Pioneering Sustainable Building Solutions!
Samsara Innovations is dedicated to revolutionizing construction with EcoBrik™, a sustainable building material addressing the plastic waste crisis.
Introducing EcoBrik™
EcoBrik™ is a durable, low-carbon alternative to traditional building materials, offering strength and durability comparable to conventional materials, a significantly lower carbon footprint, cost-competitiveness, scalable production methods, and compliance with or exceeding industry standards.
Our Story
We aim to tackle the dual challenges of managing plastic waste and meeting the growing demand for eco-friendly construction solutions. Through our innovative EcoBrik™, we strive to reduce the carbon footprint associated with construction while offering a superior alternative to traditional materials, ultimately contributing to waste reduction and environmental stewardship.
Our Mission
At Samsara, we aim to revolutionize the construction sector by delivering sustainable, cost-effective, and high-performance building materials. Our flagship product, EcoBrik™, represents a breakthrough in addressing the dual challenges of managing plastic waste and meeting the growing demand for eco-friendly construction solutions.
A Low-Carbon Alternative to Traditional Bricks
In response to the rising demand for eco-friendly building materials, EcoBrik™ stands as a superior alternative. Traditional brick production is energy-intensive and a major contributor to greenhouse gas emissions. In contrast, EcoBrik™ is designed with a low-carbon production process that reduces emissions without compromising strength or durability.
EcoBrik™ Material
EcoBrik™ is adaptable for a variety of applications, with no special training required for use, it seamlessly integrates into existing construction practices, making the transition to sustainable building easy and practical.
EcoBrik™ Applications
Our product line includes EcoBrik™ Paver, designed for eco-friendly walkways, land pavements, garden paths, and driveways, and EcoBrik™ Cladding, ideal for retaining walls, landscaping, and sustainable housing.
Tackling the Global Plastic Waste Crisis
Our world faces an escalating plastic waste crisis, with millions of tons polluting our oceans, landfills, and ecosystems each year. This pollution causes severe damage to the environment, threatening wildlife and human health. As the world seeks innovative solutions to reduce, reuse, and recycle plastic, the demand for scalable and practical strategies has never been more pressing.
The Problem We Solved
While the concept of transforming plastic waste into eco-friendly building materials has long been explored, a widely adopted, proven, and economical product solution remained elusive. Samsara identified this gap and committed to developing a product that makes a tangible impact on both the environment and the construction industry..
Waste Plastic Crisis
The world is overwhelmed by waste plastic, threatening ecosystems and wildlife. Millions of tons enter oceans and landfills annually, primarily from single-use products and poor waste management. This crisis underscores the urgent need for innovative solutions and collective action for a sustainable future.
Strong Market Demands
The global bricks market, valued at $250 billion in 2023, is driven by growing demand for both traditional and sustainable materials. Urbanization, infrastructure investments, and the shift toward eco-friendly construction are key growth factors.
The EcoBrik Project
Samsara is dedicated to transforming the waste plastic crisis into an opportunity by developing sustainable construction solutions that meet the increasing demand for bricks made from recycled plastics.
Product Features
Performance and Compliance
Demonstrated comparable strength to traditional concrete bricks through rigorous testing, including compressive strength, durability, and resistance to environmental factors.
Low Environmental Impact
Reducing plastic waste in landfills and oceans, Lowering the construction industry's carbon footprint, Promoting the circular economy, and Advancing sustainable building practices.
A Practical Solution for Eco-Builders
EcoBrik™ is 45% lighter than traditional bricks, reducing transportation costs and minimizing wrist and back injuries during installation, leading to lower overall labor costs.
By choosing EcoBrik™, you're not just opting for a building material – we are contributing to a sustainable future.
Carbon Footprint Reduction
Long-Term Carbon Storage
Each EcoBrik™ is made up of nearly 50% waste plastic by weight, containing approximately 2.2 kg of CO2 equivalent. By storing plastic waste in a stable, non-degradable form, EcoBrik™ helps prevent the release of CO2 and methane that would otherwise occur as the plastic degrades.
Avoidance of Cement-Related CO2 Emissions
Prevents roughly 0.63 kg of CO2 emissions by substituting cement. EcoBrik™-based construction reduces or eliminates the need for cement, avoiding the significant CO2 emissions associated with cement production.
Lightweight Cuts Transport and Installation Emissions
Compared to a regular concrete brick of the same size, an EcoBrik™ weighs only 1.55 kg, making it approximately 50% lighter, which contributes to lower emissions during transportation and installation.
Our True North
The Key Challenges
Key barriers have historically hindered the successful use of waste plastic as building materials:
- Unable to handle inconsistent quality of plastic waste inputs
- Technical Challenges in Processing
- Difficulty meeting construction industry standards
- Long-Term Performance Uncertainty
- Resistance from traditional construction sectors
.
A Holistic Solution
Armed with this knowledge, we developed a green manufacturing process system that overcomes each of these challenges, resulting in our innovative EcoBrik™.
We are exploring patent opportunities for our unique green manufacturing process. Our innovation lies in precise engineering, proprietary techniques, and a deep commitment to environmental stewardship.
Innovative Solutions
Our innovative EcoBrik™ is the result of comprehensive research and development, addressing multiple industry challenges. This unique product stems from precise engineering, proprietary techniques, and our unwavering commitment to environmental responsibility. We are currently investigating patent opportunities to protect our groundbreaking green manufacturing process.
Low emission
The heat transfer process keeps emissions within safe limits, complying with National Institute for Occupational Safety and Health (NIOSH) standards, ensuring safety and adherence to regulatory guidelines for workplace air quality and environmental health.
Versatility
Accommodates a broad spectrum of plastics, ranging from rigid to flexible types, including PET, HDPE, LDPE, PP, PS, and even PVC. All material is processed under distinct handling protocols to ensure optimal quality and compliance with environmental and safety standards.
Materials compounding system
Features high shear mixing for uniform dispersion, temperature-controlled zones to prevent thermal degradation, low residence time, degassing for improved material quality, and energy efficiency with reduced power consumption.
Smart manufacturing process
Fully integrated with IoT monitoring systems, enables real-time tracking and optimization of every stage of production.
Zero-waste process
Our system processes 100% of all incoming materials, ensuring nothing goes to waste. Any spoilage or scrap generated during the process is efficiently recycled back into production, contributing to a closed-loop system.
Water conservation
Features high shear mixing for uniform dispersion, temperature-controlled zones to prevent thermal degradation, low residence time, degassing for improved material quality, and energy efficiency with reduced power consumption.
A dynamic group of professionals dedicated to addressing the waste plastic crisis and leading the advancement of sustainable waste management practices.
Meet Our Team
Frank Pho, CEO
With over 35 years of experience in venture capital, advisory roles, and operational management in start-ups, Frank has a proven track record of success. He has been involved in the Canada-China Cleantech Joint Working Group and has achieved impressive exits as a VC, with one exceeding 11x returns. Frank is a Chartered Accountant with a B. Com and Diploma of Accountancy from Concordia University.
Alexis Liu, COO, VP. R&D
Over 3 decades of executive experience in high-tech enterprises in Canada and Asia, with proficiency in executing ESG-centric projects such as Energy-as-a-Service, Hybrid microgrid systems, Net zero building material solutions and Smart agriculture. Alexis holds a B.Sc. in Bio-environmental Systems Engineering from National Taiwan University and M.Sc. in Computer Engineering from University of Massachusetts.
Enzo Casal, Product Manager
With 4 years of hands-on experience in the waste and recycling sector, managing 3 transfer stations and coordinating various material streams in Metro Vancouver. Additionally, responsible for supervising the BC agricultural plastics collection pilot in collaboration with CleanFarms. Enzo holds a B.Sc. Biology from UBC and MBA from Simon Frazer University.
Tony Bi, Ph.D., Technology Advisor
Director of Clean Energy Research Center and Professor in the Chemical and Biological Engineering Department at University of British Columbia, Fellow, Canadian Academy of Engineering, recipient of the CIESC Engineering Thermochemistry Award in 2023, BC Bioenergy Sector Award in October 2022, and the CSChE Industrial Practice and Design Award in October 2020, with a portfolio boasting 12 patents and provisional patents across the United States and Canada.
Kirthi Robert, Ph.D. Marketing Advisor
25 years of industry experience, across 5X different industry sectors in Canada. The former Director of Environment at Vancouver Airport Authority, Manager of Sustainability at Vancouver School District, and co-chair of Metro Vancouver Regional Engineer’s Advisory Committee’s (REAC) Climate Action Sub-committee. Kirthi is an advocate for systems-thinking and closed-loop circular economy solutions.
Iain Mant, LL.B. Legal Advisor
Director of Clean Energy Research Center and Professor in the Chemical and Biological Engineering Department at University of British Columbia, Fellow, Canadian Academy of Engineering, recipient of the CIESC Engineering Thermochemistry Award in 2023, BC Bioenergy Sector Award in October 2022, and the CSChE Industrial Practice and Design Award in October 2020, with a portfolio boasting 12 patents and provisional patents across the United States and Canada.
Lisa Bate, ICD.D, FRAIC, LEEDap BD+C, Architecture Advisor
Globally renowned sustainability executive, certified Board Director and Architect with extensive experience in ESG issues. Board Chair leadership roles at CarbonCure, WorldGBC and CaGBC. Passionate thought leader in high-performance sustainable and resilient design. Extensive knowledge of Net Zero Carbon Design, Specifications and CleanTech solutions for Buildings and Infrastructure as supported by a vast portfolio of global built work.
Sarah Gray, P.Eng., CAHP, Engineering Advisor
Principal, Senior Building Science Specialist at RDH Building Science Inc. Sarah has been in the engineering and building science field for nearly 25 years. She holds a B.Sc. in civil engineering from University of Cincinnati and a M.Sc. in historic preservation from University of Pennsylvania. Her work is focussed on heritage building rehabilitation, existing building condition assessment and deep retrofits, and building enclosure consulting for new construction. Sarah has served on various industry boards and committees for 15 years.
Recycle BC is a not-for-profit organization responsible for residential packaging and paper product recycling throughout British Columbia, servicing over 99% of BC through curbside, multi-family and/or depot services.
Recycle BC contributes to SMI efforts in cash and in kind.
A wholly owned subsidiary of BC Hydro, Powertech Labs is made up of about 200 scientists, technicians, engineers, and specialists.
Powertech is our independent test partner to ensure that all tests are conducted in accordance with relevant guidelines. Supports SMI in designing test protocols.
Owned industrial plastics recycling facility, Reclaim Plastics offers convenient and reliable pick-up services spanning across BC.
Reclaim Plastics assists SMI by preparing waste plastics to meet specific requirements, ensuring they align with the needs of our partners and clients.
Together We Are a Team
We collaborate with a network of industrial partners who support our efforts to develop EcoBrik solutions in line with industry standards
info@samsaramaterials.com
We’re transforming plastic waste into sustainable building materials, paving the way for a greener future. If you're a builder, architect, or developer passionate about sustainability, let’s collaborate to create impactful solutions together. Together, we can build structures that not only stand strong but also protect our planet. Connect with us today and be part of the change!
Join us in building a sustainable future, one EcoBrik™ at a time.!
Samsara Innovations transforms plastic waste into sustainable building materials, revolutionizing construction with EcoBrik™ for a greener future.
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info@samsaramaterials.com
(+00) 000 000 000