About Cremation Recycling Archives - Core Scientific - Cremation Recycling

Stay Informed Every Step of the Way with Core Scientific’s SMS Notification Program

Marketing Core Scientific — Tue, 03 Feb 2026 16:30:45 +0000

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Stay Informed Every Step of the Way with Core Scientific’s SMS Notification Program

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Stay Informed Every Step of the Way with Core Scientific’s SMS Notification Program

At Core Scientific, trust and transparency are essential in every interaction we have with our customers. Managing your precious metal scrap should be simple, secure, and stress-free, and that’s exactly what our SMS Notification Program delivers.

Introducing Our SMS Program! To make staying updated even easier, Core Scientific offers SMS Notifications designed to give you real-time alerts about your materials. By opting in, you’ll enjoy benefits such as:

Live, instant updates when your material arrives and when processing is complete.
Direct portal login links are included in each message with comprehensive access to photos, results, and settlement history.
Friendly reminders when it’s time to refine again.
Connect directly with a Customer Support representative for assistance.
Stay in the loop with the latest promotions and updates from Core Scientific.

Privacy You Can Count On

Your contact information is safe with us. We only send messages with your consent and never share or sell your data.

After You Opt-In:

You’ll receive an automated message and may be asked additional questions associated with your Core Scientific account for security purposes.
Once confirmed, you’re all set to receive real-time updates, service notifications, and direct access to support.

24/7 Access at Your Fingertips

Our commitment to transparency doesn’t stop there, with our secure customer portal, you can monitor and manage your precious metal scrap anytime, anywhere. Whether you want to check the status of a shipment, view photos of your materials, or track your settlement history, it’s all just a few clicks away.

Why Choose Core Scientific

By combining our secure portal with real-time SMS updates, Core Scientific ensures that you are always in the know. Our platform is designed to streamline your experience, so you can focus on what matters most, maximizing the value of your precious metals while having peace of mind every step of the way. Stay informed, stay secure, and get the most out of your precious metals with Core Scientific.

Schedule A Free Consultation!

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CONTACT US



Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 877-308-2388



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post Stay Informed Every Step of the Way with Core Scientific’s SMS Notification Program appeared first on Core Scientific - Cremation Recycling.

The Cremulator: Enhancing Crematory Operations and Post-Cremation Metal Recycling

Marketing Core Scientific — Mon, 05 Jan 2026 15:44:14 +0000

The Cremulator: Enhancing Crematory Operations and Post-Cremation Metal Recycling

Cremation has become an increasingly popular choice for final disposition, providing a respectful and eco-friendly alternative to traditional burial. Crematories play a crucial role in carrying out this process with utmost care and professionalism. One essential piece of equipment used in crematories is the cremulator, a specialized machine designed to process cremated remains into a finer texture. In this article, we will examine the function and benefits of a cremulator and highlight how Core Scientific, a leading precious metal recycling company, helps support crematories in their efforts to deliver cleaner, more consistent remains while advancing sustainability and respectful care.

Understanding The Cremulator

The cremulator, also known as a cremulator machine or cremated remains processor, is a device used in crematories to refine and process the cremated remains, while separating any metals that were left over after sifting. It consists of a stainless steel drum with rotating blades that carefully pulverize the larger bone fragments into a finer, consistent texture resembling ashes. Once the remains are at the desired consistency, they drop through a metal screen that catches any small metals before they reach the collection pan. The cremulator ensures that the remains are clean and uniform, allowing for easier handling, scattering, or placement in an urn.

Importance Of A Cremulator In Crematory Operations

The use of a cremulator offers several benefits for crematories:

Refined Result: The cremulator produces a smooth, uniform texture and removes metal fragments, ensuring a clean and consistent outcome.
Ease of Handling: The pulverized remains are easier to handle, package, and transport, whether for scattering, interment, or placement in an urn.
Personalization Options: The fine texture of the cremated remains allows for customization, such as creating memorial jewelry or incorporating them into glass art or other commemorative items.
Efficiency and Time Savings: The cremulator expedites the processing of remains, saving time for crematory staff and enabling smoother operations.

What Cremulator Should You Get?

Choosing the right cremulator depends on your crematory’s volume, space, and integration needs. Here’s a list of top cremulator brands/models to consider, in no particular order:

It’s important to note that bucket processors do not collect precious metals; any recovery of precious metals would need to be handled manually as a separate step.

Post-Cremation Metal Recycling: Responsible Recovery for a Sustainable Future

In addition to the essential role of the cremulator, it is important to consider the responsible recovery of post-cremation metals. Precious metals such as gold, silver, platinum, and palladium may remain from dental work, implants, and other medical devices after the cremation process. By responsibly removing and recycling these materials, crematories support sustainable practices while ensuring remains reflect a higher level of care, helping families feel confident in the process.

Core Scientific: Your Partner in Post-Cremation Metal Recycling

Core Scientific understands the unique needs of crematories and offers a comprehensive solution for post-cremation metal recycling. By partnering with Core Scientific, crematories can unlock support in improving practices for a higher standard of post-cremation remains Here’s how Core Scientific’s recycling program can assist:

Superior Metal Recovery: Core Scientific employs advanced refining technologies to ensure the highest possible recovery rates and accurate analysis for precious metals contained within post-cremation metals.
Clear Chain of Custody: Core Scientific prioritizes an extra layer of transparency through the secure customer portal. Track your shipments, receive material updates, review historical data, and detailed reports on the metal content recovered.
STEP Program: Our STEP Program is designed to fully optimize your metal recycling process by focusing on what matters most: Security, Transparency, Education, and Processing. Each component works together to ensure a streamlined, reliable, and accountable recycling experience.

The cremulator plays a vital role in crematory operations, offering improved handling and processing of cremated remains utilizing the STEP program. Additionally, by partnering with Core Scientific for post-cremation metal recycling, crematories can unlock the financial potential of precious metals. Embracing sustainable practices and exploring opportunities for post-cremation metal recycling not only benefits the environment but also supports the growth and success of crematories. Contact Core Scientific today for a free consultation and learn how you can maximize the value of your post-cremation metals while enhancing your crematory operations. Together, we can help you maximize the value of your post-cremation metals.

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TGM_PAGESPEED_LAZY_ITEMS_INGORED_BLOCK_2_3We are the Leader in Cremation Recycling! TGM_PAGESPEED_LAZY_ITEMS_INGORED_BLOCK_3_4Looking for an implant refiner? TGM_PAGESPEED_LAZY_ITEMS_INGORED_BLOCK_4_5Get a Free Consultation TGM_PAGESPEED_LAZY_ITEMS_INGORED_BLOCK_5_6

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CONTACT US



Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 866-660-4631



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post The Cremulator: Enhancing Crematory Operations and Post-Cremation Metal Recycling appeared first on Core Scientific - Cremation Recycling.

Innovations in Cremation Technology: What’s Next for the Industry

Marketing Core Scientific — Tue, 07 Oct 2025 15:01:37 +0000

Innovations in Cremation Technology: What’s Next for the Industry

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Cremation has grown steadily in popularity over the past century, offering families a practical and meaningful way to honor their loved ones. As society evolves, so do expectations around how we handle and memorialize human remains. Environmental concerns, rising cremation costs, the desire for more personalized services, and advancements in cremation equipment are driving the industry to explore new technologies and practices.

From water cremation and eco-friendly methods to innovative memorial options, the ways we celebrate life are evolving by creating opportunities for sustainability, accessibility, and deeper connections for families around the world.

Looking to stay ahead in a rapidly evolving industry? Discover the latest innovations in cremation technology, sustainable practices, and personalized services that can help your facility meet modern demands and exceed client expectations.

The process, lasting 3–16 hours depending on factors like body size and equipment, leaves behind softened bone fragments and a sterile liquid. The bone is processed into fine ash, often yielding up to 32% more remains than flame cremation. The liquid, composed of water, salts, and amino acids, is safely treated or sometimes repurposed as fertilizer.

Compared to traditional cremation, water cremation uses up to 90% less energy, produces fewer greenhouse gases, and eliminates mercury emissions, making it safer for both the environment and crematory staff. First developed in 1888 for agricultural purposes, it was later adapted for pets and introduced to the funeral industry in 2011. Today, it’s legal in parts of the U.S. and Canada and continues to expand as a sustainable option for families.

Emerging Technologies in the Cremation Industry

Water Cremation

Water cremation, also called alkaline hydrolysis, aquamation, or green cremation, is a gentle, eco-friendly alternative to flame cremation. The body is placed in a stainless steel vessel with water, heat, and an alkaline solution, which accelerates natural decomposition.

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Innovations in Cremation Technology: What’s Next for the Industry

Looking for the best Way To Recycle Your Precious Metals?

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Emerging Technologies in the Cremation Industry

Water Cremation

Overall Environmental Practices

To make flame-based cremation more sustainable, many crematories are adopting eco-friendly practices for families seeking greener options without choosing alternative methods. These efforts include using electric-hybrid vehicles for transport, removing batteries and medical devices before processing, switching to clean fuels to reduce pollution, and closely monitoring emissions to minimize environmental impact. After cremation, families are often offered urns crafted from eco-friendly materials to further support sustainability.

Crematories are also upgrading their cremation equipment with energy-efficient cremation retorts designed to consume less fuel, reduce heat loss, and improve overall efficiency. These retorts incorporate advanced filtration and scrubbing systems that capture and neutralize harmful pollutants, such as mercury, before they can be released into the atmosphere. Automated controls further enhance performance by ensuring consistency, optimizing energy use, and minimizing the chance of operator error.

Some facilities take their commitment to the environment even further by harnessing renewable energy sources, such as solar and wind power, to reduce reliance on fossil fuels and lower their overall carbon footprint. Others participate in carbon offset programs by investing in renewable energy or reforestation projects to balance emissions.

Additionally, energy-efficient cremation chambers powered by electricity are emerging as a greener alternative to traditional fossil-fuel systems. With nearly zero emissions, these chambers use high-performance insulation to retain heat, reducing energy demand, while some facilities also employ heat recovery systems to capture and repurpose excess energy. Together, these innovations are reshaping flame-based cremation into a cleaner, more environmentally responsible practice.

Challenges To Adoption

The development of innovative techniques to improve efficiency and reduce the carbon footprint in cremation equipment has advanced quickly. However, challenges to adopting these practices have also emerged, slowing their overall impact. Some of the key obstacles include:

High cremation cost and equipment installation expenses
Varying state and international regulations
Infrastructure and training requirements
Public perception and education gaps

As with any great innovation, progress often comes with barriers that can limit widespread adoption. Each challenge presents its own unique path toward resolution, but with time and continued effort, these obstacles can be addressed, allowing sustainable practices to take root and flourish.

Beyond The Cremation Process

Technology is transforming the death care industry by enhancing the customer experience and offering new ways to memorialize loved ones. Artificial intelligence (AI) provides 24/7 access to scheduling tools and chatbots, making it easier for families to coordinate services at any time. Technology also streamlines arrangements by helping families plan cremations, select urns, and even organize memorials remotely. Virtual reality (VR) adds another layer of transparency and trust, offering immersive tours of crematory facilities.

The way families honor their loved ones has also evolved. Personalized cremation experiences are increasingly popular, prompting funeral homes to offer a wide range of customizable options, including themed ceremonies, video tributes, and unique urn designs that are eco-friendly or even 3D printed. Some families choose to scatter ashes, while others transform them into jewelry, artwork, stones, or reef memorials by creating lasting and meaningful tributes.

Digital memorialization has also emerged as a powerful way to remember and share stories. Through dedicated websites and social media platforms, loved ones can upload photos, videos, and messages that preserve memories across generations. Many services now incorporate QR codes placed on memorial plaques, trees, or benches, linking directly to online pages that continue the legacy and story of the departed.

Beyond The Cremation Process

Looking Ahead: What’s Next for the Cremation Industry

As the cremation industry continues to evolve, innovation will be the driving force shaping its future. Emerging technologies, like water cremation, along with energy-efficient flame-based cremation equipment, are redefining sustainability in the field. At the same time, digital tools, AI, and virtual reality are transforming the way families plan and experience memorials, creating opportunities for personalization, accessibility, and transparency.

However, the path forward comes with challenges—regulatory hurdles, high cremation costs, training needs, and public education remain key obstacles. Crematory owners and operators who embrace these innovations thoughtfully, while balancing sustainability with affordability, will be best positioned to meet the changing demands of families.

Ultimately, the next chapter of cremation technology is about more than efficiency or environmental impact; it’s about creating meaningful, personalized, and responsible ways to honor life. The choices made today in adopting eco-friendly practices, advanced cremation equipment, and innovative memorial options will shape the industry for years to come, benefiting families, communities, and the planet alike

Going The Extra Step: Choosing The Right Refiner

No matter the cremation method, heavy and precious metals are often left over from the remains. Keeping sustainability in mind, recycling these metals is another step in the right, environmentally friendly direction. Choosing the right refiner is essential, as many refiners are implementing eco-conscious practices to reduce their footprint. Read more about this in our related article, How Gold Refineries Decrease the Carbon Footprint.

At Core Scientific, we utilize state-of-the-art gold refining technology to ensure premium recovery from scrap gold, maximizing returns for our customers. We are committed to sustainability and transparency, placing environmental responsibility at the forefront of our refining practices. Discover how we can support you by scheduling a free consultation today.

Schedule A Free Consultation!

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CONTACT US



Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 877-308-2388



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post Innovations in Cremation Technology: What’s Next for the Industry appeared first on Core Scientific - Cremation Recycling.

Impact of Recycling Precious Metals

Marketing Core Scientific — Wed, 25 Jun 2025 21:59:20 +0000

The importance and impact of recycling precious metals

We all know that recycling is vital for recovering valuable materials and for helping the environment, but are you aware of the importance of precious metal recycling? This business is not only beneficial for environmental preservation, but it’s also the basis of a powerful industry.

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Recycling scrap metal means extracting it from end-of-life products and processing it so that it can be used as a raw material in the creation of new products. One of the main characteristics of precious metals is that they can be recycled and reused repeatedly without degradation or loss of their valuable properties as metals.

These metals are crucial to sustaining many industries and products we rely on daily. In this article, we will review the impact and importance of recycling precious metals, as well as some history of this practice. Keep reading!

History of precious metal recycling

The recycling of metals is a process that’s been practiced for a very long time, since around 400 B.C. Historical studies show that early Romans would melt down bronze coins and repurpose that bronze to craft statues, and in times of war, jewelry and other metal objects were melted to make weapons.

It’s estimated that most metal articles in the days pre-1100 B.C were recycled, based on the evidence that there are fewer physical items found around dig sites that are dated around times of distress, such as famine and war.

The early days of precious metal recycling were way more rustic than the process we use today, but the core concept of melting the metals to separate them from impurities is pretty much the same. In antiquity, the process of purification of precious metals was called cupellation, and it involved treating the metals with very high temperatures in porous crucibles. Metals have a lower melting temperature and react with the oxygen of the environment, forming slags that are absorbed by the crucible. It’s still used today on a small scale to test the purity of gold and silver. Though cupellation was quite an accurate method, modern refining techniques allow up to 99.99% purity results.

Moving on to the pre-industrial revolution, before metals were mass-produced, recycling all kinds of metals was a big practice. Since there wasn’t a lot of metal created, people had to be wiser about how they used it, which is why recycling was necessary. Even so, at the time, recycling metal was seen as more important for economic reasons than for environmental reasons. This recycling habit slowly became less necessary when metal mining began to be a more extensive activity.

World War II marked a turning point for the recycling of metal, particularly in the US. Citizens were urged to give as much scrap metal as possible so that it might be used for the war effort. This was because so many war machines needed to be manufactured. Soon enough, metal recycling became a societal norm.

Modern-day and the importance of the precious metal recycling industry

In modern-day times, precious metal recycling is an extremely powerful economic activity, aside from the fact that it’s become necessary as a means to prevent the environmental problems caused by mining.

In 2020, the precious metal recycling global market was valued at $22.6 billion, and it’s expected to grow into a $34.9 billion industry by 2027, at a compound annual growth rate of 6.4%. (Source: https://www.rfdtv.com/story/46712111/global-precious-metal-recycling.)

Despite that, this sector is still emerging given the great potential these kinds of metals have to be completely recovered. According to this report, the recycling rates of these materials are way lower than expected, with only one-third of the metals studied nearing an average recycling rate of 50%.

The impact of recycling – Precious metal recovery

After being used, metals can be recycled to secure the availability of a valuable secondary source of the metal, lessen the environmental impact of mining primary ore, and protect an irreplaceable resource that would otherwise be wasted.

Energy and resource savings for secondary production range from 60 to 90% for a variety of metals compared to primary mining. Recycling provides the raw material for new products with a much lower carbon footprint and more efficient utilization of resources than new material.

The metal mining process produces a variety of undesirable effects:

Disruption to the landscape
Soil, water, and air contamination
Public safety and social exploitation

Approximately, for every ounce of precious metal we recycle, we save:

Oz of metal	Reduced tons of waste	BTUs of energy	Lbs. of CO2 emissions	Gallons of water
1	19	700,000	250,000	18.7

This data is strictly linked to the source of the recycled metals, as precious metal recovery can come from two categories of scrap: the first is high-value scrap that comes from jewelry, dental scrap, and coins; the second is electronic and industrial scrap metals, which come with much more waste materials as a side product of their refining. Recycling efficiencies also depend on the precious metal refining companies and the processes they use.

Where do the precious metals you recycle go?

As we mentioned before, one of the main characteristics of precious metals is that they can be fully recovered and reused, meaning that recycled metals are used for the same applications as “new” precious metals.

In 2020, 47.2% of precious metals were used in investments, followed by 37.5% used for jewelry, 8.0% for technology, and the rest for a variety of industries like electronics, dentistry, and aerospace. However, this trend was affected by the uncertainty caused by the COVID pandemic, which increased the amount of gold for investments by 40%.

How Can You Start Recycling?

If you want to enter this growing field of precious metal recovery, you can do it now! Core Scientific is the leading precious metal refinery in the US. You can request a free container now and send in your materials to start recycling your precious metal scrap with us.

We offer the highest returns in the industry, we use state-of-the-art technology that secures the highest yield of recovery, and we send you an assay report of all the metals found in your scrap, which supports our 100% transparency policy. Request a container now or contact us to know more about our process!

Schedule A Free Consultation!

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CONTACT US



Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 877-308-2388



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post Impact of Recycling Precious Metals appeared first on Core Scientific - Cremation Recycling.

What is Precious Metal Refining?

Marketing Core Scientific — Wed, 25 Jun 2025 21:59:19 +0000

What Is Precious Metal Refining?

Precious Metal Refining is an art form that dates back to Ancient Rome. The classic fire assay process that is used for refining precious metals is the gold standard (no pun intended) method in the industry.

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With a fire assay, precious metals such as gold and silver are separated from non-precious metals by fusion. When performed properly it has an accuracy of 1 part in 10,000.

Core Scientific goes a step further than the classic fire assay with their multi-step process:

Initial screening of your material
Primary melt
Inductively Coupled Plasma (ICP) – Mass Spectrometry.

Other materials like platinum, palladium, and low-grade materials need to go through a separate process ICP (inductively coupled plasma). In a nutshell, ICP ionizes the sample to isolate certain ions and identify them.

The benefit of working with a refinery that uses these cutting-edge, proven methods is they extract the most precious metals from your material. When you start to work with a refinery it is important that you find out if the refinery has an on-site laboratory. This is crucial as many “refineries” outsource the refining of the material. This equates to less money for you in the end.

How Can You Start Recycling?

Schedule A Free Consultation!

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CONTACT US



Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 877-308-2388



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post What is Precious Metal Refining? appeared first on Core Scientific - Cremation Recycling.

How Gold Refineries Decrease The Carbon Footprint

Marketing Core Scientific — Wed, 25 Jun 2025 21:59:19 +0000

How Gold Refineries Decrease The Carbon Footprint

As gold mines expand, livelihoods, natural habitats, and resources are being tarnished. Hundreds of thousands of acres of rainforests are deforested, both legally and illegally. Using a gold refinery results in more gold being recycled and less gold being excavated from mines, protecting the environment, saving communities, and using less energy.

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Environmental Impacts

Gold mines tunnel underground or by excavating an open pit. The underground mines produce fewer gas emissions than open pits, though both mining methods are still adding to the carbon footprint resulting from gold production.

Ventilation systems are a necessity for miners. While open-pit mines reduce the need for ventilation because air isn’t trapped in as many tunnels, underground mining requires a vigorous high-energy ventilation system. Blasting through rocks and gaining access to new material creates more fumes that are exhausted throughout the mine and into the atmosphere. The increase in ventilation requirements causes a rise in energy use.

Fortunately, technology is evolving while transportation and machinery are slowly becoming more environmentally friendly and economical. However, diesel fuel is still the culprit for high pollution. The copious amounts of vehicles loading, hauling, queuing, and dumping material is increasing the greenhouse gasses produced onsite. Mines that have lower grade gold consume even more energy because more machinery is used to excavate and process a higher amount of material to obtain the same amount of pure gold as a high-grade mine.

A common element used for extracting gold from mining sites is mercury. When mercury and gold make contact, they merge and form an amalgam. This process is extremely helpful when collecting scattered gold within soil and sediment. While an efficient method, it pollutes the area around each mining site. Animal habitats are no longer habitable due to demolition and contamination. Local communities even monitor their food and water supply to protect themselves from mercury poisoning.

Community Impacts

Super Pit Gold Mine in Kalgoorlie-Boulder Western Australia

Indigenous communities that have populated isolated areas are losing land battles against the mining industry. Governments also tend to disregard indigenous peoples’ rights to their land and sell the valued land to be mined for gold. Local governments lack basic legal and political protection, forcing them to evict the area for little to no compensation.

As deforestation expands, farmers are forced to relocate and natural resources are depleted from local communities. Rivers are drained and scavenged for gold, while vegetation is replaced with roads and pits. Food insecurity becomes a real threat for these families as well as a lack of natural resources for shelter. These areas depend on natural resources to survive, and gold production destroys these resources.

Gold mines create new jobs, but they are not what some would like to endure. Mining is noted as one of the most dangerous professions in the world. The typical life expectancy of a miner is much lower than one in a less dangerous profession. Lung cancer, bronchitis, and tuberculosis are just a few long-term disabilities workers are left with after leaving the mining industry. Recycling precious metals at a gold refinery can help to save and improve lives.

Finally, waste management is becoming overloaded as landfills pile up. As more scrap gold gets thrown into a landfill both the air and water can become polluted. Gold never breaks down, so when scrap gold and other metals sit in a landfill, they eventually seep underground into the water supply. Electronics, dental scrap, and medical devices are examples of items that are thrown away regularly without separating the metal or sent to be refined.

Recycle With A Gold Refinery

Gold production has positive impacts like creating jobs and increasing revenue. Nevertheless, a gold refinery that recycles scrap gold is a significantly better alternative, not to mention the additional income you’ll receive in return for your material. Most gold refiners have environmentally friendly protocols. When you use a gold refinery to recycle your scrap gold, you contribute to protecting the environment, saving lives, and conserving energy.

Core Scientific is a gold refinery in the Midwest that invests in the most cutting-edge refining technologies and techniques. This allows us to generate the highest possible yields, recovering more precious metals in the refining process, making us the best environmental choice. Get a free consultation now and learn more about what we can do for you.

How Can You Start Recycling?

Schedule A Free Consultation!

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CONTACT US



Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 877-308-2388



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post How Gold Refineries Decrease The Carbon Footprint appeared first on Core Scientific - Cremation Recycling.

Choosing the Right Cremation Processor

Stephanie Dominas — Mon, 11 Nov 2024 19:50:54 +0000

Choosing the Right Cremation Processor: Pros, Cons, and Recommendations for Every Crematory Size

When it comes to crematory operations, having the right equipment can make all the difference. Choosing the appropriate cremation processor depends on factors such as the size of your operation, budget, and desired efficiency. Below, we explore the pros and cons of different types of cremation processors, helping you make an informed decision for your facility.

1. Manual Processors

Pros:

• Cost-effective for smaller crematories.

• Simple maintenance and repair.

• Provides flexibility for operators to handle different post-cremation materials.

Cons:

• Time-consuming and labor-intensive.

• Increased potential for operator fatigue.

• Risk of inconsistent results in processing remains.

Best For: Small crematories with lower volumes of cremations and operators who prefer hands-on control.

2. Automated Processors

Pros:

• Significantly reduces manual labor and operator workload.

• Increases the consistency and speed of processing.

• Advanced models may include features like metal separation and dust containment.

Cons:

• Higher upfront costs compared to manual systems.

• Requires regular maintenance and technical expertise.

• Less flexible when handling unique or special cases.

Best For: Medium to large crematories looking for efficiency, consistency, and reduced operator intervention.

3. High-Efficiency Processors

Pros:

• Designed to handle high volumes with optimized energy consumption.

• Includes advanced filtration systems that reduce environmental impact.

• Often equipped with built-in safety and compliance features.

Cons:

• Higher investment cost, suitable for larger facilities.

• May require training for operators to handle the advanced technology.

• Ongoing maintenance can be more complex and costly.

Best For: Large crematories focused on scalability, eco-friendliness, and meeting high demand.

Key Considerations for Upgrading Equipment

Budget: Evaluate initial costs versus long-term savings in energy, labor, and maintenance.
Volume: Understand your average monthly cremation numbers to choose a machine that matches your workload.
Compliance: Ensure the equipment meets local, state, and federal regulations for emissions and waste handling.
Training: Factor in the need for staff training to operate new technology safely and effectively.

Recommendations for Crematories Looking to Improve

For crematories ready to upgrade their equipment, investing in an automated or high-efficiency processor can enhance productivity while maintaining quality and compliance. If your operation is on the smaller side but growing, consider transitioning from a manual to an automated system for a smoother workflow. Larger crematories may benefit from adopting advanced, eco-friendly processors that contribute to sustainable operations.

At Core Scientific, we understand the value of streamlined processes that not only optimize your business but also reduce stress on your team. The right processor can make a significant impact on how efficiently you manage your operations, ensuring consistent service while keeping your workload manageable.

Contact Core Scientific today for a free consultation and learn more about how you can implement a post-cremation recycling program.

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Mastering Material Mapping in Crematories: Ensuring Safe, Compliant, and Valuable Outcomes

Stephanie Dominas — Tue, 29 Oct 2024 15:02:26 +0000

Mastering Material Mapping in Crematories: Ensuring Safe, Compliant, and Valuable Outcomes

In the cremation industry, proper handling and separation of non-organic materials are essential for both compliance and the quality of remains provided to families. When crematory operators master the process of material mapping, they can significantly improve the efficiency and outcomes of post-cremation metal collection, benefiting not only their facility but also the families they serve and the environment. Through meticulous attention to hazardous waste management, operators also comply with federal standards, mitigating safety risks and maximizing the return from recycled materials.

Material Mapping and Its Importance in Cremation

As cremation continues to be the chosen method of disposition for many, the need for expertise in material mapping has grown. The practice involves a careful process of separating metal and foreign materials from the remains to ensure that families receive ashes free from contaminants. The types of non-organic waste collected in this process can be categorized as “hazardous waste” under EPA standards, including materials such as casket hardware, dental and orthopedic implants, and even certain pacemaker or defibrillator components.

Operators use various methods to identify and separate these metals, but improper handling can lead to contaminated remains, increased safety hazards, and missed recycling opportunities. This is where careful material mapping techniques come in, particularly to improve the quality of the remains and ensure safe disposal or recycling of all hazardous waste.

Understanding the Regulatory and Environmental Impacts of Hazardous Waste

Handling non-organic materials in compliance with EPA regulations is crucial for crematories. According to Title 40 of the U.S. Code of Federal Regulations, non-organic post-cremation materials must be treated as hazardous waste and disposed of accordingly. Failing to comply with these standards could result in significant environmental and legal consequences. Proper recycling mitigates these risks by securely shipping materials to a trusted refinery for professional processing.

Beyond legal compliance, responsible recycling also reduces the need for mining and processing raw materials, helping preserve natural resources and reduce pollution. By understanding the impact of these hazardous materials, crematory operators can ensure that they are not only preserving the dignity of the remains but also contributing to environmental sustainability.

Pro Tips from Experienced Operators: Efficient Collection and Separation of Non-Organic Materials

After consulting with top crematory operators across the U.S. and Canada, it’s clear that a systematic approach to collecting post-cremation metals can make a big difference in both operational efficiency and financial returns. These seasoned operators, who often have over 20 years of experience, have fine-tuned their process to consistently produce cleaner remains, increasing the value of their recycled materials in the process.

Here are some expert tips from these operators:

Consistent Material Collection Enhances Value
Maintaining a regular process for collecting metals like titanium screws, dental crowns, and non-magnetic hardware not only results in cleaner remains but also ensures a higher recycling return. These proceeds often go toward charitable contributions, transforming the role of the operator into one that provides social and environmental value.
Manual Techniques to Supplement Traditional Processors
Traditional cremation processors may not automatically separate all types of metals, so operators often spend an additional five minutes identifying and removing non-magnetic materials by hand. This small effort yields significant improvements in the purity of remains and can enhance the facility’s recycling revenue.
Leveraging Material-Specific Knowledge
Different types of metals require specific handling, especially those that cannot be picked up by magnets. For instance:
• Non-Magnetic Metal Mixtures: This category includes dental fillings, crowns, bridges, zinc, and copper remnants from casket hardware. These metals should be picked out by hand, as they won’t respond to magnets.
• Titanium Screws: Known for their strength and resistance to corrosion, titanium screws oxidize to a white color in the retort, making them tricky to spot.
• Partial Denture Frameworks: Made of medical-grade cobalt, this material is easy to identify and can be collected with larger metals.
• Porcelain-Fused-to-Metal (PFM) Crowns: These crowns often contain high-value metals and don’t oxidize much at lower temperatures, so any remaining porcelain should be removed by hand.
• Hospital Gown Buttons: Containing high levels of zinc, these buttons are also non-magnetic and should be collected manually.
When in Doubt, Collect
Uncertain if an item should be recycled? As a rule, send it in anyway. Even seemingly insignificant items may contain valuable materials and contribute to the overall value of your recycling efforts.

Core Scientific’s Commitment to Crematories: Enhancing Safety, Value, and Compliance

For crematory operators, mastering material mapping is more than just an operational task—it’s an opportunity to ensure environmental responsibility, uphold family expectations, and support community initiatives through valuable recycling returns. Core Scientific is dedicated to partnering with crematories to optimize their recycling programs through our STEP program: Security, Transparency, Education, and Processing.

By leveraging this expertise, Core Scientific helps operators achieve cleaner remains, safe hazardous waste disposal, and higher recycling proceeds. Whether you’re new to the field or a seasoned professional, our goal is to equip you with the skills and knowledge to manage materials responsibly and make a positive impact on both the environment and your facility’s operations.

At Core Scientific, we’re committed to partnering with crematories to create a responsible, profitable approach to post-cremation metal recycling. Together, we can help protect the environment, enhance your operations, and make the most of every resource.

Contact Core Scientific today for a free consultation and learn more about how you can implement a post-cremation recycling program.

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Address:

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Phone: 866-660-4631

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Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post Mastering Material Mapping in Crematories: Ensuring Safe, Compliant, and Valuable Outcomes appeared first on Core Scientific - Cremation Recycling.

Cremation Trends: Continued Growth Despite Slowing Rates

Stephanie Dominas — Wed, 23 Oct 2024 18:23:45 +0000

Cremation Trends: Continued Growth Despite Slowing Rates

Over the past two decades, cremation rates in the United States have seen significant growth, climbing from around 40% to over 60%. However, according to recent data from the Cremation Association of North America (CANA), this rapid growth is beginning to slow down as the industry enters a phase of “deceleration.” Despite this slowdown, the trend toward cremation remains strong, with projections suggesting that the national cremation rate will reach as high as 80% in the coming decades.

This trend, which CANA has been tracking for over a century, reflects a deep cultural shift in the way Americans approach death and disposition. While cremation rates vary significantly by region, with some areas already nearing saturation, the overall national movement towards cremation continues. Some states are now seeing cremation rates above 80%, marking a significant change from just a few years ago.

By 2028, the U.S. cremation rate is expected to reach 65.3%, following Canada’s lead, where cremation rates have already surpassed 75%. Although the annual growth rate of cremation is slowing as more states reach higher levels of adoption, the shift towards cremation as the preferred method of disposition remains steady. Cremation, it seems, has become a cultural norm—a tradition that’s here to stay.

Understanding the Factors Behind Cremation Growth

CANA’s research sheds light on the various factors driving this trend. As populations become more transient, people are less tied to the geographic and cultural traditions of burial in their hometowns. Increased mobility, exposure to new traditions, higher educational levels, and declining religious affiliation are all contributing to the rising popularity of cremation.

While cremation growth is slowing as it reaches higher percentages of the population, the factors that propelled it in the first place—affordability, environmental consciousness, and a shift in cultural attitudes—remain firmly in place. Unless a new form of disposition emerges, cremation will continue to be the dominant choice for families across the country.

The Value of Post-Cremation Metal Recycling

As cremation rates rise, so too does the need for responsible management of the materials left behind after the process. Non-organic materials like metal implants, which remain after cremation, present a unique opportunity for both environmental and financial benefits.

Medical implants and other metals, such as dental crowns, contain valuable materials like gold and palladium, which can be recovered and recycled. In fact, precious metals found in dental scrap, particularly, can fetch significant returns. For example, a single dental crown’s value can surpass that of hundreds of pounds of casket hardware. These metals are not only valuable but also help reduce the need for new mining, which has devastating environmental impacts, including soil erosion, water contamination, and air pollution.

Recycling post-cremation metals also ensures compliance with environmental regulations. The Environmental Protection Agency (EPA) classifies non-organic post-cremation materials as hazardous waste, meaning they must be disposed of properly. By recycling these metals, crematories can help conserve natural resources and minimize the harmful environmental effects of mining and improper waste disposal.

How Core Scientific Can Help Crematories Maximize Their Recycling Programs

At Core Scientific, we specialize in helping crematories make the most of their post-cremation metal recycling programs. With over 500 crematories across North America relying on us, we’ve established ourselves as a trusted leader in the implant recycling industry.

Our STEP program—focusing on Security, Transparency, Education, and Processing—ensures that your crematory gets the most out of its recycling efforts. We use state-of-the-art refining technologies and provide a streamlined, secure process from start to finish. Not only does recycling post-cremation metals contribute to environmental sustainability, but it also provides crematories with a significant source of additional revenue, which can be used for operational improvements or even charitable donations.

Contact Core Scientific today for a free consultation and learn more about how you can implement a post-cremation recycling program.

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Address:

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60013, United States

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Phone: 866-660-4631

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Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

The post Cremation Trends: Continued Growth Despite Slowing Rates appeared first on Core Scientific - Cremation Recycling.

Implant Recycling – Post Cremation Metal Recycling

Aura — Thu, 04 Jul 2024 17:32:17 +0000

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IMPLANT RECYCLING FOR CREMATORIES

WHAT IS IMPLANT RECYCLING?

Implant recycling refers to the process of collecting, processing and recycling medical implants. This is a necessary practice for crematories as they need to find a source to dispose of the non-organic material left over after the cremation process which consists largely of metallic medical implants and prosthetics. The value of this material can be quite surprising with many crematories seeing six-figure plus annual recycling returns. Responsible implant recycling is not only the best environmental choice, but also the best option to get crematories or the charities near and dear to their hearts the significant proceeds from the value of these metals.

IMPLANT RECYCLING - MEDICAL PROSTHETICS

Post cremation metal recyclers generally breakdown medical prosthetics into two categories:

Surgical implants (non-precious):

Surgical implants such as cobalt knee/hip replacements and titanium rods and screws (along with the casket hardware), make up more than 99% of the total volume of post-cremation metals, but accounts for less than 1% of the recycling proceeds.

Dental prosthetics (precious/semi-precious):

Dental prosthetics or dental implants make up less than 1% of the total volume of post-cremation metals, but account for up to 99% of the value generated from implant recycling. This is because precious metals like gold and palladium are widely used in dental implants such as crowns, bridges, fillings and porcelain fused to metal crowns.

IMPLANT RECYCLING IN THE CREMATION INDUSTRY - HOW DOES IT WORK?

When processing cremated remains, crematory operators follow a series of steps to attempt to collect and separate as much non-organic material away from the remains as possible. The purpose of separating out metals is to ensure the remains, given to the family, are clear of any non-organic contaminants.metal or foreign materials. Non-Organic waste recovered in the cremation process occurs both pre and post-cremation and includes, but is not limited to: casket hardware, orthopedic and dental implants, pacemakers and defibrillators. There are many different techniques and methods to accomplish this but almost all of them are flawed. Poor technique at the processing station will result in contaminated remains, increased safety risk and significantly reduced implant recycling proceeds.

All of the metal materials separated must be disposed of in accordance with state and federal standards. The best disposal method is to securely ship this material to a trusted refinery to be melted down and professionally analyzed.

THE BENEFITS AND THE VALUE OF IMPLANT RECYCLING

The value of implant recycling is not only environmental, a point we will further expand on shortly; but there is also significant monetary value, especially in the dental material. Precious metals like gold and palladium which are abundant in dental scrap metals have recently been trading near $2,000 per ounce. By contrast, it would take over 1000 pounds of metal from casket hardware to equal the value of precious metal found in one typical dental crown.

Organizations like CANA (Cremation Association of North America) and ICCFA (International Cemetery, Cremation and Funeral Association) support and encourage medical implant recycling, understanding not only the environmental benefit, but also acknowledging that implant recycling returns a significant value that can be used for capital improvements or charitable donations.

ENVIRONMENTAL AND SOCIAL IMPACT

Recycling protects the environment by reducing the need of extracting, processing and refining natural materials and benefits all of mankind and future generations by preserving the earth’s precious natural resources.

Non-organic post-cremation materials are classified as “hazardous waste” by the EPA. Per Title 40 of the US Code of Federal Regulations must be disposed of properly.

Responsible implant recycling helps to conserve natural resources that are destroyed during mining practices. The mining of metals adversely impacts the environment through soil erosion, contamination of surface water, groundwater and soil. It can also contribute to the leakage of chemicals into the area adversely affecting the health of local residents. Air pollution is another concern. In some mining processes, gas emissions can be released into the atmosphere causing elevated levels of harmful pollutants into the atmosphere.

lume of post-cremation metals, but accounts for less than 1% of the recycling proceeds.

…Responsible implant recycling helps to conserve natural resources that are destroyed during mining practices.

CHOOSING THE RIGHT COMPANY TO HANDLE YOUR IMPLANT RECYCLING

There are several different companies to choose from to handle your implant recycling needs. Here are the most important things to consider when choosing the best provider to handle your implant recycling needs:

Make sure they are a precious metal refiner
- Some of the biggest names in implant recycling are actually metal brokers or middlemen and rely on a third party to process and analyze the metals. This can impact your implant recycling proceeds by as much a 70%. You can learn more about our technology and unique process.

Make sure they provide a transparent service
- Full assay reports with all metal prices, weights and yields should always be provided. Learn more about our transparency

ABOUT CORE SCIENTIFIC

Core Scientific is made up of a team of experts with combined experience of more than half a century in cremation and dental refining services. We know how to help you make the most of your implant recycling program and can produce results that go far beyond just metal recycling.

Core Scientific has grown to become one of the largest implant recycling companies in North America with over 500 crematories entrusting us to administer their cremation metal recycling program. We invest in the latest refining technologies while helping our clients to streamline operations and maximize recycling returns through our STEP program.

STEP stands for security, transparency, education and processing. By addressing these four elements, Core Scientific can help you take your crematory to new heights.

GET STARTED AND REQUEST

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CONTACT US

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Address:

700 Industrial Drive, Ste K

Cary IL

60013, United States



Phone: 866-653-6260



Working hours:

Monday-Friday: 9:00 – 5:00

Saturday: Closed

Sunday: Closed

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