| Products

Our Products

Our scalable, eco-friendly, and easily integrated solutions enhance the value of your current products, boost your profit margins, and minimize environmental impacts.

Our selection of bioresin products is carbon-negative, entirely biogenic, and sourced from plants, making them essential for carbon sequestration.

Bio+SS – Surface Sealants

Bio+SS is an eco-friendly solution designed for both temporary and permanent dust control on non-traffic surfaces. It effectively minimizes material loss and degradation while lowering the risk of contamination from erosion. This technology can be easily applied using standard industry spray canons, eliminating the need for specialized equipment.

Stockpile Sealants

Bio+SS serves as a practical alternative to cumbersome materials like plastic tarps. It effectively prevents erosion caused by wind and rain, reduces contamination, and controls fugitive dust, all while significantly decreasing material loss.

Mining & Energy

Bio+SS tackles a wide range of dust control issues, particularly those linked to drilling, blasting, hauling, crushing, and storing mined materials. It effectively manages fugitive dust from dry tailing ponds and open rail cars, thereby minimizing material loss during transportation. Furthermore, Bio+SS serves as a natural, cost-effective, and easy-to-implement solution for the prevention of Acid Mine Drainage (AMD) and Acid Rock Drainage (ARD).

Landfill

In landfill management, Bio+SS can mitigate wind damage and serve as an alternative to traditional daily cover. This approach not only reduces the need for thicker covers but also simplifies the application process, leading to lower fill rates.

Bio+EC – Erosion Control

Bio+EC is an eco-friendly solution designed to combat soil erosion, enhance surface stability, and improve the efficiency of traditional hydro-seeding methods, all while reducing costs. This product can be easily applied using industry standard liquid spraying equipment.

Agriculture

When applied as a spray, Bio+EC effectively minimizes soil and chemical loss caused by adverse weather conditions. This leads to increased efficiency and a reduction in the amount of chemicals needed for crop production. Additionally, it helps to decrease soil moisture evaporation and inhibit weed-seed germination.

Construction

Erosion control in construction projects faces significant challenges, including land clearing, steep slopes, and storm runoff, which can result in substantial soil loss, contamination of waterways, and delays in project timelines. Bio+EC offers a clean, cost-effective, and easy-to-apply solution for addressing various erosion issues in construction settings, such as road shoulders, embankments, and newly seeded ditches.

Hydro-seeding

Effective initial soil erosion control is vital for the success of hydro-seeding. Bio+EC provides a rapid and economical solution to stabilize soil, prevent sediment and seed runoff, and promote vegetation growth on slopes and construction sites. Its application creates a protective, moisture-retaining layer that shields exposed soil from wind and water erosion, thereby encouraging quick seed germination.

Bio+RBB – Road Base Stabilization

Bio+RBB provides bio-based solutions designed to establish a network of more sustainable, durable, and long-lasting secondary roads. While it does not eliminate the need for asphalt and cement as driving surfaces, it significantly enhances the performance of these materials in both low and high-traffic pavement designs. Our cutting-edge biotechnology is versatile and not limited to specific aggregates; it aims to strengthen the road base of commonly used base aggregates, including the integration of recycled asphalt pavement material.

Secondary Roads

Well-constructed secondary roads in Canada are vital for economic, social, and safety reasons, acting as essential links between major trade corridors and local communities, rural areas, and resources. They facilitate the transportation of goods, support tourism, ensure access to emergency services, and improve the quality of life, particularly in rural and northern regions. The incorporation of our Bio+RBB results in higher quality, more resilient gravel road bases that accommodate a wide range of driving surfaces. This helps municipalities optimize their budgets, reduce maintenance needs, extend road life cycles, and minimize the environmental impact on communities.

Mining / Forestry / Agriculture

Well-engineered and maintained service roads are crucial for numerous commercial operations, serving as the “backbone” that enables the efficient transport of materials while significantly influencing safety, profitability, and environmental compliance. Bio+RBB acts as an effective binder in the construction of service roads, enhancing both stability and sustainability.

Other Applications

Bio+RBB is also suitable for use in private driveways, including lanes, cottage roads, farm yards, sidewalks, and other hard walking surfaces.

Bio+BA – Binder Additive

Bio+BA offers innovative bio-based binder additive solutions suitable for a variety of industrial applications. Incorporating Bio+BA into road surface construction contributes to the development of a more sustainable world, characterized by greener, stronger, and longer-lasting driving surfaces.

Warm Mix Asphalt (WMA) Binder Additives

Warm mix asphalt employs traditional asphalt cements enhanced with additives that lower mixing and compaction temperatures by 20-40°C. This approach is essential for sustainable road construction, achieving a 20%-30% reduction in fuel consumption and CO2 emissions due to the decreased production temperatures. Additionally, it enhances worker safety by minimizing fumes, facilitates longer hauling distances, and allows for improved compaction, resulting in greater pavement durability and extended construction seasons. The integration of Bio+BA in warm mix asphalt formulations decreases the viscosity of the asphalt binder, thereby enhancing workability.

Agglomeration (Briquettes/Pellets)

Binders play a vital role in the briquetting process of materials such as Electric Arc Furnace (EAF) dust, iron ore fines, and steel plant waste, transforming loose, powdery waste into robust, high-performance, and manageable units. In the absence of an effective binder, these materials would generate excessive dust, deteriorate during transportation, and disintegrate rapidly under the extreme temperatures of an EAF. Bio+BA serves as a powerful natural binder that meets the stringent requirements, recycling needs, and EAF specifications within this industry sector.

Bio+ – New Product Development

At BDT, we are dedicated to delivering exceptional high-quality natural binders and sealants to our customers. Our product development strategy is rooted in the understanding that the markets we serve are continually evolving, presenting new challenges and issues that require effective solutions. We are committed to enhancing our product offerings to address the changing needs of our customers and are actively working to introduce innovative solutions that meet their demands.

Binder Additives

The market for natural binder additives is witnessing substantial growth, fueled by a global trend towards sustainable, eco-friendly, and “clean label” products across various industries. Our Bio+ additives exhibit outstanding binding capabilities, providing exceptional performance as an additive in emerging sectors such as building and construction, palletization (including transportation and agriculture), packaging, and other industrial applications.

Surface Sealants

The market for natural sealants is expanding due to the rising demand for environmentally sustainable, low-VOC (volatile organic compound) products, and non-toxic materials across several key industries. These sealants, typically derived from plant oils, waxes, or natural resins, are making inroads into markets that were previously dominated by synthetic alternatives. Our Bio+ sealants offer superior sealing performance, making them ideal for emerging applications such as outdoor wood preservation and protection, concrete and masonry, roofing and infrastructure preservation, and agriculture (serving as an alternative to conventional field plastics).