Sherle operates on a lean, consulting-driven engineering model designed to deliver high-quality chemical process engineering without the cost and rigidity of traditional EPC structures.
This model allows us to support startups, SMEs, and established organizations with the same technical rigor—while keeping our services accessible, flexible, and scalable.
Traditional EPC companies are built around construction execution. Their engineering teams are sized and priced to support large, capital-intensive projects, often resulting in:
High fixed overheads
Rigid processes
Limited flexibility for early-stage or smaller projects
Sherle was intentionally designed differently. We are a pure engineering consultancy focused on what matters most- getting the engineering right, early and without unnecessary overhead.:
FOAK & Novel Processes
Getting the Engineering Right
Projects of Any Scale – from deep tech startups to large multinational programs
Lean, Engineering-Led Execution
This approach allows our clients to invest in engineering judgment and clarity, not bureaucracy.
Instead of maintaining a large, fixed organization, Sherle operates with a core leadership team supported by a distributed pool of experienced engineering specialists.
This structure allows us to:
The result is world-class engineering delivered efficiently and responsibly.
Our consulting model gives us access to specialized expertise across geographies, enabling us to support diverse technologies, codes, and industry practices.
At the same time, we remain deeply aware of:
This balance ensures designs that are both globally sound and locally executable.
Clients working with Sherle invest in:
They are not paying for large office infrastructures, idle manpower, or construction markups. This is why our pricing remains competitive without compromising quality or safety.
Our consulting model is particularly well-suited for:
At the same time, our deliverables meet the standards expected by EPCs, fabricators, regulators, and investors.
Traditional EPC companies are built around construction execution. Their engineering teams are sized and priced to support large, capital-intensive projects, often resulting in: