Requirement
We reconstruct the heat demand and usage peaks, distinguishing the power needed from the energy consumed over time.
TèKHNE / SERVICES
Heat matched to demand.
Biomass, carefully planned.
We design the thermal solution considering real demand, fuel, spaces and continuity of service.
Biomass is a system design choice that involves the entire system.
The sizing starts from consumption and heat demand profiles, not just from the power of the generator to be replaced. We evaluate loads, temperatures, domestic hot water and behavior of existing systems.
Fuel supply, storage, vehicle access, emissions, maintenance and backup systems come into play right from the start. The solution must be manageable in the site’s day-to-day conditions.
Supply chain and spaces
We check availability and quality of fuel, delivery logistics, storage and accessibility of the heating plant.
Continuity
We consider accumulation, regulation, maintenance and integration with any supporting generators.
02 / WHAT WE ASSESS
The questions that
lead the project.
An effective intervention arises from clear data and constraints, shared with those who use and manage the site.
Thermal demand
How much heat is needed in the different seasons and which users must always remain served?
Fuel and storage
What can be supplied, with what characteristics and with what storage spaces?
Management and constraints
Who will operate the system and what authorization and emissions checks are needed for the specific case?
03 / THE PATH
From analysis to commissioning.
The phases and level of detail adapt to the state of the site and the decisions to be made.
Consumption and systems
We collect data, observe the heating plant and define the needs, constraints and required continuity.
Configurations
We evaluate the generator, possible storage, hydraulic integration and compatible alternatives.
Economy and requirements
We compare investment, fuel, operation and maintenance. Let's check the applicable requirements before proceeding.
Startup and management
We plan installation, tests and transition to operation, taking into account the continuity of the service.
04 / THE RESULTS
A coherent heating plant.
Possible management.
A technical basis for choosing, implementing and following the intervention in actual site conditions.
Evaluate the investment ↗System diagram
Generation, accumulation, distribution and reserve read as parts of a single solution.
Operating conditions
Fuel, logistics, operation and maintenance requirements explained in the choices.
Basis for investing
Technical and economic hypotheses, residual checks and priorities for the subsequent project.
05 / FROM SERVICE TO PROJECT
A real project.
The heating plant of a care home.
The conditions and data reported refer to the documented project.
TèKHNE PROJECT
Generation, accumulation and reserve
For a residence for the elderly in Avellino, the diagnosis led to resizing the heat generation system. The project documents a 300 kWt pellet boiler, a 2,500 liter storage tank and the maintenance of gas-fired boilers as a reserve.
Explore the seniors' residence project ↗BEFORE YOU START
Frequently asked questions.
When does it make sense to evaluate biomass?
When thermal demand, fuel availability, spaces and management make the system practicable. The comparison must be made with consistent alternatives and with actual site conditions.
Is it enough to replace the boiler?
Normally, heat distribution, thermal storage, controls, fuel storage and operation should also be examined. The perimeter depends on the existing heating plant.
Can savings be estimated immediately?
A first estimate is possible with representative data. The result depends on consumption, prices, operating performance and management costs; hypotheses are made explicit.
LET'S START FROM YOUR CONTEXT
Let’s plan the next step together.
Tell us about your heating needs, the existing heating plant and the available spaces.