At Devign we enable you to achieve your net zero science-based targets. Have you committed to be net zero and are struggling to see where you can make changes that will get you to there? Have you tried many expensive initiatives which do not make big enough reductions, financially impact your business, and will not reduce your emissions fast enough to be on track for net zero?
Do you want to stay competitive, secure clients and your business future. Are you looking for a clear integrated way forward? At Devign we enable class 2 medical device OEMs to achieve their net zero SBTs (Science-Based Targets) through product range innovation, devising solutions to reduce your emissions, reduce costs, increase market share and profitability, and set you up with a future proofed business.
Start your journey to achieving your Science-Based Target commitments the right way, and avoid wasted time and money.
Get in touch today and we will guide you through the journey to a net zero, future proofed business.
Email: hello@productsustainability.co.uk
Web: productsustainability.co.uk
Or message on LinkedIn
Company Details
- Address
- -, Cheltenham,united Kingdom
- Industry
- Regenerative Design
- Keywords
- Net Zero, Design for sustainability, LCA, Systems thinking, Futures thinking, Circular Economy, Business modeling, Life cycle thinking, Sustainability regulations and strandards, Materials insights, Behaviour change, Change management, SBTi, B-Corp, GHG Protocol, Leadership, Target setting, Business strategy, BSI standards contributor, Concept design and development.
- HQ
- Cheltenham
Product Sustainability By Devign Questions
Product Sustainability By Devign's LinkedIn profile is https://uk.linkedin.com/company/product-sustainability-by-devign
Product Sustainability By Devign's industry is
Regenerative Design
Product Sustainability By Devign's top competitors are
Fether Labs,
Polycarbin,
Workbench,
Recyclelab,
Labcycle,
Snitch,
Pd-M,
Bloom Esg,
Readvance,
Research Recycling.
Product Sustainability By Devign's categories are Regenerative Design
