“Our drive lies in our commitment to progress the current renewable energy technologies in the construction and development industries. Our vision is to become the leading company in the renewable energy industry providing our current and next generation stakeholders with innovative and sustainable solutions”.
Faris N. Sahawneh
General Manager
Renewtec Technologies L.L.C.
Corporate Overview
Renewtec was established in 2010 and is actively researching and developing renewable energy technologies. Some of the current research areas of the company includes: Building and testing solar villas, with reliable and efficient designs, that comprise PV systems, solar thermal systems, adsorption chillers, insulation technologies, glazing technologies and other technologies. Designing and installing reliable and feasible solar power systems for buildings. Testing and developing a patented solar adsorption technology: www.ipo.gov.uk Testing new ideas for energy conversion, which includes thermionic energy conversion from carbon based materials, such as carbon nanotubes, nanocrystalline diamond films, and graphene.
Core values
Integrity: Our leadership lies in our transparency with all our stakeholders
Teamwork: Our aim is to provide sustainable teams working together to achieve the organization’s objectives.
Clients: Our aim is to provide the highest caliber of service to all our clients, exceeding their expectations and guiding them through their journey with us.
People: Valuing and respecting our stakeholders
‘SOLAR ADSORPTION APPARATUS’
A solar adsorption apparatus comprising a parallel array of adsorber tubes; and an array of pairs of reflectors, each pair of reflectors having an axis parallel to said parallel array of absorber tubes; arranged such that in a first position: a reflector surface of one pair of reflectors and a reflector surface of an adjacent pair of reflectors form a compound parabolic concentrator having one of said adsorber tubes positioned to receive radiation reflected by said compound parabolic concentrator; and each pair of reflectors forms a shaded area with an adsorber tube positioned within said shaded area; the apparatus further comprising control means to move the pairs of reflectors relative to the array of adsorber tubes to a second position wherein: adsorber tubes that were in a shaded area in said first position are positioned to receive radiation from a compound parabolic concentrator formed from a reflector surface of one pair of reflectors and a reflector surface of an adjacent pair of reflectors; and adsorber tubes that in said first position were positioned to receive radiation from a compound parabolic concentrator formed from a reflector surface of one pair of reflectors and a reflector surface of an adjacent pair of reflectors are positioned within a shaded area formed by a pair of reflectors.
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SOLAR POWER SYSTEMS
Our continuous efforts to research and develop innovative solar power systems are in progress. Currently our capabilities offer the design and installation of solar power systems.
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ADSORPTION CHILLER TECHNOLOGY
Our continuous efforts to research and develop innovative adsorption chiller technologies are in progress.
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INSULATION TECHNOLOGY
Our continuous efforts to research and develop innovative insulation technologies are in progress.
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GLAZING TECHNOLOGY
Our continuous efforts to research and develop innovative glazing technologies are in progress.
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ENERGY CONVERSION
Our continuous efforts to research and develop innovative energy conversions are in progress.
Testing new ideas for energy conversion, which includes thermionic energy conversion from carbon based materials, such as carbon nanotubes, nanocrystalline diamond films, and graphene.
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