All materials of biological origin can be composted. A diversified food waste stream creates the ideal 25:1 carbon to nitrogen ratio for an optimal compost product.

Feedstock refers to the organic material used when composting. There’s a variety of ingredients and ratios that will determine the final nutrient composition of your composting process. Feedstock, including food scraps and yard waste, shapes your compost’s nutrient content. We generally recommend a 60%-80% mix of diversified food waste and 20%-40% carbon-rich organic material for optimal results, however, adjustments can always be made to suit the needs and ultimately the intended use of the final compost product. Read more about our feedstock guidelines and recommendations or contact us for more specific inquiries regarding your operation’s organic waste processing needs.

We are not reinventing the wheel, we are simply optimizing a natural process that has been occurring since life on earth began. The BioSpeed on-board computer closely monitors each of the variables essential for decomposition.

• Heat-sensors ensure that the mass maintains the optimal temperature for the microbial environment. With the installation of each BioSpeed, a culture of thermophilic (heat-loving) microbes are introduced to the system. The heating element maintains a 70-80 degree celcius temperature for enhanced microbial decomposition.
• Agitation paddles rotate at an interval to continuously turn the mass. Not only does this ensure that the microbes receive adequate oxygen supply, but also so no pockets of waste develop which could potentially off put methane gas.
• The ventilation system pulls oxygen through the machine and extracts water vapor, co2, and trace elements that are produced during decomposition.

The compost is automatically dispensed through the output augor at a pre-set interval. Simply place a receptacle of your choosing below the output augor and witness the compost drop out of the machine.

Compost is an incredibly versatile material with an abundance of applications. For schools, universities, corporate campuses, or any business with green space, use the compost as a grass top spread and soil amendment. For metro restaurants, hotels, and other food generators, partner with a local non-profit or farm to come collect your product. Create a new revenue stream by packaging and selling the compost (permits and testing may be required but varies state-by-state, this is not legal advice).

If you are interested in learning more about compost and it’s uses, please download the EPA’s field guide to compost attached below.

• Creates healthy soils by adding essential macronutrients for optimal plant growth.
• Clusters soil aggregates like sand, radically increasing water retention.
• Neutralizes both acidic and alkaline soils thereby buffering adequate PH levels.
• Feeds and creates diversified life within the soil (bacteria, fungi, insects, worms) adding benefit to a healthy ecosystem.
• Sequesters CO2 from the atmosphere creating a net-negative effect in GHG emissions.

The BioSpeed technology was specifically designed with the user in mind. Through full system automation, we like to say that it is as easy as taking out the trash. Simply wheel your food waste to the composter and attach it directly to the hydraulic lift or input by hand. Dump the waste into the machine and let it do the rest. Because the BioSpeed composts the waste so thoroughly, expect a 70-90% reduction in volume. In other words, if you load the machine with a 64-gallon toter daily, expect to remove one 64-gallon toter of compost every 7-9 days.

Our compost product has been third-party tested by multiple accredited laboratories and the results are consistent. Whether it’s human-waste, green waste, or food waste we create a grade-a, EPA approved compost product that is ready to be utilized. If you would like to review lab results, please reach out with a request.

Each BioSpeed model comes equipped with standardized safety features to protect both the user and the machine.

• Motor alarm feedback
• Torque sensors
• High temperature safety switch
• Manual emergency stop
• Open hatch safety switch
• Automatic standby mode during inactivity
• Automatic power-up after power loss
• Alarm and event record on display
• Fault indicator lamp

Absolutely! You can add our compost directly to outdoor soil for beautification projects. For specific ratios, please refer to our comprehensive “Compost Usage Statement Document.”

To determine the suitable amount/ratio of compostable products, including PLA, bamboo, and those with >70% carbon, please consult our detailed “Client FeedStock Document.”

No, the technology is well-suited for cold climates. Originating in Scandinavia, our machines are constructed with two layers of thick gauge steel, separated by heavy insulation. Additionally, they are equipped with convection heating elements to maintain a consistent internal temperature of 70 degrees Celsius. To ensure longevity, we recommend protecting from weather (PFW) for the machine’s digital user interface.

The in-vessel, aerobic composting process operates through the PLC automated computing system. The BioSpeed system regulates heat, oxygenation, agitation, particle size, and continuous movement, and handles troubleshooting, safety protocols, and alarms. Mechanical breakdown is complemented by a diverse microbial ecosystem, aiding in the breakdown of organics.

No, our machines can compost any material of biological origin. Factors such as material characteristics and density may affect decomposition time. The quality of the compost produced is dependent on the material fed into the machine. For more information, please refer to our “Client Feedstock Document.”

Following the recommended Daily Operating Procedures minimizes maintenance needs. The only consumable component is the gearbox grease cartridges, which should be replaced annually. Our machines have a lifespan of 15+ years when properly maintained, with readily available replacement components. Please reach out to your BCTA representative and ask about our Service and Maintenance Program.

The BioSpeed technology benefits a wide array of organizations, including restaurants, educational institutions, healthcare facilities, corporate campuses, hotels, agricultural operations, municipalities, composting facilities, event venues, retailers, community centers, and nonprofits, among others.

Yes, we have comprehensive case studies and specific data on the environmental benefits and cost savings achieved by organizations using our composting units. We are happy to share this information upon request.

BCTA’s BioSpeed units offer a sustainable and cost-effective alternative to traditional waste management methods.

1. Cost Efficiency:

• Operational Savings: BioSpeed units enable on-site composting, eliminating the need for frequent waste pickups and associated hauling costs.
• Reduced Disposal Fees: Organizations can save on landfill disposal fees by diverting organic waste from traditional waste streams.

2. Environmental Impact:

• Methane Reduction: Traditional landfill disposal leads to methane emissions. By composting on-site with BioSpeed, we eliminate methane production, contributing to the reduction of greenhouse gasses.
• Resource Conservation: On-site composting minimizes the need for transporting waste to distant facilities, reducing fuel consumption and emissions. In addition, it eliminates the necessity for heavy machinery at centralized facilities, further reducing fuel-based GHG emissions.

3. Nutrient-Rich Compost Production:

• Circular Economy: Our technology transforms organic waste into nutrient-rich compost right where it is generated, closing the loop in a sustainable, circular manner.
• Soil Enrichment: The produced compost can be used on-site, enhancing soil quality and promoting local agriculture. Additionally, compost has proven to offer significant carbon sequestration capabilities.

4. Rapid Composting Process:

• Time Efficiency: BioSpeed units can compost organic waste within 24-72 hours, a significantly faster process compared to traditional composting methods. Please refer to our Compost Usage Statement for more details.
• Continuous Operation: Our machines are designed for continuous use, ensuring efficient waste management without prolonged processing times.

5. Versatility:

• Applicability Across Sectors: Our technology is adaptable to various sectors, catering to the diverse needs of businesses, municipalities, educational institutions, and more.
• Scalability: BioSpeed units are scalable to accommodate different waste volumes, making them suitable for both small-scale and large-scale applications.

Yes, there are various incentives and subsidies available for organizations adopting our technology, including government grants, tax credits, environmental initiatives, waste reduction programs, renewable energy credits (RECs), industry-specific support, and energy efficiency programs. We recommend contacting local environmental agencies and relevant government bodies to explore specific incentives in your region.

Detailed information on customer support and technical assistance is available in our “Service and Maintenance Program” document.

In today’s business landscape, the demand for sustainable waste management solutions is driven by several key trends. These include heightened environmental awareness, stringent regulatory compliance, corporate responsibility initiatives, the rise of circular economy practices, a focus on cost savings and efficiency, consumer preferences favoring environmentally responsible businesses, challenges, and collaborations between businesses, waste management providers, and technology companies. These trends reflect a shift towards environmentally conscious practices, with businesses recognizing the importance of integrating sustainability into their operations.

The expected return on investment (ROI) for organizations investing in BCTA’s innovative composting technology can vary significantly based on individual circumstances. It isn’t uncommon to receive a 10-year ROI between 100%-500%, with a break-even occurring in 1-5 years.

The BioSpeed units employ a comprehensive approach to address concerns related to odors and pests. Due to the inherent design of in-vessel machines, pests and vectors of any sort will have a difficult time making their way into the machine. Also, by utilizing the aerobic composting process, these units rely on oxygen to break down organic waste, significantly minimizing the production of unpleasant odors associated with anaerobic decomposition. Through these features and practices, BioSpeed units create a controlled, sanitary, and user-friendly composting environment while minimizing adverse impacts on the surroundings. Please ask us about our activated charcoal filter option for the small amount of odor that is generated during the process.

The additional costs associated with operating the BioSpeed units include our optional Service and Maintenance Program along with the recommended yearly part replacement grease cartridges.

Our machines are equipped with separation grates designed to address contamination issues. Our recommended daily operating procedures include a daily check for contaminants, with removal suggested whenever possible. If the contaminants are small enough to pass through the machine during operation, they can be extracted after the dispensing process is complete. We encourage all of our clients to separate their waste streams as thoroughly as possible, before loading the machine.

Please refer to our “BioSpeed Guide Document” to learn all the details about installation.

Please refer to our “Service and Maintenance Program Document” 

The answer is, anything that is organic, and that’s a lot. Depending on the type of business, organic waste is usually the largest component of the waste steam. We can compost any type of food, food waste (however large bones and shells must be ground), agricultural waste, paper towels, manures, and more. We can even compost most compostable products like cutlery, plates, and cups. However, we advise against the use of cornstarch (PLA products), these will compost but take some time (they aren’t compostable at industrial sites either).

We do not recommend adding PLAs to the machine. That being said, in moderate amounts, the machine can break down PLA-based service the machine during operation, they can be extracted after the dispensing process is completed.

Please refer to our “BioSpeed Guide Document” to learn all the details about installation.

Depending on the feedstock, BioSpeed units effectively reduce the initial mass volume by 70-90% during the decomposition process. Therefore, for every cubic yard you input into the machine, you receive .3 cubic yards or less.

Please check out the BioSpeed product brochure for all relevant sizing and specs.

• M1- single phase 200-240vac, 50-60hz, 40amp; Max consumption – 4.3 kW/h
• M2- single phase 200-240vac, 50-60hz, 40amp; Max consumption – 4.3 kW/h
• M4- single phase 200-240vac, 50-60hz, 50amp; Max consumption – 6.5 kW/h
• M18- three phase 480vac, 100amp

The BioSpeed unit itself does not track waste data. However, we do consult our clientele on the easiest and most effective ways to aggregate the data. BCTA has begun a budding partnership with a waste data collection technology that can integrate directly into the process. Please reach out to your BCTA representative for more information on this option.

Each BioSpeed comes with a one-year parts and labor warranty.

The BioSpeed units provide a 70-90% reduction in volume! That means if you put one ton of organic waste in every day, you get at most one ton out per week! BCTA will make sure you have a plan for use for your finished compost. Ideally, it is used at the site of generation closing the loop, but it is always easy to find businesses in your area willing to collect your compost for and help share the full circle success story.

Yes! Several safety features are designed into the unit that minimize and eliminate risk. K-12 students easily operate the unit with minimal supervision.

While generally a low concern, salinity can vary significantly based on the materials being processed. Composts may exhibit a wide range of salt content, from low to high. As such, we cannot guarantee or promise a specific quality for the compost produced. To better understand the quality of the compost produced by your in-vessel composting unit, we recommend conducting lab testing on the compost. This testing will provide valuable insights into the specific characteristics of the compost, including nutrient content, salinity levels, and other relevant parameters. This approach allows you to tailor the compost to meet your specific needs and make adjustments accordingly. Additionally, compost with high salt content can still be effectively utilized with well-draining soils or salt-tolerant plants, depending on your intended application.

Check out the following links for useful information on composting, organic waste legislation, educational material, and much more.

• US Composting Council
• BioCycle Magazine
• Waste360
• ReFed