Run · Service
Renewable Energy: Solar / Wind / Hybrid
Lower energy cost and a smaller footprint with captive solar, wind or hybrid power.
Power is one of the largest operating costs of a shredding, milling or smelting plant. We assess the site and load profile, compare solar, wind and hybrid options against your tariff, and take the project through design, approvals and implementation.
- Typical timeline
- 3–4 weeks for the feasibility study
- Typical industries
- EngineeringAutomotiveChemical ProcessTyre & Rubber
You receive
- Site assessment
- System design basis
- Implementation plan
- Approvals roadmap
What we do
- Feasibility studies and site assessment
- Technology selection and system design: solar, wind or hybrid
- Project development and implementation
- Grid connectivity and regulatory approvals
How the engagement runs
Assess, decide, build, run.
- 01
Assess
Site, feed, buyers, constraints and what success looks like.
You hold: Findings and opportunity note
- 02
Decide
Technology, capacity, layout, cost and financing, written up for a decision.
You hold: Detailed project report and model
- 03
Build
Vendors, construction and commissioning managed as your owner's engineer.
You hold: A commissioned, documented plant
- 04
Run
Yield, water and energy tuned so the plant keeps paying back.
You hold: KPIs and an improvement plan
FAQ
Questions we often hear.
Related services
Often combined with
Process Waste Reduction & Optimisation
Find the waste in your process, cut it, and turn what remains into something sellable.
Wastewater Management Towards Zero Discharge
Treat, recycle and reuse, working towards zero liquid discharge where the consent demands it.
Plastic & Rubber Recycling Solutions
Feasibility and a bankable detailed project report for your recycling plant, from feed to buyers.
Planning renewable energy: solar / wind / hybrid work?
A short message is enough to start: the waste stream, the location, the scale you are thinking of, and where you are in the decision. We reply within one business day.