Biomass Energy Production Plants: Design, Integration, and Enhancement of Local Supply Chains
Spike Renewables has been operating for many years in the design and development of renewable energy production plants fueled by biomass, with particular focus on integrated solutions for the generation of thermal and electrical energy and, in some cases, cooling energy. The activities carried out cover the entire plant development cycle, from technical and economic feasibility studies through detailed design, permitting support, and commissioning and start-up phases. The experience gained involves plants of various scales, located in agricultural, industrial, and complex territorial contexts, with strong attention to the enhancement of local resources and environmental sustainability.
Solid and liquid biomass: an integrated technological approach
Spike Renewables has developed specific expertise in plants fueled by solid biomass (wood chips, pruning residues, forest residues, olive pomace) as well as liquid biomass systems, particularly pure vegetable oil derived from dedicated agricultural supply chains. The design approach takes into account the chemical and physical characteristics of the fuel, storage, handling, and pre-treatment issues, and their implications for energy conversion technologies, operational continuity, and emissions control.
Thermal, cogeneration, and trigeneration plants
A significant part of the activities involved the design of biomass-fueled cogeneration and trigeneration plants, based on reciprocating engines or biomass boilers combined with energy recovery cycles. These systems maximize overall plant efficiency, achieving high total efficiencies through heat recovery from exhaust gases and cooling circuits. In several cases, plants were primarily sized based on thermal demand, with electricity generation integrated as a natural consequence of the overall energy balance, in order to optimize annual operation and reduce wasted energy.
Biomass plants and district heating networks
Spike Renewables has also been involved in the design of biomass thermal plants serving district heating networks, intended to supply public buildings, hospitality facilities, and rural villages. Activities included the design of plant facilities, underground distribution networks, user substations, and hydraulic balancing and control systems. These interventions required careful integration of energy, territorial, and environmental aspects, as well as compliance with stringent regulatory requirements regarding emissions, safety, and service continuity.
Short supply chains, logistics, and sustainability
A distinctive element of Spike Renewables’ approach is its focus on biomass supply chains, particularly short and local supply chains. Activities included the assessment of biomass availability within the territory, the design of storage and drying systems, and integration with existing agricultural and forestry operations. This approach helps reduce logistics costs, improve overall system sustainability, and generate positive environmental and socio-economic impacts.
Added value of design expertise
The experience gained in biomass energy systems enables Spike Renewables to address complex energy systems with an integrated vision that combines plant engineering, energy analysis, environmental considerations, and economic sustainability. This approach allows the development of reliable, efficient plants aligned with local territorial characteristics, contributing concretely to the transition toward a low-carbon energy system.