•    Proposed fuel
•    System total installed cost
•    How biomass units integrate with existing systems
•    Space for a fuel storage bin and modules required
•    Access by delivery vehicles
•    Codes, standards and regulations

•    Schools
•    Colleges
•    Hospitals
•    Public Buildings
•    Hotels
•    Recycling and Waste Disposal
•    Commercial Buildings
•    Greenhouses
•    Large Scale Agricultural Operations
•    Industrial Plants

•    Component manufacturing is performed at various OEM’s.
•    Combustion Units are manufactured in Italy.
•    Once complete and tested the system is shipped to site location.
•    Site erection, assembly and start-up is generally accomplished in under 12 weeks.

•    Fuel storage facility
•    A boiler room to house the boiler
•    Fuel handling equipment/mechanisms
•    Chimney placements to exhaust the combustions gases
•    Any necessary exhaust gas cleaning devices
•    Ash disposal equipment, systems, storage
•    Controls that keep the modular system operating optimally (water cooled grates, multiple ash augers, extractable light up burners etc)

•    What waste can be used?
   – Wood (incl. MDF and woodchip), green wood waste paper, cardboard, farm and human slurries, food waste agricultural waste and general packaging waste.
•    What waste cannot be used?
   – Some plastics, metals and glass
•    Moisture content between 0 and 120% . Will sustain loss in output bhp once moisture exceeds 30%.
•   What is the maximum size of chips allowable?
   There are two methods of fuel supply:
   – Fucomatic screw auger system
•    Up to 25mm
   – Hydraulic pusher
•    50mm x 250mm

•    Small pieces of metal generally fall through the gates.
•    Larger pieces can subject the ash augers to undue friction and seizing.
•    Numerous technologies are available to quickly and easily remove metal from the fuel stock prior to entering the gasifier.

•    The systems are highly automated and offer modulation of 5 to 1.
•    These systems can run constantly and at high output.
•    Conversely they are easily modulated down to a set point of “slumber mode” which contributes enough fuel to maintain a minimal heat load in the lower chamber but insufficient to drive thermal output.
How many people do you need to manage an Eco Link Power integrated power system?
•    This will vary from project to project and be dependant on the level of automation and fuel types.
•    Automation employed can reduce manpower employed includes:
– Automation to monitor biomass feed system which can be shut down by jams in the fuel handling equipment.
– Monitoring of unit performance with sensors, keeping it clean and topped off. System controls should be equipped to monitor unit performance including video of feed systems.
•    Requirements of code, risk management and plant practices must be established. See UK boiler regulations.

•    The Uniconfort products are produced to meet qualifying European and Italian standards.
•    Uniconfort Factory is certified to ISO 9001.
•    Copies of all such certification come with the unit manuals and can be provided prior to purchase upon request.

•    Eco Link Power Ltd can provide warranties that the system will provide the stated outputs under the conditions for which it was sold.
•    This includes thermal output of the VIGC units, the electrical generation equipment, the emissions treatment, the material handling, the briquette forming etc.

•    The systems will be warranted for a specific capacity and availability.
•    Generally availability of the modular systems is warranted to be in excess of 93%.
•    This number can be improved where systems incorporate further automation.

•    The supplied goods are guaranteed for 36 months, parts and labour for regular operations.
•    Major components of the Uniconfort Gasifier are guaranteed for 12 years.
•    The warranty covers all parts against material and workmanship defects within the warranty period that are clearly attributable to shortcomings in manufacturing and assembly.
•    All parts having the above mentioned defects will be replaced.
*For full details please refer to the warranty agreement.

•    Improper storage of the goods supplied whilst waiting to be assembled.
•    Normal wear of materials.
•    Operation outside our operating parameters as detailed in our maintenance and operation’s manual.
•    Corrosion of materials in the fire-side circuits caused by formation of acidic condensate due to operation at low temperatures.
•    Corrosion and/or deformation of materials due to over-temperature caused by clogging and/or scaling in fire circuit.
•    Irregular or inadequate maintenance.
•    Use of equipment not complying with the purposes for which it was manufactured.
•    *For full details please refer to the warranty agreement.