Processing agricultural crops or wood?
Turn your industrial waste into free energy and stop burning your potential profits.
Biomass CHPP design
We design and build turn-key biomass energy centers that cut industrial utility costs by up to 80%. Get full energy independence, precise ROI analysis, and a technical roadmap tailored to your production needs.
Turn biomass waste into profit
Cut energy costs by up to 80%
Stop buying expensive conventional gas or electricity and switch to your own free production residues.
Fix your manufacturing prime cost
Protect your business from energy market volatility and secure predictable long-term financial planning.
Zero carbon footprint & no eco-taxes
Fully comply with EU green regulations and eliminate carbon-related financial penalties
Solve the waste logistics issue
Stop paying for residue storage, transport, and disposal. Turn a logistical headache into an onsite energy source.
COMPATIBLE FUEL TYPES
What Can We Transform
into Cheap Energy?
Woodworking industry:
Primary waste: Bark, wood chips, sawdust, processed wood residues (AI-AIV).
Commercial fuel: Wood pellets and briquettes.
Agricultural sector:
Oilseed residues: Sunflower husks (huge energy potential), coffee bean & cocoa waste.
Crop residues: Corn cobs, buckwheat husks, rice husks, and mushroom production waste.
Complete and detailed engineering for the project
1. Analysis
We will analyze the production capacity, the amount of biomass waste, energy consumption and energy costs to assess the economic potential of the onsite energy source.
2. Concept Solution
Basing on our expertise we will choose the proper combustion technology and power capacity to achieve your goals and develop key technical solutions for your power plant.
3. Selection of equipment
We will select the optimal “price/quality” generating and auxiliary equipment to achieve the goals technical and financial of the project.
4. Feasibility Study
We’ll provide a detailed study and resource assessment of technical solutions within the framework of the chosen concept and carry out financial and economic assessment of the project
5. Selection of contractors
We will help you to choose and qualify local contractors for construction and installation work within your project
6.Supervising
To ensure timing and result meeting your expectations, we can provide designer’s supervision service for procurements and construction.
Ready to calculate the energy potential of your production waste?
Get a technical assessment and accurate ROI forecast for your facility.
OUR ENGINEERING PROMISE
Precision before CAPEX
Eliminated Financial Risks
You get an independent, unbiased Feasibility Study with accurate CAPEX/OPEX calculations. You will know the exact payback period (ROI) before signing contracts with equipment vendors.
No Overpaying for Equipment
Our conceptual design determines the precise technical capacity your factory needs. This prevents you from buying oversized, overpriced boilers or inefficient combustion systems that vendors might try to sell you.
An Actionable Roadmap to Implementation
You receive a complete, EU-compliant technical dossier and a step-by-step execution plan. Your team or future contractors will know exactly what to do, eliminating delays and local regulatory hurdles.
Vendor-Independent Expert Shield
We can qualify local contractors and provide engineering supervision. You get a professional ally who protects your interests during procurement and construction, ensuring the final project is highly profitable.
Questions
& Answers
Why should I consider a conceptual project for a biomass power plant?
A biomass plant is a major capital investment. A conceptual project is your insurance policy. It calculates the exact economic feasibility, payback period (ROI), and optimal technical solution before you sign expensive contracts. It guarantees you don’t waste millions on the wrong technology or oversized equipment.
How do you determine the right technology for my specific business?
We analyze the precise parameters of your available resource — whether it’s sunflower husks, sawdust, or agricultural straw. By evaluating its moisture, ash content, and chemical composition alongside your factory's daily energy cycles, we select the exact combustion system that ensures maximum energy output and zero operational downtime.
What exactly do I get when I hire Watteri for a conceptual project?
You receive a comprehensive technical and financial dossier, including:
Technology Selection: The most efficient combustion method for your specific waste type.
Equipment Specification: Independent recommendations for boilers, turbines, and auxiliary systems without vendor bias.
Principal Schematic Design: Key technical layouts and structural solutions for your facility.
Financial Feasibility Study: A detailed CAPEX/OPEX breakdown and a clear ROI roadmap for investors or banks.
What is the process of working with your team on a conceptual project?
The cost is determined individually and represents a fraction of the total project CAPEX, saving you up to 15% on final equipment procurement. The key pricing factors are:
The thermal and electrical capacity of the planned plant.
The complexity and mix of your biomass fuel types.
Specific site location and transport infrastructure.
What is the main value and key takeaway I will get from this conceptual project?
Equipment vendors sell their machinery; Watteri designs your solution. The main takeaway is absolute clarity and an unbiased expert shield. You will be fully prepared to negotiate with contractors, secure financing, and avoid expensive hidden operational traps during the procurement phase.
How much does a Biomass CHP Conceptual Design cost and what factors influence the price?
The cost of the Conceptual Design is determined individually and is evaluated during the pre-project analysis phase. The price is not fixed and depends on the complexity of your specific investment project.
The following key factors directly affect the final cost:
Type of fuel and combustion technology used in the facility.
Electrical and thermal capacity of the entire project.
Accepted technical solutions.
Location and transport accessibility of the site.
Watteri CHPP Design Overview
Download our brief profile to explore our key biomass engineering frameworks, core technical capabilities, and project approach.
Request a Primary Energy Assessment
Our engineering team will review your fuel type and follow up to provide a preliminary feasibility overview for your facility..