Manufacturer of sintered stone surfaces Neolith has introduced the Sintered Stone & Sustainability RIBA-approved (Royal Institute of British Architecture) CPD seminar.

Sintered Stone & Sustainability is designed to inspire and educate architects, designers, and specifiers about the environmental benefits of using sintered stone indoors and outdoors.

This CPD explores the unique properties of sintered stone, including its versatility and its sustainable production process, which results in materials for kitchen countertops, bathrooms, wall cladding, flooring, and furniture.

Sponsored Video

Lauren Goodbrand of Kitchens International on winning the Kbsa Concept Designer Award 2024

It also highlights the ways Neolith contributes to sustainable design, from its eco-friendly manufacturing to its suitability for modern projects.

Neolith is carbon neutral, uses natural raw materials and up to 98% recycled content across some surfaces, and is EPD certified.

According to the company, Neolith is scratch resistant, UV resistant, heat resistant and non-porous.

Neolith states the CPD demonstrates its dedication to providing “high-quality, relevant” education helping professionals stay informed about materials and sustainable solutions.

By sharing its expertise, Neolith believes it will strengthen relationships within the architectural community, positioning itself as a “trusted” partner in the design and construction process.

UK senior sales manager for Neolith UK Ross Stewart commented: “Sustainability is at the heart of Neolith’s DNA.

“Through this CPD, we aim to share our knowledge and experience in creating beautiful, sustainable spaces using sintered stone.

“It’s our goal to provide architects and designers with the tools they need to incorporate sustainable solutions into their projects, without sacrificing aesthetic or functional quality.”

 Neolith’s CPD sessions are available both online and in person to provide flexibility.

Participants will gain one hour of Continued Professional Development upon completion of the module.