At Helec we have extensive experience with both domestic and commercial Biomass CHP technology .

Helec have many years’ experience with a variety of Combined Heat & Power solutions through a multitude of fuel sources and the recent Government incentives to drive down emissions and look for low carbon heating solutions has prompted Helec to source a partnering Biomass CHP manufacturer.

The core product for biomass CHP systems is the:

ESPE CHiP50 Biomass Combined Heat & Power Gasification unit (110kW/th & 50kW/e)The ESPE “CHiP50”

Contact us today to discuss your Biomass CHP system or read more below

Technical Specifications

Cogenerator *Gasifier*
TechnolgyOtto-cycle internal combustion engine with direct drive three-phase alternatorType of GasifierDowndraft
Engine FeaturesLiquid-cooledHeight3180 mm
FuelSyngas from wood chipsBase Width1214 mm
Height1500 mmLength5800 mm
Width1000 mmWeight2500 kg
Length2300 mmCapacity Power Chips M1049 kg/s
Engine Capacity12.000 cm3Average Flow Syngas Generated>0.036 kg/s
Number of Cylindersn°6PCI Average Syngas (if PCI chips = 18 M / KG)3.5:4 Mj/kg
Number of revolutions1500 g/minAverage efficiency of Gasification>75%
Gross Electric Power49 kWeAsh Producedmax 5% by weight of the chips input
Number of Phases4 con accensione a candelaAsh removalAutomatic
Operating Volts415 VWood Chips loadingAutomatic
Output75 AOperation Temperature1100 °C
cos PHI0.98
Noise Level90 db
Gross Thermal Power110 kWt

The cogenerator is suitable for supplying power networks in compliance with the CE10012 regulations. Emissions in compliance with attachment X of Legislative Decree 152/2006.

The data refer to the machines supplied in standard configuration of the frame. However, it is also avaialble in the configuration encasing. * All the described data refer to fir wood chips with the following features: Max. Particle size of wood chips: P 50 main fraction 3.15mm < P < 50mm, min 80%; fine fraction < 1mm, max 5%; thick fraction >50mm, max 1%.

How the CHiP50 System Works

Biomass Combined heat & Power unit uses virgin wood chips as a fuel source in the gasification of a solid material which in turn produces a gas (Syngas) which is the primary fuel used to run the motor engine which turns the alternator and produces the 50kWe electricity at source.The thermal energy created in the gasification and electricity generation process provides a combined value of 110kW/th which heats the systems cooling water circuits and this is transferred away via a plate heat exchanger which is connected to a thermal store and makes available hot water for space heating systems and domestic hot water pre-heat & production.

Biomass CHiP System

 

Funding schemes, incentives and grants

There is no direct funding or grants available for CHP. There are, however, a number of Government funded incentives to help recoup the capital and running costs, these include:

• exemption from the Climate Change Levy for all Good Quality CHP fuel inputs and electricity outputs

• eligibility for Enhanced Capital Allowances (ECAs) for Good Quality CHP plant and machinery

• business rates exemptions for certain Good Quality CHP schemes• enhanced eligibility for Renewables Obligation Certificates (ROCs) for renewable CHP schemes

• eligibility for ROCs for the biomass element of fuel used in biomass or energy from waste CHP plants

• reduced VAT on the installation of micro-CHP

• eligibility for the Renewable Heat Incentive as of June 2011, where a qualifying renewable fuel source is used

Government funded schemes change year by year so please sense check and verify first with either your local government web site www.localgov.uk or the governments national web site www.gov.uk
For more information on this Biomass CHP unit and “CHiP50” Gasification CHP unit, or for other Biomass options available contact the Helec office at info@helec.co.uk  or 01934 862264

General Image of ESPE CHiP50 unit

How Biomass Systems Work

Biomass consists of any animal and vegetable derived biological material in non-fossil form from which energy can be obtained. The European Union considers the energy application of wood biomass one of the most effective systems for reducing greenhouse gas emissions (see European Directive 2009/28/EC for references and guidance). The combustion of wood in fact releases the same amount of CO² that a tree absorbed from the atmosphere during the course of its growth.The balance regarding CO² therefore stays level. What’s more, if the wood should not be used and simply left to degrade and rot in the undergrowth the same amount of CO² would be released into the atmosphere. Therefore, it makes good sense to exploit energy derived from natural wood waste.

Biomass Flow Diagram