Green Resources Group Limited (GRG) is a public holdings company registered in November 2009 with 3 subsidiary Pty Ltd companies:

The management team has conducted extensive market research, due diligence, feasibility study and strategic business planning prior to the launch of this organisation and its business model since mid 2009.

GRG wholly owns and operates the 3 subsidiary companies each responsible for a different operation catering for different market sectors. GRG’s core business is built around the latest technology in renewable energy – Solar Photovoltaic System.

1. First Renewable Energy: First Renewable Energy is responsible for the sourcing, procurement and importing of a comprehensive range of solar products and supplies. FRE also conducts wholesale and distribution of solar photovoltaic panels and parts in high volume in both domestic and international markets.
2. Inspire Solar: Inspire Solar is in charge of sales & marketing, supply and installation of solar photovoltaic systems for residential homes, strata management building, warehouses, schools and commercial buildings in NSW, the company will expand to QLD and WA in August 2010.
3. Perpetual Solar: Perpetual Solar is the founder of the franchise system for retail solar shops Australia-wide. The product range includes Solar Photovoltaic Systems and a wide range of solar devices and gadgets. An online shop is in operation which complements the retail franchisee shops.

COMPETITIVE ADVANTAGES

• Successful procurement and importing of the full range of products/parts for solar PV systems
• Experienced Industry Leading Management Team
• Supplying the best solar panels in NSW (most advanced technology and A grade quality)
• Procured Exclusive & None-Exclusive Distributorships for solar products.
• Strong Government Accredited Installation & Operation teams – shortage of accredited installers only 100 or so in NSW.
• Strong Sales, Operations team
• Strong cash flow & finance backing

KEY INVESTMENT HIGHLIGHTS

• Fast exit strategy – IPO in October 2010
• Minimal and managed risk
• Multiple revenue streams
• High but realistic ROI
• Tangible asset base – $2 Million+ of land, plant, equipment, stock
• Strong sales records
• Aligned interest between shareholders & senior management team (All shareholders work in the business)
• Zero debt, no gearing.
• Strong finance backing & favourable trading condition for future stock purchase & acquisition.

BOARD & MANAGEMENT

Richard Sharp – Managing Director (Bachelor of Mathematics – Beijing University. Master of Business Administration – University of Technology Sydney)

Self-made billionaire (in today’s economical scale) by the age of 28.Experienced in founding business from the ground up to industry leading corporations.World-class visionary and entrepreneur.Extremely well connected with manufactories in China.

Leo Li – Chief Executive Officer (Bachelor of Computing Science – University of Technology Sydney)

Professional negotiator & charismatic leader with strong business acumen and all-round management skills. Experienced in Mergers & Acquisitions of domestic & international multi-million dollar projects.

Kenneth Norris – Group General Manager (Diploma in Marketing)

Over 30 successful years in the B2C market and is responsible for the creation and growth of the largest Home improvement companies in Australia.

Proven leadership and change management abilities that have a “Fast to Market” result which is paramount and critical to this fast growing new industry.

Green Resources Group is also seeking additional Board members.

CORPORATE STRUCTURE

Investor will be purchasing the shares in the Parent Company – Green Resources Group Limited which wholly owns and operate the 3 subsidiary companies.

EXIT STRATEGY

Company will conduct an IPO and be listed on a suitable exchange platform on October 2010.

FURTHER INFORMATION

Leo Li (CEO – Green Resources Group)

M: 9748 3879 /  0410 566 862

E: Leo.Li@GreenResourcesGroup.com.au

Sourced and published by Henry Sapiecha

China’s Solar Firms Get A Boost

Government loans give Chinese solar companies an

even bigger edge over U.S. rivals.

GET YOUR HOME ASSESSMENT NOW

Step 1 - Book your free home sustainability assessment
At no cost, a qualified home sustainability assessor will visit your home to investigate energy and water consumption patterns to identify actions that your household can take to save energy and water.


Step 2 - Receive your tailored home sustainability assessment report
valid for six months, including:
the best water and energy saving changes you can make to your home
practical information to get your household started.

Step 3 - Choose which recommended actions you will take to improve your home

The report is the first step in qualifying for an interest-free Green Loan of up to $10,000 from one of the Green Loans participating financial institutions.

Only one Green Loan is provided per home sustainability assessment report—but one loan can support many individual actions.

Your household may simply accept the report and implement the simplest recommendations.

For more information go to

www.greenloans.org.au or www.energy-options.info

mandatorydisclosureconsultants@hotmail.com

Mandatory Disclosure Consultants [Aust]

or call Michelle – BA Comm.JP Qual.[Qualified Assessor]

direct on 0447776379.

I service the Fraser Coast Area (Hervey Bay, Maryborough, Howard, Torbanlea, Childers, Burrum Heads and Apple Tree Creek areas,the hinterland and everywhere in between.

Produced and published by Henry Sapiecha 18th Jan 2010

Mandatory disclosure will encompass the effective proof of the worthiness and compliance of all residences to standards set for the eco values that apply for an efficient use of energy throughout the home.

Greenhouse gases and global warming amongst other factors have determined our direction for ensuring we all comply.

This section of the site will elaborate on all aspects of the regulations that apply to mandatory disclosure for all residences in complying with eco regulations.

Watch this space as we populate it with relevant data.

More info here

or go to CATEGORY – MANDATORY DISCLOSURE

on the right hand side of this site.

We are qualified in ensuring your compliance, so contact us for our assistance @

Michelle Hislop.  BA. Comm. JP Qual. [Qualified Assessor]

fistof curry@hotmail.com

The Australian Government has allowed each householder to have their residence assessed for eco friendliness and if you qualify give you an interest free loan up to $10,000 for improvemnts to the residence in supplying and installing any such facilities that will ensure compliance to the latest eco friendly standards.

THIS SECTION WILL BE EXPANDED IN DUE COURSE AS INFO BECOMES AVAILABLE TO GIVE YOU THE OPPORTUNITY TO APPLY FOR THESE INTEREST FREE LOANS.

WATCH THIS SPACE -more info

or GO TO CATEGORY-GREEN LOANS on right hand side of this site.

In the meantime if you have any queries about green loans address your enquiry to

fistofcurry@hotmail.com

Michelle HislopBA.Comm. JP Qual.[Qualified Assessor]

Don’t miss out-Apply now

Two years ago the MDHCC brought in anew high-efficiency gas engine tri-generation plant .

The results have beensignificant in the high energy savings and
reduction of CO2 emissions.
Since the installation of the new system, MDHCC has raised COP by 0.5 points and has achieved a 24% reduction of fuel
consumption and cut CO2 emissions by 24,000t/a.
This saving of energy and reduction of CO2 emissions results from the best mix of optimum layout and design of highefficiency equipment such as gas engines which generate power using clean natural gas as fuel and optimum operational technology.
Two high-efficiency Wärtsilä engines with a power generation efficiency of
45.6% have been introduced for the firsttime into Japan. Electrical power
produced by the gas engines runs theelectric turbochiller to produce chilled water. The surplus electrical power isused to power the plant and is also sold to generate cost benefits.
The Wärtsilä gas engines not only produce high levels of efficiency but they also provide low costs of operation as natural gas costs less than fuel oil and the consumption of lubricating oil is at a minimum level.
A heat recovery system uses the gas engine’s waste heat to produce steam to power the engine’s waste heat boilers toproduce large amounts of steam which drives absorption chillers that produce chilled water. Additionally, no steam is Steam operations in Japan

Clever utilisation of steam is at the heart of the Makuhari District Heating and Cooling Centre located just outside Tokyo. Many consider it the perfect model of trigeneration.Wasted as it is actively used as a heat
source in all kinds of situations at theoperator’s facilities.
The beneficial aspectsSteam created by the furnace flue boiler becomes the heat source for customer’s heating and is also used as a heat source
for the steam absorption chiller.

Water tube boiler is operated primarilyto drive the steam turbine turbo chiller.
Heat generated during cooling of the gas engine is sent to the hot water absorption chiller to be used as a heat source for the air conditioning.
In addition, high temperature heat generated by the gas engine is used to
create steam at the heat recovery boiler,which is used as the heat source to produce chilled water for air conditioning at the steam absorption chiller.
The cooling towers are installed on the upper portion of the pyramid and serve to radiate heat generated to the chillers.
The district heating and chilling pipelines are installed in purpose-built culverts which run throughout the city
The tri-generation power plant contributes to the local environment by
significantly reducing CO2 emissions and preventing air pollution by reducing both NOx and SOx emissions.
The heating and cooling of buildings is, in many cases, installed by independent air conditioning systems. The buildings must each provide everything from installation of various heating and cooling sources to management, operation and maintenance.
On the other hand, district heating and cooling generates ‘heat’ such as chilled water and steam collectively at a single energy plant.
This is a centralised system that supplies this through pipes to multiple buildings located within a fixed area. By entrusting such matters to energy professionals, customers are able to use ‘heat’ that is safe,secure and environmentally-friendly.
A spokesman for the MDHCC told IPA:
“The concept of tri-generation is now a proven, cost effective alternative for a continuous supply of electricity, heatingand cooling needed all year round.”
www.wartsila.com
Internet link
IPA

Sourced and published by Henry Sapiecha 16th July 2009

Mitsubishi Heavy to Test CO2

Recovery from Coal-fired Flue Gas

Mitsubishi Heavy Industries Ltd (MHI) and Southern Company, a major US power company, will jointly launch a field test in 2011 to recover high-purity carbon dioxide (CO₂) from coal-fired flue gas.

The two companies will set up a CO₂ recovery demonstration plant, which is designed to be built at a medium-scale thermal power station in Alabama, the US. Based on the results of this demonstration plant, they will aim to commercialize the recovery plant in the future.

The field test will be subsidized by the US government. The demonstration plant will be constructed in Plant Barry, a coal-fired power station owned by Southern’s subsidiary Alabama Power. Recovered CO₂ will be compressed and stored in an aquifer deep underground.

The demonstration plant is composed of various facilities such as those for pre-processing, CO₂ absorption/reclamation (absorption and reclamation towers) and CO₂ injection. The plant will recover 500t of CO₂ per day (equivalent to that produced when 25,000kW electricity is generated). The recovery rate is 90% or higher. The purity of recovered CO₂ is expected to be 99.9%.

The recovery process is as follows. Coal-fired flue gas contains not only CO₂ but also ‘impurities’ such as SOx, NOx, heavy metals and halogen compounds. These impurities are removed as much as possible in the pre-processing facilities, and the flue gas is cooled to near room temperature.

Flue gas with most impurities removed is taken into the absorption tower. Inside the tower, the gas is brought into contact with an absorbing solution so that only CO₂ is absorbed into the solution. The solvent, “KS-1,” is an amine-based material co-developed by MHI and Kansai Electric Power Co Inc.

Next, the solution containing CO₂ is sent to the reclamation tower, where CO₂ and the solution are separated from each other by heating. Then, CO₂ is recovered, and the solution is recycled.

MHI has already commercialized a system to recover CO₂ from natural gas-fired flue gas. But, in order to apply this system to coal-fired flue gas, an additional process is required to remove heavy metals and halogen compounds because the impurities contained in natural gas-fired flue gas are only SOx and NOx.

Electric Power Development Co Ltd is also testing a CO₂ recovery plant for coal-fired flue gas at its Matsushima Thermal Power Plant. However, the amount of CO₂ recovered at the plant is only 10t per day. Therefore, a field test needs to be carried out using a larger scale plant for commercialization.

In addition to the field test announced this time, MHI is planning to construct a demonstration plant with a recovery capacity of 3,000t per day in the UK and intends to start trial operations in 2015.

Sourced and published by Henry Sapiecha 1st July 2009

Panel Approves bill to help schools ‘go green’