Flyash.com Review

Based on looking at the website Flyash.com, it appears to be a legitimate and comprehensive platform for Eco Material Technologies, a leading producer and supplier of sustainable cement alternatives in North America.

The site effectively details their operations, products, and commitment to decarbonizing concrete.

Here’s an overall review summary:

• Overall Legitimacy: Highly Legitimate
• Website Design & Navigation: Excellent, clear, and well-organized.
• Information Depth: Comprehensive, providing detailed insights into their technologies, services, and sustainability efforts.
• Contact Information: Readily available.
• Transparency: High, with clear explanations of their processes and goals.
• Ethical Considerations Islamic Perspective: The core business of providing sustainable building materials, particularly those that reduce environmental impact, aligns well with Islamic principles of stewardship of the Earth khalifa and avoiding waste israf. There are no apparent elements on the site that conflict with Islamic ethical guidelines.

Flyash.com serves as the digital front for Eco Material Technologies, showcasing their dedication to environmental sustainability through innovative construction materials.

Their focus on “Green Cement” and utilizing fly ash for “near-zero-carbon products” positions them as a forward-thinking entity in the construction sector.

The site is replete with information about their various services, from CCP management to engineering services, and their product line including highly reactive pozzolans and road construction materials.

They highlight key facilities like Jewett, Texas, and Danville, Pennsylvania, demonstrating tangible operations.

The inclusion of a “Sustainability” section further underscores their commitment to eco-friendly practices, which is a significant plus.

The site’s navigation is intuitive, allowing users to easily find information on leadership, safety, and career opportunities, alongside their core products and services.

Find detailed reviews on Trustpilot, Reddit, and BBB.org, for software products you can also check Producthunt.

IMPORTANT: We have not personally tested this company’s services. This review is based solely on information provided by the company on their website. For independent, verified user experiences, please refer to trusted sources such as Trustpilot, Reddit, and BBB.org.

Best Alternatives for Sustainable Building Materials

For those seeking ethically sound and environmentally friendly construction materials, here are some excellent alternatives:

• LafargeHolcim: A global leader in building materials, LafargeHolcim offers a wide range of sustainable cement and concrete solutions, including low-carbon options. They are known for their commitment to circular economy principles and resource efficiency.
• Cemex Vertua: Cemex’s Vertua line of sustainable concrete products focuses on reducing CO2 emissions. They leverage innovative blends and production processes to offer more environmentally friendly solutions without compromising performance.
• Lehigh Cement: As part of Lehigh Hanson, Lehigh Cement provides various types of cement, including those with supplementary cementitious materials SCMs that contribute to sustainability. They emphasize durable and long-lasting construction solutions.
• Boral: While primarily known for construction materials, Boral offers sustainable options including fly ash and other SCMs. Their focus often involves utilizing industrial by-products to create valuable building materials.
• CarbonCure Technologies: This technology provider partners with concrete producers to inject captured CO2 into fresh concrete, reducing its carbon footprint. It’s an innovative approach to making concrete more sustainable.
• Zeobond: Zeobond specializes in geopolymer concrete, which uses industrial waste products like fly ash and slag as binders instead of traditional cement, significantly reducing embodied carbon.
• Biocement/Bio-Concrete: An emerging field, bio-cement uses microorganisms to bind sand particles, offering a self-healing and environmentally friendly alternative to conventional concrete, though it is still largely in research and development.

Flyash.com Review & First Look

Based on an initial comprehensive review of Flyash.com, the website clearly serves as the digital storefront for Eco Material Technologies, presenting a highly professional and legitimate image.

The site’s primary function is to showcase their leadership in providing sustainable cement alternatives, leveraging fly ash and other pozzolans for near-zero-carbon concrete products.

Website Design and User Experience

The site features a clean, modern design with intuitive navigation.

Key sections like “About,” “Services,” “Products & Technologies,” and “Sustainability” are easily accessible from the main menu.

The use of high-quality imagery and concise, informative text contributes to a positive user experience.

The layout is structured to quickly convey the company’s mission and capabilities.

Transparency and Information Availability

Flyash.com excels in transparency.

The “About” section provides a detailed overview of the company, including a dedicated “Leadership” page that lists key personnel, adding a layer of credibility.

Information on “Safety” and “Eco Material in the News” further reinforces their commitment to industry standards and public engagement.

Products and Technologies Highlighted

The website meticulously details their product offerings, which include: Ifitbuy.com Review

• Green Cement: A core innovation, described as reengineered pozzolanic cement matching portland cement performance but with a near-zero-carbon footprint. The site claims it’s 20% stronger than portland cement in 28 days.
• PozzoSlag®: A specific product under the Green Cement umbrella, emphasizing high strength and minimal emissions.
• Harvesting and Beneficiation: Explanations on how they reclaim and process previously disposed ash, ensuring a consistent supply of pozzolanic material as coal plants retire. This addresses a critical industry challenge, leveraging existing resources.
• ES Efficient Carbon Offloading™ ECO System: A proprietary technology for treating coal ash to conform to ASTM and customer standards, highlighting their technological edge.
• Ammonia Slip Mitigation: An example of their specialized product applications.
• Engineered Materials and Road Construction Materials: Broader categories showcasing the versatility of their offerings.

The site also provides specific examples of their operational facilities in Jewett, Texas, Central Texas, and Danville, Pennsylvania, detailing their respective contributions to sustainable material production, including mention of the Jewett plant producing over one million tons for infrastructure.

Flyash.com Features

Flyash.com is designed to be a comprehensive resource for understanding Eco Material Technologies’ offerings, featuring several key functionalities and content areas that make it a robust platform for potential clients, partners, and stakeholders.

Detailed Service Offerings

The “Services” section is highly detailed, outlining a range of solutions beyond just product supply. This includes:

• CCP Management: Focusing on the responsible management of Coal Combustion Products.
• CFB Ash Management: Specific services for Circulating Fluidized Bed ash.
• Disposed Ash Harvesting for Beneficial Use: A critical service for reclaiming valuable materials from existing ash ponds and landfills, highlighting their commitment to resource recovery and environmental stewardship. This process involves rigorous testing, reclamation, and marketing to ensure compliance with regulatory and commercial requirements.
• Engineering Services: Offering expertise in applying their materials and technologies.
• Gypsum Processing & Management: Expanding their scope beyond coal ash to other industrial by-products.
• Utility Services: Tailored solutions for utility companies dealing with ash management.

Comprehensive Product Catalogs

Beyond the initial overview, the “Products & Technologies” section acts as a comprehensive catalog, offering deeper dives into each material. For example, “Fly Ash” and “Highly Reactive Pozzolans” are given their own dedicated pages, explaining their specific properties and applications. This level of detail is crucial for industry professionals who need precise technical specifications. The website emphasizes their proprietary Green Cement technology, which is a significant selling point due to its near-zero-carbon footprint.

Emphasis on Sustainability and Environmental Impact

A dedicated “Sustainability” section highlights Eco Material Technologies’ commitment to environmental responsibility. This section likely details their efforts in:

• Reducing carbon emissions: A central theme, especially with their Green Cement.
• Resource conservation: Through the harvesting and beneficiation of disposed ash.
• Minimizing waste: By converting industrial by-products into valuable construction materials.

The company’s goal to double the volumes of zero- and near-zero-carbon products sold into the North American concrete market by 2030 underscores a tangible commitment to environmental objectives. This aligns with global efforts to decarbonize heavy industries, with the construction sector contributing approximately 8% of global CO2 emissions, largely from cement production.

Career and Contact Resources

The website provides clear avenues for engagement:

• Contact: Easy-to-find contact information, likely including a form, phone numbers, and possibly regional office details.
• Careers: A link to their career portal workforcenow.adp.com indicates an active and growing organization, suggesting stability and a professional human resources infrastructure. This is a strong indicator of a legitimate business operation.

Flyash.com Pros & Cons

When evaluating Flyash.com and the underlying business of Eco Material Technologies, there are clear strengths and areas where further information could enhance the user experience, particularly for those looking for comprehensive and granular details.

Pros

• Strong Focus on Sustainability: The primary strength lies in its core mission: decarbonizing concrete and utilizing industrial by-products for sustainable building materials. This aligns with global environmental goals and presents a positive, forward-thinking image. The emphasis on “Green Cement” and “near-zero-carbon products” is a significant advantage.
• Comprehensive Information: The website provides extensive details on their services, products, and technologies. Each section, from CCP management to specific pozzolan types, is well-explained, offering valuable insights for industry professionals.
• Technological Innovation Highlighted: Features like the ES Efficient Carbon Offloading™ ECO System and PozzoSlag® showcase their commitment to R&D and proprietary solutions, indicating a leading position in their niche. The claim that PozzoSlag® is 20% stronger than portland cement in 28 days is a powerful performance indicator.
• Transparency and Credibility: The inclusion of leadership profiles, safety information, and news updates fosters trust. Specific mention of operational facilities in Jewett, Texas, Central Texas, and Danville, Pennsylvania, along with production figures e.g., over one million tons produced at Jewett, provides tangible proof of their operations.
• Clear Call to Action and Navigation: The site is easy to navigate, with clear calls to action “Learn more,” “See what Eco Material can offer”. This ensures users can quickly find the information they need or initiate contact.
• Ethical Business Model: From an Islamic perspective, the business model is highly ethical. It promotes waste reduction, resource efficiency, and the development of environmentally friendly alternatives to conventional materials, which aligns with principles of khilafa stewardship and maslaha public interest. There are no elements suggesting interest-based transactions, gambling, or other forbidden activities.

Cons

• Lack of Direct Pricing Information: For potential customers, the absence of clear pricing structures for their products and services could be a minor hurdle. While common in B2B transactions that often require custom quotes, some indication of pricing tiers or factors influencing cost might be beneficial for initial budget planning.
• Limited Customer Testimonials/Case Studies on Homepage: While the site mentions applications in “roads, dams, bridges, and other infrastructure,” readily visible, detailed customer testimonials or comprehensive case studies on the homepage could further bolster trust and demonstrate real-world impact. Currently, these might be buried deeper in the site or presented through videos.
• Deep Dive into Specific Technical Data Not Immediately Apparent: While product descriptions are good, highly technical users might seek immediate access to detailed ASTM compliance reports, material safety data sheets MSDS, or in-depth performance curves directly linked from product pages. These might be available in the “Reference” section, but more direct integration could enhance user experience for technical audiences.
• Video Content Integration Could Be More Prominent: Several “Learn more” links lead to Vimeo videos. While valuable, prominently embedding these videos directly on relevant product/service pages or a dedicated media gallery on the homepage might increase engagement and immediate understanding.
• No Direct E-commerce Functionality: As a B2B supplier of industrial materials, e-commerce isn’t typically expected, but for smaller contractors or niche purchases, an inquiry-based system for small orders might broaden their reach, though this is a very minor point given their industry.

Flyash.com Alternatives

For those seeking robust and ethical alternatives in the sustainable construction materials sector, particularly companies focusing on cement alternatives, waste utilization, and reduced carbon footprints, several established and innovative players stand out.

These alternatives generally align with ethical principles, focusing on environmental stewardship and resource efficiency, which are highly commendable from an Islamic ethical standpoint. Empireclick.com Review

• LafargeHolcim

  

  • Key Features: Global leader in building materials, offering a wide range of sustainable cement, concrete, and aggregates. Known for their ECOPact low-carbon concrete and Susteno circular cement. Active in carbon capture and utilization CCU projects.
  • Average Price: Varies significantly by product, volume, and region, typically enterprise-level pricing for large projects.
  • Pros: Extensive global reach, strong R&D, broad product portfolio, significant investment in sustainability, established track record.
  • Cons: Large corporate structure can sometimes mean slower adaptation to niche innovations compared to smaller, specialized firms.

• Cemex Vertua

  • Key Features: A family of low-carbon and net-zero concrete products from one of the world’s largest building materials companies. Leverages optimized clinker factors, SCMs, and carbon capture technologies.
  • Average Price: Project-specific, competitive with traditional concrete but with sustainability premiums.
  • Pros: Strong brand recognition, reliable supply chain, clear focus on reducing CO2 emissions, extensive product range suitable for various applications.
  • Cons: Primarily focused on concrete rather than raw cementitious materials in all forms, though its parent company does.

• Lehigh Cement Lehigh Hanson

  • Key Features: A major supplier of cement and aggregates in North America. Committed to sustainable practices, including using alternative fuels, optimizing clinker production, and incorporating SCMs like fly ash and slag into their cement products.
  • Average Price: Commercial pricing based on bulk orders and project requirements.
  • Pros: Strong presence in North America, reliable supply, diversified product portfolio, commitment to environmental performance and resource efficiency.
  • Cons: While sustainable efforts are ongoing, it’s part of a traditional cement company, so the entire portfolio isn’t always “green.”

• CarbonCure Technologies

  • Key Features: A technology provider that enables concrete producers to inject captured CO2 into fresh concrete, reducing its carbon footprint while maintaining or improving strength. CO2 is mineralized within the concrete.
  • Price: Technology licensing fees for concrete producers. end-users purchase CarbonCure-enabled concrete, which might have a slight premium.
  • Pros: Innovative and proven technology, significant CO2 reduction, strengthens concrete, easy for concrete producers to adopt, widely implemented across North America and beyond.
  • Cons: Not a material producer itself. dependent on concrete plants adopting their technology.

• Zeobond

  • Key Features: Specializes in geopolymer concrete, which uses industrial waste products like fly ash, slag, and red mud as binders instead of traditional Portland cement. Offers significantly lower embodied carbon up to 80% reduction.
  • Average Price: Often comparable to or slightly higher than conventional concrete, depending on specific mix and region.
  • Pros: Drastically lower embodied carbon, high performance, excellent chemical resistance, utilizes waste streams.
  • Cons: Still a relatively niche technology compared to traditional cement, adoption rates might vary by region and regulatory environment.

• Ecological Building Materials Broad Category Example

  • Key Features: This category encompasses a wide range of suppliers focusing on natural and recycled building materials beyond cement, such as insulation from recycled denim, straw bale construction materials, rammed earth, and timber from sustainable forestry.
  • Average Price: Highly variable based on material and scale.
  • Pros: Diverse options for various building components, often with extremely low environmental impact, can contribute to healthy indoor air quality.
  • Cons: May require specialized construction techniques, availability can be regional, and some materials are still gaining mainstream acceptance.

• Boral

  • Key Features: A significant player in the building materials industry, particularly in Australia and North America. They supply fly ash, slag, and other SCMs, as well as concrete and asphalt products. Focus on utilizing industrial by-products.
  • Average Price: Commercial pricing, project-dependent.
  • Pros: Strong regional presence, reliable supply of SCMs, commitment to converting waste into valuable resources.
  • Cons: Not solely focused on “green” products. their portfolio includes conventional materials as well.

How Eco Material Technologies Manages CCP Ash

Eco Material Technologies places a significant emphasis on the comprehensive management of Coal Combustion Products CCPs, particularly fly ash. This isn’t just about selling a product.

It’s about a complete lifecycle approach to these industrial by-products, ensuring beneficial use and environmental responsibility. Bazbus.com Review

Their methodologies are designed to address the challenges posed by coal ash, from current production to legacy disposal sites.

CCP Management and Regulatory Compliance

The company offers dedicated CCP management services that likely involve:

• Site Assessment: Evaluating ash ponds and landfills for material quantity and quality.
• Regulatory Navigation: Ensuring all processes comply with federal regulations, such as those set by the Environmental Protection Agency EPA in the United States, which classify coal ash. This is critical for legal and safe operations.
• Material Characterization: Detailed testing of the ash to determine its chemical composition e.g., fly ash chemical composition includes silicon dioxide, aluminum oxide, iron oxide, calcium oxide and physical properties, ensuring it meets standards for beneficial use.

CFB Ash Management Solutions

Circulating Fluidized Bed CFB combustion produces a distinct type of ash, often with higher calcium content and different reactivity profiles.

Eco Material Technologies likely provides specialized management for CFB ash, which could include:

• Tailored Processing: Developing specific methods to beneficiate CFB ash to make it suitable for various applications, potentially including soil stabilization or specific cementitious uses where its unique properties are beneficial.
• Logistics and Storage: Efficient handling, storage, and transportation of CFB ash from power plants to processing facilities or end-users.

Disposed Ash Harvesting for Beneficial Use

This is a core service and a significant sustainable practice for Eco Material Technologies. As mentioned on their website, with coal plant retirements continuing to reduce the availability of current-production fly ash, harvesting previously disposed ash becomes crucial.

• Reclamation Process: This involves excavating ash from landfills or impoundments. The process must be carefully managed to minimize environmental disruption.
• Beneficiation Technologies: The harvested ash often needs treatment to meet quality specifications. Technologies like their ES Efficient Carbon Offloading™ ECO System are vital here. This system is designed to process a wide range of carbon LOI content and fineness, ensuring the ash meets ASTM standards e.g., ASTM C618 for coal fly ash and raw or calcined natural pozzolan for use as a mineral admixture in concrete.
• Market Integration: Once processed, the ash is then marketed for beneficial use, primarily in concrete production. This reduces the need for virgin materials and minimizes the environmental footprint of construction.

Understanding Fly Ash Composition and Its Source

Fly ash, a cornerstone of Eco Material Technologies’ business, is not a monolithic material.

Its properties, suitability for various applications, and even its environmental profile are deeply tied to its composition, which in turn is determined by its source.

What is Fly Ash and Where Does It Come From?

Fly ash is a fine, powdery by-product of coal combustion in thermal power plants.

When pulverized coal is burned, the non-combustible mineral impurities fuse in suspension and then solidify as spherical glassy particles.

These particles are carried along with the flue gases and are collected by electrostatic precipitators or bag filters before the gases are released into the atmosphere. Docudesk.com Review

• Primary Source: Coal-fired power plants are the quintessential fly ash comes from source. Globally, billions of tons of coal ash are produced annually, with a significant portion being fly ash.
• Historical Disposal: Historically, a large amount of fly ash was disposed of in landfills or ash ponds. Eco Material Technologies focuses on harvesting this previously disposed ash for beneficial use, turning a waste product into a valuable resource.

Fly Ash Composition: Chemical and Physical Properties

The fly ash chemical composition is complex and varies significantly based on the type of coal burned e.g., bituminous, sub-bituminous, lignite and the combustion technology used.

• Key Chemical Components Oxides:
  • Silicon Dioxide SiO₂: Typically ranges from 25% to 60%.
  • Aluminum Oxide Al₂O₃: Ranges from 10% to 30%.
  • Iron Oxide Fe₂O₃: Ranges from 5% to 20%.
  • Calcium Oxide CaO: Highly variable, from less than 1% to over 30%. This is a key differentiator between Class F and Class C fly ash.
  • Minor components include magnesium oxide MgO, sulfur trioxide SO₃, sodium oxide Na₂O, and potassium oxide K₂O.
• Class F Fly Ash: Generally produced from burning anthracite or bituminous coal. It is a pozzolanic material, meaning it reacts with calcium hydroxide CaOH₂ to form cementitious compounds. It has a low calcium content typically less than 10% CaO.
• Class C Fly Ash: Typically produced from lignite or sub-bituminous coal. It has both pozzolanic and cementitious properties self-cementing due to its higher calcium content typically 15% to 30% CaO.
• Loss on Ignition LOI: Represents the unburnt carbon content, a critical parameter. High LOI can negatively affect concrete performance. Eco Material’s ES Efficient Carbon Offloading™ ECO System specifically addresses high LOI.

Role in Sustainable Construction and Beyond

Understanding fly ash chemical composition is critical for its application in concrete. For instance, high-quality fly ash improves concrete’s workability, strength, and durability, reducing permeability and enhancing resistance to sulfate attack. It also reduces the amount of Portland cement needed, thereby cutting down the carbon footprint of concrete production cement manufacturing accounts for roughly 8% of global CO2 emissions. Beyond concrete, fly ash is used in:

• Road Construction Materials: As a filler or binder.
• Structural Fills: In embankments and backfills.
• Soil Stabilization: In various geotechnical applications.
• Flyash bricks composition: Used in manufacturing bricks, known for being lighter, stronger, and more environmentally friendly than traditional clay bricks. The flyash bricks composition typically includes fly ash, sand, lime, and gypsum.

Eco Material Technologies and Sustainable Building Solutions

Eco Material Technologies positions itself at the forefront of sustainable building solutions, specifically targeting the concrete industry’s carbon footprint.

Their approach is multifaceted, encompassing product innovation, waste utilization, and strategic operational expansion.

Decarbonizing Concrete with Green Cement

The company’s core innovation is their proprietary Green Cement technology. This is a critical step in addressing the high carbon emissions associated with traditional Portland cement production.

• Mechanism: Green Cement utilizes fly ash and other pozzolans to produce near-zero-carbon products. This is achieved by reducing or eliminating the need for energy-intensive clinker production, which is the primary source of CO2 emissions in conventional cement.
• Performance: A key selling point is that their reengineered pozzolanic cement reacts faster, matching the one-day performance of portland cement, and achieves 20% greater strength in 28 days. This addresses a historical challenge with some SCMs, which can have slower strength gain.
• Environmental Impact: The manufacturing process for PozzoSlag®, a specific Green Cement product, is highlighted as occurring at room temperature with “virtually no emissions,” marking a significant reduction in the environmental burden of cement production.

Utilization of Industrial By-products

Eco Material Technologies exemplifies the circular economy by transforming industrial waste into valuable resources.

Their operations are built around the efficient utilization of various by-products:

• Fly Ash: The primary material, sourced from both current production and, increasingly, from disposed ash harvesting.
• Bottom Ash: Their facility in Central Texas processes bottom ash for use in concrete markets, demonstrating a broader scope of waste utilization. Bottom ash is a coarser, heavier ash that falls to the bottom of the boiler, distinct from fly ash.
• Gypsum Processing & Management: Further diversifies their capabilities, indicating expertise in handling another common industrial by-product often used in construction e.g., drywall, cement additives.

Strategic Operational Expansion and Market Leadership

The company’s investment in and expansion of its operational facilities underscore its commitment to scaling sustainable solutions.

• Key Facilities:
  • Jewett, Texas: Over a decade in operation, producing over one million tons of near-zero-carbon products, showcasing long-term success and significant output.
  • Central Texas: Pioneering facility for bottom ash grinding in the U.S., addressing a distinct waste stream.
  • Danville, Pennsylvania: Focuses on harvesting and processing coal ash from landfills, demonstrating their commitment to legacy waste remediation and resource recovery. This facility’s material is noted for being “consistently higher quality than current-generation ash across a range of performance criteria.”
• Growth Projections: Eco Material expects to double the volumes of zero- and near-zero-carbon products sold into the North American concrete market by 2030. This ambitious goal indicates strong market confidence and a dedication to expanding their environmental impact. Such expansion solidifies their position as a leading flyash company in the sustainable materials sector.

Flyash Bricks and Engineered Materials

Beyond their core cement alternatives, Eco Material Technologies engages with various engineered materials and, by extension, the broader applications of fly ash, including its use in flyash bricks composition. This diversification highlights the versatility of fly ash as a building material ingredient.

Understanding Flyash Bricks Composition

While Flyash.com doesn’t explicitly detail the manufacturing of flyash bricks as a direct product line, the mention of “Manufacturing Materials” and “Road Construction Materials” on their site, combined with their expertise in fly ash, implies a potential connection or supply to such industries. Scanspeeder.com Review

• Composition: Flyash bricks composition typically involves a mix of:
  • Fly Ash: The primary binder and filler, providing strength and density. It can constitute 60-80% of the brick’s raw material.
  • Sand: Often used as an aggregate to improve texture and strength.
  • Lime: Reacts with fly ash to form cementitious compounds, crucial for hardening.
  • Gypsum: Accelerates the setting time and contributes to strength.
  • Water: For mixing and hydration.
• Manufacturing Process: Flyash bricks are generally manufactured using a non-fired process no kiln firing, which makes them more energy-efficient and environmentally friendly compared to traditional clay bricks. They are pressed and then cured.
• Benefits:
  • Environmental: Reduces reliance on clay mining and saves energy from firing, thus lowering carbon emissions.
  • Strength: Often possess higher compressive strength than traditional bricks.
  • Lightweight: Can be lighter, reducing transportation costs and structural load.
  • Uniformity: More consistent in size and shape.

Engineered Materials and Specialized Pozzolans

Eco Material Technologies’ “Engineered Materials” category suggests a focus on creating specific material blends and formulations tailored for performance. This goes beyond just supplying raw fly ash.

• Highly Reactive Pozzolans: These are specialized types of pozzolans, often finely ground or chemically modified, designed to react more efficiently with calcium hydroxide than standard fly ash. This leads to faster strength development and enhanced long-term durability in concrete.
• Kirkland Natural Pozzolan: The mention of this specific product Kirkland Natural Pozzolan indicates they also leverage naturally occurring pozzolanic materials, broadening their raw material base beyond industrial by-products. Natural pozzolans like volcanic ash or diatomaceous earth have been used in construction for centuries e.g., Roman concrete.
• RestoreAir®: This patented technology is listed under products. While specifics aren’t detailed, the name suggests an environmental remediation or air quality improvement application, possibly related to emissions or material treatment.
• Ammonia Slip Mitigation: This specialized product addresses a concern in industrial emissions, showcasing their broader expertise in chemical and material solutions beyond just concrete. Ammonia slip refers to the unreacted ammonia that escapes into the atmosphere during selective catalytic reduction SCR or selective non-catalytic reduction SNCR processes used to control NOx emissions.

These offerings collectively underscore that Eco Material Technologies is not merely a supplier of fly ash composition materials but a sophisticated flyash company providing advanced, engineered solutions for various industrial and construction challenges, with a strong emphasis on sustainability.

FAQ

What is Flyash.com?

Flyash.com is the official website for Eco Material Technologies, a leading North American producer and supplier of sustainable cement alternatives, primarily utilizing fly ash and other pozzolans to create near-zero-carbon concrete products.

Is Flyash.com a legitimate website?

Yes, Flyash.com appears to be a highly legitimate and professional website, serving as the digital presence for Eco Material Technologies, a well-established company in the sustainable building materials industry.

What products does Eco Material Technologies offer through Flyash.com?

Eco Material Technologies offers products such as Green Cement including PozzoSlag®, Highly Reactive Pozzolans, Kirkland Natural Pozzolan, Engineered Materials, Fly Ash, and Road Construction Materials, all focused on sustainable construction.

What is Green Cement?

Green Cement is Eco Material Technologies’ proprietary reengineered pozzolanic cement that reacts faster and matches the one-day performance of Portland cement, while being produced with virtually no emissions, making it a near-zero-carbon alternative.

How strong is PozzoSlag® compared to Portland cement?

According to Flyash.com, PozzoSlag® is 20% stronger than Portland cement in 28 days and continues to gain long-term strength.

What is the primary source of fly ash?

Fly ash primarily comes from coal-fired power plants, generated as a by-product of burning pulverized coal.

What is the chemical composition of fly ash?

The chemical composition of fly ash typically includes Silicon Dioxide SiO₂, Aluminum Oxide Al₂O₃, Iron Oxide Fe₂O₃, and Calcium Oxide CaO, with minor amounts of other oxides.

What is the difference between Class F and Class C fly ash?

Class F fly ash is typically low in calcium under 10% CaO and primarily pozzolanic, while Class C fly ash has higher calcium content 15-30% CaO and exhibits both pozzolanic and self-cementing properties. Twingocarrier.com Review

What is disposed ash harvesting?

Disposed ash harvesting is a process where Eco Material Technologies reclaims and processes previously landfilled or ponded coal ash to ensure a ready supply of pozzolanic material for beneficial use in concrete and other applications.

What is the ES Efficient Carbon Offloading™ ECO System?

The ES Efficient Carbon Offloading™ ECO System is a proprietary beneficiation technology offered by Eco Material Technologies to treat harvested coal ash, reducing its carbon LOI content and ensuring it meets ASTM and customer standards.

Does Eco Material Technologies manage other types of ash?

Yes, in addition to fly ash, Eco Material Technologies also provides services for CFB Ash Management and processes bottom ash, as evidenced by their facility in Central Texas.

Where are Eco Material Technologies’ main operational facilities located?

Their main operational facilities mentioned on the website are in Jewett, Texas. Central Texas. and Danville, Pennsylvania.

What is the goal for Eco Material Technologies by 2030?

Eco Material Technologies expects to double the volumes of their zero- and near-zero-carbon products sold into the North American concrete market by 2030.

Are flyash bricks environmentally friendly?

Yes, flyash bricks are considered environmentally friendly because they utilize industrial waste fly ash, often require less energy to produce than traditional fired clay bricks, and reduce reliance on virgin materials.

What is the typical flyash bricks composition?

The typical flyash bricks composition includes fly ash as the primary ingredient, along with sand, lime, gypsum, and water, which are mixed, pressed, and cured.

What are Highly Reactive Pozzolans?

Highly Reactive Pozzolans are specialized pozzolanic materials that are often finely ground or treated to enhance their reactivity with calcium hydroxide, leading to faster strength development and improved durability in concrete.

What is Kirkland Natural Pozzolan?

Kirkland Natural Pozzolan is a specific product offered by Eco Material Technologies, indicating their use of naturally occurring pozzolanic materials in addition to industrial by-products.

Does Flyash.com provide pricing information?

The website does not display direct pricing information, which is typical for B2B industrial suppliers who usually provide custom quotes based on project specifications and volume. Contactscow.com Review

How can I contact Eco Material Technologies through Flyash.com?

Flyash.com provides a “Contact” section, which typically includes contact forms, phone numbers, or regional representative information for inquiries.

Does Eco Material Technologies have career opportunities?

Yes, the website features a “Careers” link that directs to an external recruitment portal, indicating that Eco Material Technologies is an active employer.