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Case 1: Recycled plastic waste to Horticultural Containers

Challenge: A client wanted to develop eco-friendly plant containers using recycled waste thermosoftening plastic. However, heating the plastic for molding could lead to oxidation and degrade its strength.

Rejuvetech Solution:

  • Material Testing: Utilising expertise to identify the optimal heating process in an oxygen-free oven to prevent feedstock degradation.
  • Tensile Strength Testing: Conducted tensile tests to ensure the recycled material retained sufficient strength for the containers.
  • Network Leverage: Collaborated with partners to access state -of the-art equipment for precise testing.

Result: The client successfully developed durable, durable, eco-friendly containers from recycled plastic feedstock, reducing plastic waste and promoting sustainability.

Case 2: Validating product composition through analytical chemistry

Challenge: A client, distributing an imported material, suspected discrepancies between the supplier’s claimed composition and the material’s actual chemical make up. Potential legal ramifications loomed if the material wasn’t as advertised and consequently needed to be resolved.

Rejuvetech Solution:

  • Advanced Analytical Techniques: We employed various analytical techniques including  spectroscopic  and chromatographic techniques to determine the material’s true composition and properties.
  • In-depth Analysis: We interpreted data, uncovering significant deviations from the supplier’s claims.
  • Clear Reporting and Action: We provided a comprehensive report with evidence empowering the client to take appropriate action to protect its business interests.

Result: Rejuvetech’s swift and accurate analysis exposed the material deception, safeguarding the client from potential legal issues and highlighting the importance of thorough material verification.

Case 3: Paving the Way for Sustainable Asphalt

Challenge: A client needed to assess the environmental impact of its asphalt product.

Rejuvetech Solution:

  • Degradation Testing: Conducted tests to simulate real-world conditions and assess the materials long term degradation rates.
  • Toxicity analysis: Employed advanced techniques to identify and quantify any potential toxic elements leaching from the materials.
  • Green Materials Selection: Provide data-driven recommendations on the most sustainable material options based on longevity and minimal toxicity.

Result: Gained valuable insights into the environmental impact of its product, enabling the client to make future informed decisions as to eco-friendly construction projects.

Key Takeaways from the case studies

These mini case studies showcase Rejuvetech’s expertise in:

  • Material Testing: Utilizing diverse analytical techniques for accurate materials characterisation.
  • Product Development: Supporting clients in creating sustainable and compliant products.
  • Regulatory Compliance: Ensuring products adhere to relevant safety and environmental regulations.
  • Network and Resources: Leveraging established partnerships for access to cutting edge-equipment and expertise.

Conclusion

These case studies showcase Rejuvetech’s expertise in applying analytical chemistry and allied disciplines to various material and product development challenges. By combining their knowledge, experience, and access to state-of-the-art resources, Rejuvetech helps clients ensure the safety, longevity, regulatory compliance, and eco friendliness of their products, contributing to a more sustainable future.