Blue Sphere CEO Says His Firm Is Poised to Develop Portfolio of High Yield Assets in the U.S.

LOS ANGELES, CA--(Marketwired - Aug 8, 2013) - Blue Sphere Corp. (OTCQB: BLSP), a company in the cleantech sector which develops waste-to-energy and other renewable energy projects has been attracting the attention of investors and media as they ramp up their innovative projects in the U.S. The Company aspires to become a key player in the global waste-to-energy and renewable energy markets and CEO Shlomi Palas, took time to answer questions about his firm.

Q: Briefly explain to investors who may not be familiar with Blue Sphere, what your company does and why an investment in your company is a good opportunity right now?

Shlomi Palas, CEO of Blue Sphere: Blue Sphere develop-build and operate facilities which use organic waste to produce clean energy. Blue Sphere is positioned in a multibillion arena which is currently serviced by very few and small scale competitors. The endless supply of waste, which we call "the new oil fields", the new strict Federal and State legislation to divert organic waste from land fields, the already in force legislation to substitute fossil energy with renewable energy, the Federal and State incentives for the activities above, all these tectonic movements are the power behind Blue Sphere raison d'être. Blue sphere has an objective of building a portfolio of 60 Mw/h high yield assets with IRR greater than 15% with-in the next 5 years.

Our projects have multiple sources of 15-20 years secured revenues including power purchase agreements from tier 1 electricity companies in the US.

If you understand the new immense business that is developing, you might want to consider investing in it, either in Blue Sphere or in our competition. We believe we are the best.

Q: What is anaerobic digestion and how big is this technology in other parts of the world? Do you think it will catch on in the U.S. and why?

Shlomi Palas, CEO of Blue Sphere: Anaerobic Digestion is a well established and proven technology, which has been perfected along the years, to extract from organic waste the methane gas, in a relatively speedy way.

The methane gas which has been extracted out of the organic waste is being injected into generators which are being used to produce electricity which is then supplied to the grid.

There are about 8,000 facilities in Europe and more in other parts of the world. In the US there are only several hundred small ones mainly for manure.

Anaerobic digestion is the optimal solution for many types of organic waste management and production of different energy sources (heat, steam, gas and electricity).