contact us

send us your message

Thank you! Your submission has been received!

Oops! Something went wrong while submitting the form

our latest press releases and publications

Silicor Materials Secures Multi-Million Dollar Equipment Contract with SMS Siemag

March 25, 2015

SAN JOSE, Calif. -- Silicor Materials, Inc., a producer of high-quality solar silicon, today announced the signing of a multi-million dollar equipment contract with SMS Siemag, a global player in machinery and plant construction in steel and nonferrous metals processing, for Silicor’s commercial-scale plant in Grundartangi, Iceland. The Iceland plant is expected to be the lowest-cost silicon plant in the world.

The companies have worked together for more than four years to develop an efficient and highly automated plant with a throughput guarantee from SMS of 16,000 metric tons (MT). Silicor’s management plans to optimize the Iceland plant to achieve an additional 20 percent throughput. Silicor Chairman John Correnti said, “In my 30 years working with SMS, they have continually over-performed.”

Under the terms of the agreement, SMS will supply all equipment and factory design services for the plant, including the associated engineering drawings and documents, supplies, technical and installation support necessary for the completion of the project. The Icelandic plant is expected to be the first in a series of facilities for which Silicor intends to contract with SMS.

“The Silicor project provides the potential to fundamentally improve the supply chain for the production of solar silicon,” said Dr. Guido Kleinschmidt, member of the Executive Board at SMS Siemag. “It is based on the environmentally friendly utilization of Iceland’s natural resource of renewable energy, which fully complies with SMS’ ‘Ecoplants’ vision to provide ecological and economical optimized metallurgical plants. We are proud to work together with Silicor and its Icelandic partners for the realization of this important project.”

Currently powering more than 20 million photovoltaic (PV) cells around the world, Silicor’s solar silicon is a lower-cost alternative to traditional polysilicon that uniquely enables manufacturers to optimize costs. The material is produced through a proprietary metals-based process that consumes two-thirds less energy than traditional methods and requires no toxic chemicals.

Further financial discussions around the initial phase of the facility are progressing as anticipated.

“We’re taking meaningful steps to get this plant off the ground in an aggressive timeframe, and the progress we’ve made in just a few months underscores our commitment to both the Icelandic community and to our customers,” said Silicor Materials CEO Theresa Jester. “SMS Siemag has nearly 140 years’ experience with projects of this type in the metals business, which makes the company a natural partner as we ramp production. Together, we are working to revolutionize the economics of the solar industry.”

...

featured news
November 30, 2015

Silicor Materials Commits to Carbon Neutrality at Iceland Solar Silicon Plant

SAN JOSE, Calif.—Silicor Materials, a manufacturer of high-quality solar silicon, today announced an initiative to achieve a carbon-neutral status at its commercial manufacturing facility in Grundartangi, Iceland.

August 10, 2016

Silicor Materials and AM Technical Solutions Close $8.9M USD Project Management Contract

SAN JOSE, Calif. -- Silicor Materials, Inc., a manufacturer of high-quality solar silicon and aluminum by-products, today announced the signing of a contract with AM Technical Solutions (AMTS) – a construction and project management and facility solutions firm for the high tech markets – for the project management of Silicor’s first commercial-scale plant in Grundartangi, Iceland. The project is expected to break ground before the end of 2016 and be fully operational by 2019.

May 31, 2017

Silicor Materials Announces Production of PERC Mono Cells at 20% Efficiency Using Its Standard Solar Silicon

SAN JOSE, Calif. -- Silicor Materials, Inc., a manufacturer of high-quality solar silicon and aluminum by-products, announced today that in its first ever attempt, the company has produced p-type mono PERC (Passivated Emitter Rear Cell) cells at approximately 20 percent efficiency, using 100 percent of its standard silicon feedstock.