plant- or marine-derived ingredients, Phoscal offers pharmaceutical companies a strategic edge. It is derived from purified fish bone byproducts making it an organic marine calcium source that supports both human health and planetary well-being.

1. Why Caltron Clays & Chemicals Is the Preferred Supplier for Marine Calcium in India

As a leader in the field of natural mineral raw materials, Caltron Clays & Chemicals is committed to sustainability, consistency, and scientific integrity. Our role as a Phoscal Fish Bone Calcium manufacturer and supplier in India is rooted in our ability to supply pharma-grade marine calcium solutions that are free from synthetic additives and aligned with green industry standards.

2. The Environmental Impact of Traditional Calcium Sources

Calcium carbonate and other inorganic calcium sources are commonly extracted from limestone and dolomite through mining. This process:

Destroys ecosystems

Emits high carbon dioxide levels

Consumes significant water and energy

Produces calcium with low bioavailability

Phoscal, on the other hand, is a sustainable calcium supplement ingredient produced from underutilized marine byproducts offering a low-impact, high-performance alternative.

3. What Is Phoscal? A Superior Marine Calcium Phosphate

Phoscal Fish Bone Calcium is a natural calcium phosphate powder, processed from edible fish bones under stringent hygiene conditions. It offers a well-balanced composition of calcium and phosphorus, which is vital for bone growth, maintenance, and metabolic function.

Why Phoscal Is Better:

Mimics the biological mineral composition of human bones

Supports bone health, cell function, and cardiovascular integrity

Promotes higher bioavailability compared to rock-based calcium

Easy on digestion, especially for geriatric and pediatric patients

4. Phosphorus and Calcium: The Power Duo in Bone Health

In many synthetic calcium products, phosphorus is either missing or present in poor ratios. But in Phoscal, both minerals occur in their natural co-dependent structure, helping the body more effectively absorb and utilize the calcium it receives.

Benefits of Phoscal’s Balanced Mineral Profile:

Helps form hydroxyapatite, the structural matrix of bones

Enhances calcium retention and reduces bone resorption

Ideal for orthopedic, post-menopausal, and pediatric products

5. Aligning with Green Pharma Trends

Sustainability is no longer optional it’s a global imperative. Phoscal aligns with the core values of modern pharmaceutical sourcing:

Derived from non-GMO marine waste

Manufactured through energy-efficient processes

Meets circular economy principles

Supports compliance with environmental and regulatory standards

6. Functional Applications of Phoscal in Product Formulation

Phoscal is highly adaptable and can be incorporated into:

Tablet and capsule production (excellent compressibility)

Liquid oral formulations (for seniors, kids, and post-surgery patients)

High-performance sports supplements

Bone health functional foods (granola bars, cereals, beverages)

Ayurvedic and herbal formulations (where calcium is traditionally required)

7. Why B2B Formulators Choose Phoscal for New Product Development

Phoscal supports label claims such as:

“100% natural”

“marine-sourced”

“chemical-free processing”

“non-GMO and allergen-free”

With its high flowability and neutral flavor, it’s ideal for high-speed manufacturing and blends seamlessly with other active ingredients.

8. Quality Standards and Regulatory Documentation

Caltron ensures all Phoscal batches undergo rigorous testing:

Microbial analysis

Heavy metal screening

Calcium and phosphorus quantification

Moisture and pH validation

We provide all necessary compliance documents including COA, MSDS, and TDS for domestic and international partners.

9. Caltron’s Supply Chain Strength for Global Distribution

Whether your business is local or international, Caltron ensures:

Timely delivery through streamlined logistics systems

Bulk packaging options to suit various formats

Export readiness with all regulatory paperwork

10. Make the Shift: Choose Phoscal for Sustainable, Next-Gen Formulations

Today’s pharmaceutical and wellness companies need more than just ingredients they need trustworthy partners offering ethically sourced, high-performance solutions. Phoscal Fish Bone Calcium by Caltron Clays & Chemicals is the smart choice for:

Enhanced bone strength products

High-quality nutraceutical blends

Eco-branded wellness launches

It’s time to transform your formulation lineup with an ingredient that resonates with the values of both regulators and consumers.

Experience the Caltron Advantage Today! 🔹 Visit: https://caltronclays.com/ 🔹 Office: 210 & 211, Level 2, Orbit Premises, Mind Space, Chincholi, Malad (West), Mumbai – 400064, India 🔹 Email: sales@caltronclays.com | business@caltronclays.com 🔹 Tel: +91-22-3571 9844 / +91-22-4010 6828 🔹 Google Maps: Locate Us

Let’s create sustainable health solutions together powered by the purity of the ocean.

[martinluther0011]

Echoes of a Sacred Flow: Jagmohan Garg Tirupati Champions Yamuna’s Revival

The Yamuna River, steeped in spiritual significance, has long been a symbol of purity for millions, yet its Delhi stretch bears the scars of decades of pollution. Jagmohan Garg, director of Tirupati Infraprojects and a vocal advocate for environmental restoration, sees the current three-year plan as a pivotal moment. Inrelative to this effort, launched in early 2025 under Delhi’s Irrigation and Flood Control Minister Parvesh Verma, over 1,300 tonnes of garbage have already been removed. For Jagmohan Garg Tirupati, this is more than an environmental mission—it’s a cultural reclamation. He believes that cleaning the Yamuna is about restoring Delhi’s heart, a river that sustains both life and faith.

This ambitious plan hinges on connecting all drains to upgraded sewage treatment plants (STPs), a task Garg views as essential to halt the flow of untreated wastewater. The river’s plight—laden with sewage, industrial effluents, and agricultural runoff—has turned it into one of India’s most polluted waterways. Garg praises Verma’s leadership, noting the removal of 1,300 tonnes of debris in just 10 days as evidence of real progress. Jagmohan Garg Tirupati emphasizes that this effort, backed by innovative technologies and multi-agency coordination, could finally break the cycle of missed deadlines that have plagued past initiatives.

Looking ahead, Garg envisions a Yamuna where devotees can once again perform rituals like Chhath Puja in dignity. The plan’s success, he cautions, depends on sustained political will and public support, given the river’s challenges—low flow in dry seasons and toxic froth from phosphates. Yet, with new STPs and a two-year timeline for infrastructure upgrades, Jagmohan Garg Tirupati remains optimistic. For him, a revitalized Yamuna promises not just cleaner water, but a renewed cultural pride, ensuring future generations inherit a river worthy of its sacred legacy.

Visit us: https://www.newshour.press/news/jagmohan-garg-times-of-hope-have-now-begun-on-rekha-gupta-becoming-the-chief-minister-of-delhi/

[steptechnosolution]

Step® Techno Solutions LLP is a leading manufacturer of phosphating plants in India, offering advanced solutions designed to diverse industry needs. Established in 2019 and based in Ahmedabad, Gujarat, the company specializes in designing and building high-quality plants for various metal coating processes.​ Our phosphating plants are essential for preparing metal surfaces before painting or coating, providing excellent adhesion and superior corrosion resistance. Utilizing specialized chemical treatments, these plants clean and condition metal surfaces for seamless processing. Suitable for industries like automotive, appliances, chemical, and metal fabrication, we deliver high-quality finishes and long-lasting coatings.​ With a focus on innovation and sustainability, Step® Techno continues to develop eco-friendly machines that help reduce waste and promote recycling. For more information on our products and to explore the full range of phosphating plants, visit: https://steptsl.com/phosphating-plant/

[yayati1912]

What Is Biofertilizer and Why Should We Use It?

In today's agriculture, where soil degradation and chemical overuse are major concerns, biofertilizers offer a powerful, natural solution. These eco-friendly inputs improve soil fertility, promote plant growth, and are key to sustainable farming. But what exactly are biofertilizers, and why are they important?

Let’s explore their definition, benefits, and some of the best options available at Anand Mart—your trusted source for natural agri-inputs.

🌿 What Is Biofertilizer?

A biofertilizer is a substance that contains living microorganisms, which, when applied to seeds, soil, or plant surfaces, enhance the plant’s growth by increasing the supply or availability of primary nutrients.

These natural fertilizers work by:

Fixing atmospheric nitrogen

Solubilizing soil phosphorus

Stimulating plant hormone production

Improving soil microbial activity

Instead of adding synthetic nutrients, bio-fertilizers from Anand Mart help plants absorb nutrients more efficiently and enrich soil health over time.

🌾 Why Should Farmers Use Biofertilizers?

Modern agriculture demands sustainability—and biofertilizers provide exactly that. Here’s why more and more farmers are shifting to bio-based inputs:

✅ Improves soil structure and fertility

✅ Boosts crop yield naturally

✅ Reduces dependence on chemical fertilizers

✅ Safe for the environment, humans, and animals

✅ Cost-effective and long-term benefits

If you're looking to reduce your input costs and grow healthier crops, it's time to switch to natural farming with biofertilizers.

🧪 Biofertilizers Available at Anand Mart

At Anand Mart, we offer a wide variety of high-quality, research-based biofertilizer products that cater to all crop types and soil conditions. These products are manufactured with advanced microbial strains and proven formulations.

Some of our top-selling biofertilizers include:

🔹 Azotobacter Biofertilizer

Helps in nitrogen fixation, promoting healthy root development and vegetative growth.

🔹 Phosphate Solubilizing Bacteria (PSB)

Improves phosphorus availability in the soil, crucial for flowering and fruiting.

🔹 Potash Mobilizing Bacteria (KMB)

Increases potash uptake, enhancing overall plant health and stress resistance.

🔹 Zinc Solubilizing Bacteria (ZSB)

Addresses zinc deficiency and boosts enzyme activity in plants.

Explore our full range of biofertilizers to choose the right solution for your crop.

🌱 How to Use Biofertilizers Effectively

Biofertilizers can be applied in several ways:

Seed treatment before sowing

Soil application during land preparation

Drip irrigation or foliar spray

Each method depends on the crop, soil type, and product. For best results, follow the usage instructions on each product detail page.

✅ Why Buy Biofertilizers from Anand Mart?

🔬 Lab-tested microbial quality

🌾 Ideal for Indian crops and climates

🚚 Doorstep delivery across India

🛒 Easy online ordering at anandmart.in

We’re committed to providing high-performance inputs for farmers who care about soil health and sustainable agriculture.

🌍 Final Thoughts

Using biofertilizers is not just a farming decision—it’s an investment in your land's long-term fertility and the planet’s future. Whether you grow cereals, pulses, fruits, or vegetables, there's a biofertilizer at Anand Mart that can improve your yield and protect your soil.

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[innspubnet]

Isolation, identification and screening of phosphate solubilizing bacteria from the Piper betle fields of Guntur District, Andhra Pradesh, India

Abstract A study was designed to screen the effective phosphate solubilizing rhizobacteria from rhizosphere of Betle vine plants (Piper betle). Soil samples collected from agriculture fields of Piper betle of Guntur district (Nutakki, Revendrapadu), Andhra Pradesh, India and they were employed for isolation of rhizobacteria by using serial dilution plate technique. To isolate rhizobacteria, two…

[rainyducktiger]

Fertigation Market Supply Chain Challenges and Future Strategies to 2033

Introduction

Fertigation, the combination of fertilization and irrigation, has gained significant popularity in modern agriculture. By delivering nutrients directly to plants through an irrigation system, fertigation enhances nutrient uptake efficiency, reduces waste, and promotes sustainable farming practices. As global food demand continues to rise, the fertigation market is experiencing robust growth, driven by technological advancements, increasing awareness of precision agriculture, and the need for resource optimization.

Market Overview

The global fertigation market is expanding rapidly, with a projected compound annual growth rate (CAGR) of over XX% from 2023 to 2030. The increasing adoption of controlled environment agriculture, such as greenhouse farming and hydroponics, further contributes to the rising demand for fertigation systems. The market encompasses various components, including fertilizers, irrigation systems, and automation technologies that collectively enhance agricultural productivity.

Download a Free Sample Report:-https://tinyurl.com/5xvdnete

Key Market Drivers

1. Growing Demand for Food Production

The world's population is expected to reach nearly 10 billion by 2050, significantly increasing the demand for food. Fertigation enables higher crop yields and ensures efficient use of water and fertilizers, making it a preferred choice for modern farming techniques.

2. Advancements in Precision Agriculture

Precision agriculture, which leverages data analytics, sensors, and automation, is transforming traditional farming methods. Fertigation plays a crucial role in this transition by allowing farmers to deliver nutrients in precise quantities based on crop requirements, reducing nutrient runoff and environmental impact.

3. Scarcity of Water Resources

Water conservation is a critical concern worldwide. Fertigation helps optimize water use by integrating irrigation with fertilization, reducing water wastage and promoting sustainable agriculture, especially in regions prone to drought.

4. Government Support and Subsidies

Several governments worldwide are promoting fertigation through incentives, subsidies, and policies aimed at encouraging efficient agricultural practices. This support is particularly evident in countries with extensive agricultural economies such as India, China, the United States, and Brazil.

5. Shift Towards Organic and Specialty Crops

The increasing demand for organic farming and high-value crops like fruits, vegetables, and greenhouse plants has fueled the adoption of fertigation. The technique allows organic farmers to use soluble organic fertilizers efficiently, ensuring optimal nutrient delivery.

Market Segmentation

The fertigation market can be segmented based on:

1. Fertilizer Type

Nitrogen-based Fertilizers: Urea, ammonium nitrate, and ammonium sulfate are commonly used in fertigation systems.

Phosphorus-based Fertilizers: Monoammonium phosphate (MAP) and diammonium phosphate (DAP) play a crucial role in root development.

Potassium-based Fertilizers: Potassium chloride (KCl) and potassium sulfate improve crop quality and yield.

Micronutrients: Zinc, iron, and boron are essential for plant growth and health.

2. Irrigation System

Drip Irrigation: The most efficient method for fertigation, ensuring precise nutrient delivery.

Sprinkler Irrigation: Common in large-scale farming and horticultural applications.

Other Systems: Subsurface and flood irrigation methods also integrate fertigation to some extent.

3. Crop Type

Field Crops: Corn, wheat, rice, and soybeans.

Horticultural Crops: Fruits and vegetables such as tomatoes, strawberries, and bell peppers.

Ornamental Plants and Turf: Landscaping and commercial nurseries are also adopting fertigation techniques.

Regional Analysis

1. North America

The United States and Canada are major markets for fertigation, driven by technological advancements and a high adoption rate of precision agriculture. Government initiatives promoting water conservation further support market growth.

2. Europe

Countries like Spain, Italy, and France are leading adopters of fertigation in horticulture and vineyard management. Strict environmental regulations also push farmers toward efficient nutrient management solutions.

3. Asia-Pacific

China and India dominate the fertigation market in this region due to their large agricultural base and increasing focus on sustainable farming. The government support for micro-irrigation in these countries is a significant growth factor.

4. Latin America

Brazil and Mexico are witnessing growing adoption of fertigation in their booming agricultural sectors. The expansion of greenhouse farming and export-oriented agriculture is further driving demand.

5. Middle East & Africa

Water scarcity concerns in the Middle East have accelerated the adoption of fertigation, particularly in countries like Israel and Saudi Arabia. Africa’s potential for agricultural expansion presents an opportunity for market growth in the coming years.

Challenges and Restraints

Despite its benefits, the fertigation market faces certain challenges:

High Initial Investment: The cost of setting up fertigation systems, including automation and precision agriculture tools, can be prohibitive for small-scale farmers.

Lack of Awareness: In many developing regions, farmers still rely on traditional fertilization methods, limiting fertigation adoption.

Technical Expertise Requirement: Proper implementation of fertigation requires knowledge of nutrient formulations, irrigation scheduling, and soil conditions, which can be a barrier in less developed agricultural markets.

Future Trends and Opportunities

1. Smart Fertigation Systems

Integration of Internet of Things (IoT), artificial intelligence (AI), and automation in fertigation is expected to revolutionize the market. Smart fertigation systems can analyze real-time data and adjust nutrient delivery accordingly.

2. Expansion of Organic Fertigation

The demand for organic food is increasing, creating opportunities for organic fertigation solutions. Innovations in water-soluble organic fertilizers will further drive this segment.

3. Government and Private Sector Investments

Public and private investments in sustainable agriculture, research, and technology development will continue to support market expansion. Startups focusing on precision fertigation solutions are attracting significant funding.

4. Customization and Farmer Education

Companies are increasingly focusing on region-specific fertigation solutions and providing training to farmers to ensure effective implementation.

Conclusion

The fertigation market is poised for strong growth, driven by the need for sustainable agricultural practices, water conservation, and advancements in precision farming. While challenges such as high costs and technical barriers remain, innovations in automation and organic fertilization present promising opportunities. As governments and private players invest in modernizing agriculture, fertigation will play a pivotal role in ensuring global food security while minimizing environmental impact.

Read Full Report:-https://www.uniprismmarketresearch.com/verticals/agriculture/fertigation.html

[chemicalindustryresearchers]

Phosphate Rocks Market Share Revenue Growth, New Launches, Regional Share Analysis & Forecast Till 2032

Phosphate rocks, primarily composed of apatite, are a key source of phosphorus, a critical element in agricultural fertilizers. As global population growth drives the demand for higher agricultural output, the Phosphate Rocks Market plays a pivotal role in ensuring food security.

The Phosphate Rocks Market Size was valued at USD 19.09 Billion in 2023. The Phosphate Rocks market industry is projected to grow from USD 19.70 Billion in 2024 to USD 24.56 Billion by 2032, exhibiting a compound annual growth rate (CAGR) of 2.79% during the forecast period (2024 - 2032)

Market Overview

Phosphate rocks are a finite resource predominantly found in regions such as North Africa, the Middle East, China, and the United States. These deposits are mined, processed, and converted into phosphoric acid or other derivatives used in fertilizer production. The global phosphate rocks market has been valued at billions of dollars and is expected to grow steadily due to rising agricultural demands and advancements in mining technologies.

Key Drivers

Growing Agricultural Demand: With an increasing global population, there is a heightened need for efficient agricultural practices and higher crop yields. Phosphate fertilizers are essential in promoting healthy plant growth and ensuring soil fertility, making phosphate rocks indispensable to modern agriculture.

Urbanization and Dietary Changes: Urbanization and improved living standards have led to shifts in dietary preferences, with higher demand for protein-rich diets that require significant agricultural inputs. This change further boosts the demand for phosphate-based fertilizers.

Technological Advancements: Innovations in mining and processing technologies have improved the efficiency of phosphate extraction, reducing costs and environmental impacts.

Government Policies and Subsidies: Many governments provide subsidies for fertilizers to support agricultural productivity. These policies indirectly contribute to the sustained demand for phosphate rocks.

Regional Insights

North Africa and the Middle East: This region accounts for the largest share of phosphate rock production, with countries like Morocco holding substantial reserves. The region’s dominance is supported by large-scale mining operations and export-oriented strategies.

Asia-Pacific: The Asia-Pacific region, led by China and India, is the largest consumer of phosphate rocks. Rapid industrialization and a strong focus on agriculture underpin this demand.

North America: The United States is a key player in the phosphate rocks market, with significant production and consumption levels. The region benefits from advanced mining technologies and a stable regulatory environment.

Europe: Europe’s consumption of phosphate rocks is relatively lower due to stringent environmental regulations. However, the region imports significant quantities to meet its agricultural needs.

Challenges

Finite Resources: Phosphate rocks are a non-renewable resource, and their depletion poses a long-term challenge. Sustainable management of these reserves is crucial to ensure their availability for future generations.

Environmental Concerns: The mining and processing of phosphate rocks can result in significant environmental degradation, including habitat destruction, water pollution, and greenhouse gas emissions.

Geopolitical Risks: The concentration of phosphate reserves in a few regions makes the market vulnerable to geopolitical tensions and supply chain disruptions.

Quality Variability: Variations in the quality of phosphate rocks affect their suitability for processing and end-use applications. This inconsistency can lead to inefficiencies and higher production costs.

Opportunities

Recycling and Alternative Sources: Advancements in recycling technologies and the exploration of alternative phosphorus sources, such as sewage sludge and animal waste, present significant opportunities to reduce dependence on phosphate rocks.

Sustainable Practices: The adoption of sustainable mining practices and technologies can minimize environmental impacts and enhance resource efficiency.

Expanding Agricultural Markets: Emerging economies with growing agricultural sectors present untapped potential for the phosphate rocks market. Companies can explore partnerships and investments in these regions to drive growth.

Research and Development: Investments in R&D to improve phosphate recovery and processing efficiency can lead to cost reductions and environmental benefits.

Future Outlook

The phosphate rocks market is poised for steady growth in the coming years, driven by increasing agricultural demands and ongoing technological advancements. However, stakeholders must address critical challenges such as resource depletion and environmental sustainability to ensure long-term viability.

MRFR recognizes the following Phosphate Rocks Companies - ArcelorMittal S.A.,Hebei Group,Baosteel Group Co.,Tata Limited,Anshan Iron & Steel Group Corporation,Anyang Group Co. Ltd.,Baogang Group,Nippon Steel & Sumitomo Metal Corporation,Hyundai Steel Co. Ltd.,Bohai Group,POSCO

The phosphate rocks market is a cornerstone of global agricultural productivity. While it offers significant opportunities, the industry must navigate challenges related to resource management, environmental impact, and geopolitical risks. By adopting sustainable practices and exploring innovative solutions, the market can continue to support agricultural growth and food security in a rapidly changing world.

Related Reports

Dicalcium Phosphate Market - https://www.marketresearchfuture.com/reports/dicalcium-phosphate-market-1356  Europe Dicalcium Phosphate Market - https://www.marketresearchfuture.com/reports/europe-dicalcium-phosphate-market-22223  Monocalcium Phosphate Market - https://www.marketresearchfuture.com/reports/monocalcium-phosphate-market-1676

[shakshimalik]

Restoring Sacred Waters: Jagmohan Garg Tirupati Champions Yamuna’s Revival

The Yamuna River, revered as a sacred lifeline in India, has long suffered from severe pollution, particularly in Delhi, where it accounts for 76% of the river’s contamination despite covering just 2% of its length. Decades of untreated sewage, industrial waste, and agricultural runoff have transformed the river into one of the world’s most polluted, with toxic foam from high phosphate levels becoming a grim annual sight during festivals like Chhath Puja. Jagmohan Garg, a prominent real estate figure and director of Tirupati Infraprojects, has been a vocal advocate for the river’s rejuvenation, emphasizing its cultural and spiritual significance. He views the cleanup not merely as an environmental task but as a mission to restore Delhi’s heart, a sentiment he passionately shared in a recent Tribune article. The Delhi government’s renewed efforts, backed by a three-year plan, have sparked hope, with initiatives like connecting all drains to upgraded sewage treatment plants (STPs) and removing 1,300 tonnes of garbage in just 10 days. Garg praises these steps, seeing them as a transformative shift after years of neglect, aligning with his belief that the Yamuna’s revival is essential for preserving India’s heritage.

Jagmohan Garg Tirupati optimism stems from the coordinated efforts now underway, led by Delhi’s Irrigation and Flood Control Minister Parvesh Verma. Verma’s recent inspection revealed significant progress, including plans to enhance STP capacities and prevent untreated wastewater from entering the river within two years. Garg highlights this as a testament to the government’s commitment, noting that such actions address long-standing issues like the 3.5 billion liters of daily sewage Delhi contributes, of which only 35% is treated. The use of modern technologies like trash skimmers and weed harvesters, deployed since February 2025, further fuels Garg’s hope, as does the high-level monitoring ensuring accountability across agencies like the Delhi Jal Board and Municipal Corporation of Delhi. He believes these efforts, if sustained, can restore the Yamuna’s purity, making it a source of pride for future generations. Garg’s personal connection to the cause is evident in his statement, “For Indians, this is not merely an environmental issue—it is about preserving a sacred entity that symbolizes purity and life,” reflecting his deep-rooted passion for the river’s cultural significance and his faith in the current initiatives.

The vision of a cleaner Yamuna resonates deeply with Jagmohan Garg Tirupati, who sees the river’s rejuvenation as a cultural and spiritual victory for millions of devotees. He envisions a future where festivals like Chhath Puja can be celebrated in dignified, pollution-free surroundings, a stark contrast to the toxic foam that has marred recent celebrations. Garg’s support for the three-year plan is unwavering, as he praises the removal of 1,300 tonnes of garbage and the strategic focus on sewage treatment as pivotal steps toward this goal. He believes the collaborative efforts of multiple agencies, coupled with political will, signal a new era for the Yamuna, despite experts warning of challenges like ensuring adequate water flow and curbing industrial effluents. Garg remains hopeful, stating, “The ongoing efforts are a testament to the commitment to restore its glory.” His advocacy underscores the importance of public support in sustaining this momentum, urging Delhiites to rally behind the initiative. For Garg, the Yamuna’s revival is not just an environmental necessity but a restoration of India’s cultural identity, promising a healthier, more vibrant future for Delhi and its sacred river.

Read more: https://www.tribuneindia.com/partner-exclusives/jagmohan-garg-talks-about-delhis-three-year-plan-to-revitalize-the-yamuna/