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Clean Tech for Activated Carbon

Project Title : Clean Tech for Activated Carbon

Project Cost: 3,000,000

Amount Invested : 500,000

Amount Required : 2,500,000

Display Contact Information : Yes

Knowledge / Experience Required: general management; strategy; finance; production; sale & marketing; internationalisation

Proposed Investor’s Role: full time; part-time; as mentor; as consultant

Industry: energy / natural resources; engineering; manufacturing; biotechnology / healthcare

Project Stage: seed

Information Memorandum:

Green Technology, Product has Ready buyer, 370% in 4 years

Traderinasia Sdn Bhd.

Industrial product – Activated Carbon that has ready buyers in market. Replacement technology to manufacture activated carbon with 0 emission, 0 pollution. yet, extra production. Require funding for equipment.

Proposal Summary:

Using the new technology we are highly increase the profit margin. In first year we can offer our investor up to 43% ROI. The global activated carbon market was worth $1.8 billion in 2011 and is estimated to reach $3 billion by 2016, growing at a CAGR of 11.1% from 2011 to 2016. The powdered and granular activated carbon segments are the key revenue generators for the activated carbon market. The demand for activated carbon (AC) is expected to grow due to the new demand in mercury control technology for industrial air purification applications. Whereas, we have custom made equipment that is use to better increase the productivity of activated carbon as well as lower the operating cost and zero emission. with this equipment we are able to sell the product at a very high profit margin. Therefore, we are looking into getting investor to fund the equipments and generating higher net worth.

RETURN ON INVESTMENT: 2 Years ROI 72%
Investor investing a minimum of USD 40,500 at one time. The money will be used to purchase the corresponding machine. Each machine is abled to produce 0.4 ton a day and each month 12 ton. Our buyer will buy up the 12 ton at USD 5000. after minus the operating cost and raw material cost ( 45%) , we have a margin of USD 1458 which pay back to the investor. And repeating this every month

Contact Person:

CHAD LAU ( chadgtr34@gmail.com)

Postal Address : 11, JALAN KENYALANG 11/3F, KOTA DAMANSARA
State : SELANGOR
Post Code : 47810
Country : Malaysia

Automated water PH and Salinity level monitoring, logging and alert system

Project Title: Automated water PH and Salinity level monitoring, logging and alert system for aquaculture and environment protection using personal computer

Project Cost: RM99,000

Amount Invested : RM2,000

Amount Required : RM97,000

Knowledge / Experience Required:
finance
sale & marketing
internationalisation

Proposed Investor’s Role:
as mentor
as consultant

Industry:
informatics / multimedia
internet
agriculture
manufacturing
electronics
industry products

Project Stage:
concept
seed
start-up

Information Memorandum:

1.Project proposal

To build a PH and Salinity Level monitoring system that could be linked to computer via (USB port/WIFI/Ethernet cable). The system must be able to record data (PH and Salinity reading) into database at pre-programmed intervals. Other features listed below. a. View and print recorded reading; b. Backup recorded reading; c. Export recorded readings to Microsoft excel for chart plotting and data analysis; d. Send alert if the data is out of predefined value range(Example if ph is below 5 or ph is beyond 9). Alert could be send to user via email and SMS or shown in the computer’s screen directly.

2. Advantages of the proposed system

a.More frequent water quality reading as compared to Manual reading. Most manual reading could only be done once every hour since it involved a person to get the work done. The proposed system could be configured to read every minutes or even more frequently depends on fields of application.

b.More accurate and punctual reading since reading time is control by computer and data is recorded automatically without human intervention.

c.Lower operation cost (a system could easily replace 10 person’s work in terms of taking water sample, reading, data entry, print report)

3. Project Duration (Total 6 months)

a. Parts sourcing and Installation(1 month)
b. Programming (2 months)
c. Testing and debugging (2 months)
d. Packaging and marketing preparation (1 month)

4. Funding requirements

a. Prototyping (RM 99000 Est)
b. Patent/certificate for utility Innovation in Malaysia
Including Agent Fee (RM 5000 Est)
c. Patent/certificate for utility Innovation worldwide
Including Agent Fee (RM 50000 wild Est)
d. 6 months salary (RM 24000)
e. Product marketing (RM 10000)

Contact Information

Ang Siaw Tiong ( siawtiong@gmail.com)

Company Name: n/a
Postal Address : lot 4675, sublot 25 Taman Park View
State : Sarawak
Post Code : 93250
Country : Malaysia

Blapol

Commercialization of the technology of catalytic transmutation of inorganic stone particles to rapid liquified phthalate-free plasticizer

Project Objective:

To commercialize the technology of catalytic transmutation of inorganic stone particles to rapid liquefied Phthalate-free bio-degradable plasticizer (mineral Plasticizer)

To develop a manufacturing plant for the production of 18,000 ton annual capacity of bio-degradable mineral plasticizer from the natural stone being the major feedstock

Technology Benchmarking:

 Existing technology produces traditional phthalate-based (a by-product from petroleum process) that belongs to a family of chemical substance have been in use for about 50 years. The compound phthalate esters contribute to significantly deteriorating health changes in human.

 Restraint resources of petroleum products and high cost of raw material.

 The excellent technical specification and technical properties of the innovation of the project while predominantly using bio-degradable and non-phthalate stone powder as the major feedstock will susceptive to benchmarking against the traditional plasticizers.

Market size & Demand:

 World consumption of plasticizers in 2008 was estimated at 5.6 million ton with a global market value of USD11 billion

 The majority of this, about 90%, is used for polyvinyl chloride (PVC), a polymer used in diverse applications such as coatings, plumbing, construction materials and plastic bottles

 This market is likely to experience continued growth as the market for polyvinyl chloride has grown by approximate 4-5% annually.

 Plasticizers are not only additives such as pigments or fillers, they are major components that determine the physical properties of polymer products, and commonly used compound for the plastic making industry.

Market & Financial Risks:

 The project anticipates the market demand is high attributing to the scarcity of petroleum being the major raw materials to the traditional suppliers, the project’s stone particle based phthalate-free plasticizer is set to accomplish in the operation.

 Relatively low risk due to highly diversified application and usage of the innovation.

 The ample supply of stone particles in the country poses minimal risk that may unlikely affect the operating performance and result, therefore the project expects significant gains on the contribution margin.

 The slowdown in growth of the global economies and financial crisis in the recent years, coupled with the infamous fact of an energy crisis since 2008 somehow has stimulated the creation of a niche requirement for an alternative cost effective supply of product without compromising on the quality.

Product Competitiveness:

 Due to its low costing for its stone particle materials being the major raw material feedstock, there are significant margin contribution for competitive yet drastically affordable pricing mechanism at different market channels

 According to ICIS source, for the market condition in July 2010, the traded prices for various phthalate-based plasticizers such as DINP and DOP ranged from RM6,618 to RM7,378 (€1,525 to €1,700) per ton due to market tightness

 The product is eco-friendly friendly and a perfect cost efficient replacement for traditional petroleum-based plasticizer, and in general at a discount of 55% to the current traded market prices to EU region

Potential Revenue Generated:

 Production volume: 18,000 ton per year
 Projected revenue: RM54,000,000.00
 Selling price: RM3,000 per ton
 Profit: 35.32%

Oil Refinery Technology

EXECUTIVE SUMMARY

Renewable energy has gained widespread acceptance in Asia, not only helps to diversify the fuel pool, but also ensures energy supply security. The global urgency in curbing greenhouse gas (GHG) emissions, coupled with the rising cost of oil and gas, has led countries in the region to introduce proactive renewable energy policies.

Upon completion of a number of years of R&D on the renewable energy, a multi-functional Catalytic Cracking Furnace was invented and developed, with new oil refinery processes and technological breakthrough to convert the waste materials into fossil-based Motor Vehicle Petrol and Diesel fuel.

Current method operates on a type of pyrolysis with extreme temperature and heat under deep pressure cycles, and requires some level of moisture to prevent combustion. These systems are relatively expensive to run due to heat requirements and costly to maintain.

The company through its R&D team has found new method to process the waste oil with more efficient and greener ways to convert it into diesel and petrol. It imitates the natural geological processes to produce of fossil fuels type, this new invention operated under atmospheric pressure and low temperature.

This project anticipates to create not only an alternative source of fuel energy strategic to the country when the world is sustaining a highly volatile fuel prices and fast depleting oil reserves, but an immediate solution to the huge amount of waste materials generated in our home country detrimental to the environmental issues. xxx Sdn. Bhd. is seeking assistance from Funder / Investor to provide financing for Commercialization of the PYROLYTIC DECOMPOSITION AND OIL REFINERY TECHNOLOGY TO CONVERT WASTE OIL INTO FOSSIL- BASED DIESEL AND GASOLINE operated under normal pressure and low temperature with an output of 100 MT per day, In other words, the process shall acquire lesser energy and more cost effective to develop and to be used widely.

The new fund shall be used to purchase manufacturing facilities and equipment. Xxx Sdn Bhd will also acquire experience personnel to further assist the company in achieving its goal to mass produce the diesel fuel. With revenue at RM54.0 million per annum, xxx Sdn Bhd is positive that the project shall bring profit to the company and enhancing the economic growth for the country.

The company has been awarded the following certificate:-

Granted as Pioneer Status Company by Malaysian Industrial Development Authority
(MIDA), thereby enjoying 100% tax free period of 5 years with options to extend another 5 years;

Granted License to Manufacture Petroleum and Petrol Chemical Products Under the Petroleum Development Act, 1974 by Ministry of International Trade And Industry, Malaysia (MITI) to manufacture and market petroleum products;

The technology has been filed for patent with MyIPO (Intellectual Property Corporation of Malaysia) under The Patents Act;

Certified and granted with Green Technology Certificate for an approved amount of RM24.6 Million under Green Technology Financing Scheme by Ministry of Energy, Green Technology & Water
Contact william@capital.com.my for more information

Cloud Nettor (Cloud Computing)

Cloud computing is where the ICT industry is heading and it is already a big thing in the overseas market, but have yet to gain momentum in Malaysia. It is driven by and contributes to the realisation of four major computing concepts: utility computing, on-demand computing, autonomic computing, and Green IT. My partner and I formed the company officially 3 months ago after months of research and identifying the best strategy on how to tap into the local market while promoting the use of cloud computing in the clients\’ daily business practice. It can revolutionize the way a company communicate and collaborate, and streamline their whole business process such as accounting, HRM, ERP and CRM.

We plan to bring cloud computing to schools as well, by first focusing on private schools and institute of higher learning. We are working towards getting the enterprise partnership status with Google, which would instill more confidence to the potential clients to use our services while enabling us to approach bigger corporate clients like TNB, MAS and other listed companies.

We envisioned Cloud Nettor to be a MSC status company as early as in the first quarter 2012. We have vast potential to expand to other APAC region as we grow our connections. For example, my old contacts in Kazakhstan (which I dealt with during my oversea assignment while working in an oil and gas company previously) has shown much interest in our range of services and has even talked about forming a partnership to cater to the local market over there.

SLIM (Sustainable Living Incorporated Malaysia)

Total Funding Required: RM300,000
Investor’s Knowledge & Experience Required: finance; production
Proposed Investor’s Involvement: as mentor
Business Development Stage: seed, start-up
Industry: energy / natural resources, real estate; manufacturing, others (Environmental)

Brief Description:

The proposal entitled Sustainable Building Solutions through Prefab modular homes. Taking the focus of Government in promoting Green Technology and sustainability, my proposal basically incorporate latest technology to building homes, facilities with very low negative impact to the environment in a life cycle context.

The plan is to build a prototype through a residential home & later replicate the model on modular homes request from Langkawi.

Potential Commercial Market: Government; Land owners; Housing Developers; Second home; Resort Homes ; Social Market; Rural Education Centre

This innovation is to provide solution to a sustainable development with affordable price. The ROI is within 2 to 5 years depending on the risk appetite to plough back in the expansion program

Thermal Imaging

Business Overview

The company is a sole-proprietorship formed in 2010 and located in Malaysia. Its’ primary focus is the design and manufacture of thermal imaging based platforms for thermal industries. The company aims to capitalize on the growing demand for advanced technology hardware and software within the Original End Manufacturer (OEM) thermal imaging industry.

The thermal imaging platforms designed are used in the manufacture of thermal imaging cameras. The platform acts as the main core of the camera. The company has developed a base platform design that has been designed for the thermal imaging industry.

Unique Features of TME’s Base Platform

TME’s base platform is small in size and has the flexibility to integrate into many existing systems. It also does not require the usual restrictive end user licensing (the end user has to apply independently for licensing from the US government) as practiced by other thermal imaging platforms. Its one-platform-system also carves a unique niche for merging into all other applications within the myriad electronic world. Thus, there is a great potential for lucrative commercial exploration into ancillary markets.

Target Market

The base platform is designed for the Thermal Imaging Industry. TME will target their product towards the two major segments of this industry, which are:

a) Commercial Vision Systems e.g. Surveillance, Security, Fire Fighting
b) Government Systems e.g. Ground Based, Airborne

Product Positioning

Generally the base platform will be positioned as among the advanced Thermal Imaging Platforms in the market. TME has also identified the needs associated with each segment of the market and will position its base platform with a competitive edge in each segment:

a) Commercial vision Systems:- Emphasis will be placed on its smaller size and flexibility
b) Government Systems :- Emphasis will be placed more on its quality as a one platform system and its non-requirement of end-user licensing

Marketing strategy highlights

TME aims to better position itself within the thermal market by capitalizing on its non-requirement of end-user licensing. This will enable TME to venture into the previously restricted thermal imaging markets of Asia and Middle East and penetrate these lucrative market leaders there.

Production strategy highlights

TME aims to better position itself within the thermal market by capitalizing on the high quality of fabrication and assembly by outsourcing the production of the key components. TME would proceed to do the final assembly of the key components and testing within its own premises. This would enable production ability to increase to suit the market demands without a high capital outlay.

Organizational and Management strategy highlights

Over the next period, TME will employ 2 full time engineers and office support staff. The company will concentrate on developing overall policies and procedures in all areas. A training needs analysis will be conducted.

Financial Requirement

TME is requesting seed funding of RM1 mil to move its design from a laboratory prototype to production prototype and establish a production run.

VETIVER environmental solutions – Kedah

TARGET MARKET: Jabatan Kerja Raya (JKR), Jabatan Pengairan dan Saliran (JPS), Indah Water – Kualiti Alam, State Governments – Highway Authorities, KTM – Municipal Councils, Agricultural Authorities – Golf Courses and Recreational Areas, Civil Engineering Firms – Environmental Engineering, Firms, Landscaping Companies – Water / Wastewater Treatment Companies, Plantation and Farms – Construction Companies,

AREAS OF APPLICATION:

1. BIOENGINEERING APPLICATIONS:

The “Vetiver System” is an effective, low cost, multifunction bioengineering technology that protects infrastructure and wetlands by enhancing control over soil and water management. Bioengineering is a method of design and construction using natural structural components in combination with vegetation for erosion control, water quality and habitat restoration. As Vetiver can be used to protect the environment (soil, water and air) before deterioration occurs, we will utilize it as the prevention mechanism. In this regard, the vetiver system can be employed in the followings:

Erosion Control And Sediment Trapping: The mature hedge will form a living porous barrier which slows and spreads runoff water. As water flow slows down, its erosive power is reduced and any eroded material is trapped by the hedges. Therefore vetiver would be very effective in stabilising table drains, gullies, creek banks and other drainage structures.

Slope Stabilization: This is where vetiver excels because of its long roots. As such, it should ideal for helping stabilizing cuttings and fills on highways, railways and dame.
Flooded Structures Protection: High flow velocity during flood period can cause extensive damage to structure. Vetiver System provides a very effective measure against flood erosion. When planted in row vetiver plants will form thick hedges and with their stiff stems these hedges can stand up to at least 0.6m, forming a living barrier which slows and spreads runoff water. If properly laid out these hedges can act as very effective diversion structures spreading and diverting runoff water to stable areas or proper drains for safe disposal.

Stream and Channel Bank Stabilisation: When planted correctly vetiver is very effective in the stabilisation of stream, river and channel banks.

Concrete and Rock Structures Protection: The combination of the deep root system and thick growth of the vetiver hedges will protect the ground surface next to the concrete structures such as culvert inlets and outlets, gabion structures or other solid barriers and from scouring and erosion by high velocity flow. When planted upstream from the inlets vetiver hedges also the culvert free from sediment deposition by trapping the coarse sediment outside the culvert where it can be easily cleaned if required.

Protection of Concrete/Gabion structures: The combination of the deep root system and thick growth of the vetiver hedges will protect the ground surface next to the concrete structures such as culvert inlets and outlets, gabion structures or other solid barriers from scouring and erosion by high velocity flows. When planted upstream from the inlets vetiver hedges will not only protect the inlets but they also trap the sediment outside the culverts where it can be easily cleaned if required.

Rairoad Protection and Stabilization
Railroads often have the need for protection and stabilization. Vetiver System has proved extremely effective under varied conditions for this task.

Dams, Reservoirs and Ponds Stabilization
Because vetiver grass can be submerged in water and at the same time stabilize slopes, Vetiver System is very effective for applications relating to reservoir drawdown areas, dam walls, and pond banks.

Highway Stabilization
Vetiver System has proven very effective and low cost to stabilize highway batter slopes and underpass drainage drainage structures and approaches. The key to success is good quality planting material and good application on site. Highway cut and fills are often serious sources of point source sediment erosion in a river basin or watershed.

River and stream bank erosion control
Vetiver Systems are extremely effective for protecting river banks against erosion from currents and wave action. It is also affective for the protection of river associated structures such as bridge abutments, wiers etc. where soil and concrete interface

Rural Roads Protection
Vetiver System provides excellent protection to rural roads. Particularly it protects road shoulders, road batters, culverts, bridge abutments, low level river crossings. As a result of this protection, road maintenance requirements are less frequent and costs are reduced.

Pipeline/Powerline Stabilization
Most of the major utilities need protection from erosion and vandalism. Vetiver Systems provides a good alternative. It is tough, does the job and needs little maintenance.

Carbon Sequestration: As evidence mounts on the effect of the increased amounts of carbon dioxide on global warming, the world looks for alternative methods to mitigate the problem. Because of its longevity and extraordinary root mass, Vetiver is becoming one of the leading contenders for carbon sequestration. This bioengineering application of Vetiver accomplishes the long-term storage of carbon dioxide or other forms of carbon through biological processes. With Vetiver, carbon products are extracted from the atmosphere through photosynthesis and stored permanently in its root mass.

Landscaping
Vetiver System makes an excellent application for stand alone urban landscaping or for composite landscaping that integrates slope stability with beautification. Because it has such a wide range of location and application it can be used both in, near or far from water surfaces.

When properly laid out, maintained and trimmed vetiver hedges can be very effective in erosion control as well as an attractive component of the landscape. Examples of the various uses of vetiver in landscaping are the followings:

As a Decorative Hedge: Vetiver is used as a decorative hedge on the roundabouts.
For Dual Purpose in Beautifying the Landscape and Environmental Protection: Vetiver hedges have been used to stabilize soils and control erosion in amenity sites such as golf courses and water park recreational areas.

For Reservoir Landscaping: Since reservoirs have become recreation sites and efforts to vegetate the banks have been unsuccessful in the past, vetiver, by virtue of its resistance to surviving in the water for a period of time, has been used to be grown on the bare banks of a reservoir.

Biological pest control: Research conducted showed that of the 79 species of insect found on the vetiver rows, only four attacked young vetiver leaves. However, due to their small population the damage was minimal. On the contrary, 30 other species found in the vetiver rows are considered beneficial insects, as they are the all-important enemies of garden, agriculture and forest pests. This indicates that an integrated pest management scheme will be put into operation when vetiver is introduced to a new environment.

2. PHYTOREMEDIATION APPLICATION:

Phytoremediation is a method of environmental protection using plant, a natural product, to contain, reduce and/or eliminate pollutants in contaminated water and land. Phytoremediation is an interesting alternative to current environmental cleanup methods that are energy intensive and expensive. An important advantage of harvested vetiver is that it is not considered hazardous waste, unlike hyperaccumulator residual. It can be used safely for bioenergy production, compost or even as material for handicrafts. As Vetiver can be used to cure environmental problems that have already occurred, we will utilize it as the curing mechanism.

Two approaches are being made to make use of vetiver in phytoremediation, namely:

RECLAMATION OF DETERIORATED SOILS
Deteriorated soils are soils which possess poor physical and chemical properties as the result of natural phenomena. Such soils are unproductive, giving poor yields to crops grown on them even with proper agricultural practice such as providing fertilizer, irrigation and pest control. In addition to these naturally-caused deteriorated soils, crop yields are also low if fertility and moisture are not adequate. Improper land management also contributes to poor yield as the result of degradation of soil properties, especially in the decline of organic matter.

REHABILITATION OF CONTAMINATED SOILS AND WATER
One of the causes of environmental degradation is pollution due to the presence of pollutants in soils and water. The extent of the pollution in both the developing and developed countries is quite significant owing mainly to uncontrolled discharge of pollutants from various sources, including chemical by-products, heavy metal and other industrial wastes, pesticides, and fertilizer residues, domestic garbage and landfill leachate, etc. into the environment. Such environmental degradation has been a major concern for the public and private environmental agencies worldwide. Various control measures have been attempted, but their high cost is a major drawback, especially in developing countries. Thus there is clearly a need to seek certain low-cost technology, such as phytoremediation, to deal with the ever-increasing levels of pollution.

Rehabilitation of Contaminated Soils:

Land Rehabilitation
Vetiver Systems is a proven method of rehabilitating land of almost any condition. It is thus ideal for rehabilitating farm land, gullies, degraded slopes, and mine tailings. Mines and quarries often comprise oif material that is hostile to plant growth and at the same time is a point source of toxic waste that seeps into streams and that contaminate river basin waters. Identify the point source problem, and Vetiver System will go a long way at fixing the problem. Vetiver grass is extremely tolerant to the heavy metals in most of these sites and will hold them in its roots. At the same time it will prevent sediment that contains these pollutants from entering the streams and rivers. Because of the good ground cover vetiver will also prevent wind blown dust from these sites from effecting nearby populations.

Quarries Rehabilitation
Vetiver is highly successful in the rehabilitation of both old and working quarries where very few species can be established due to the hostile environment. Vetiver is able to stabilise the lose surface first so other species can colonise the areas between hedges later.

Mines Rehabilitation
Mine tailings are not only a source of sediment but also produce toxic effluents. Most plants have difficulty establishing on these toxic soils. Vetiver can deal with both very well.

Treatment of Landfills or Garbage Dumps:
One of the main environmental concerns associated with landfills is the generation of leachate from waste decomposition. (Leachate is the liquid that drains or ‘leaches’ from a landfill; it varies widely in composition regarding the age of the landfill and the type of waste that it contains. It can usually contain both dissolved and suspended material).

Landfill leachate usually contains high concentrations of heavy metals that are seriously harmful to the environment and human health. The movement of these contaminated materials from these sites needs to be adequately controlled. Vetiver System can help prevent the movement of this leachate

Vetiver is the proven solution to control the spreading and contamination of leachate from both fresh and old landfill. The very high level of tolerance to heavy metals such as As, Cd, Cr, Ni, Ca, Pb, Zn, Se and Hg and agro-chemicals reported above indicate vetiver grass is most suitable for use in the rehabilitation of such contaminated sites. Vetiver will act as a pioneer plant to decontaminate and reduce surplus leachate on landfill sites and will help in improving the environment.

Rehabilitation of Contaminated Water (Wastewater Treatment):

Applying the Vetiver System (VS) to wastewater treatment is an innovative phytoremediation technology that has tremendous potential. Vetiver System is a very effective method of treating polluted water, domestic effluent, industrial wastewater and landfill leachate. Application of the Vetiver System for wastewater treatment has the potential to meet the global water crisis. It is a natural, green, simple, practicable and cost effective solution.

Vetiver was tried in China for the removal of P and N. It was found that after three weeks, virtually all P was sucked up, while 74% of N was removed. Experiments conducted in Thailand on wastewater indicated that vetiver had the ability to uptake heavy metals and accumulated in the shoots and roots. Such experiments indicated the possibility of vetiver as a biological wastewater treatment.

Sewage Effluent Treatment
Sewage, wherever you may live, needs to be recycled. This can occur by means of expensive sewage work systems or by natural biological purification. The utilization of Vetiver grass beds is a unique and innovative technology for sewage treatment.

The ability of Vetiver grass (Vetiveria zizanioides) to absorb harmful elements, bacteria and nutrients should be of great concern to all, because fresh water and effective sanitation are directly related. In Rural or poorer areas, sub-standard sanitation will directly influence the water quality at lower areas due to the forces of gravity. Ultimately, water and sewage will flow into the valleys of the area, and create pools. This standing water/sewage will start to infiltrate through the soil and eventually join fresh underground water. The Vetiver can absorb many nutrients and heavy metals from the sewage, which could otherwise be hazardous to fresh water, man and ultimately, the environment.

Industrial Effluent Treatment
Phytoremediation for industrial waste water polluted with heavy metals could be carried out using vetiver technology. The quality of wastewater, and especially the concentration of heavy metals, had a significant effect on vetiver growth and the uptake of heavy metals. In practice, vetiver could be grown in a hydroponic system using a floating platform, such as a bamboo or PVC pipe raft, to achieve heavy metal uptake to the shoot and root. This system enables the shoot and root to be easily harvested. The vetiver shoot may be used for Bio-fuels or handicraft products, while the root part could be a source of essential oils. High concentrations of heavy metals could also affect plant growth and cause low removal efficiency, therefore, this method would be suitable after pre-treatment or in low-medium heavy metal polluted wastewaters. The number of vetiver plants used for the clean-up of wastewater should be of a sufficient quantity to reduce the concentrations of heavy metals to the industrial effluent standards, otherwise, re-cultivation may be necessary to achieve the good results.

Remediation of Eutrophic Water (Algal Bloom Control):
Algal growth in rivers and dams are major concerns around the world, as soluble N and particularly P are usually considered to be key elements for water eutrophication, which normally leads to blue green algal growth in inland waterways and lakes. The removal of these elements by vegetation is a most cost effective and environmental friendly method of controlling algal growth.

Research in China indicated that vetiver could remove dissolved nutrients and reduced algal growth within two days under experimental conditions. Therefore, Vetiver System can be used very effectively to control algal growth in water infested with blue-green algae. This can be achieved by planting vetiver on the edges of the streams or in the shallow parts of lakes where usually high concentrations of soluble N and P occurred.

(Eutrophication is a naturally occurring process in which water bodies become enriched with inorganic plant nutrients, often the result of anthropogenic pollution with nutrients, particularly the release of sewage effluent and agricultural run-off carrying fertilizers into natural waters).

Pollution Control Using Constructed Wetland System
Being a wetland plant, vetiver can be used in a constructed wetland system. It has been demonstrated that vetiver can treat almost raw domestic effluent without having to be diluted. Perhaps its greatest large-scale application is in wetlands. Vetiver is eminently suitable for use as a vegetative buffer or wetland plant species due to its morphological and physiological features.

Natural and constructed wetlands have been shown to be effective in reducing the amounts of contaminants in runoff from both agricultural and industrial lands. Vetiver grass is highly tolerant to farm chemicals so VS is very effective in trapping nutrients and agro-chemicals in runoff water, preventing these pollutants reaching rivers and streams.

The key in controlling off-site pollution by nutrients and agrochemicals is to control sediment movement. If the sediment could be effectively trapped at source, the degree of downstream pollution would be greatly reduced. Vetiver hedges have been shown to be a very effective and low cost means of retention and decontamination of particle-bound agro-chemicals, especially pesticides and nutrients in runoff water from agricultural lands.

Visitor and Resident Managment Solutions (cloud based) seeking RM700K investment

Project Cost: RM 1,000,000.00

Amount Invested : RM 300,000.00

Amount Required : RM 700,000.00

Knowledge / Experience Required:
strategy
sale & marketing

Proposed Investor’s Role: as consultant

Industry:
informatics / multimedia
real estate
internet
consulting
engineering
telecommunications

Company Current Status:
Revenue Generating, Pre-Profit

EXECUTIVE SUMMARY:

Company History:

myself, jeiyan started my career in the IT industry focusing on healthcare. Came out of the industry in 2004 and got involved the the Security Manpower industry. Noticing a big gap for systems to complement the manpower services, in the 2012, i left the manpower industry and jumped back to the IT industry but this time was focused more towards IT Solutions for condominiums and residential compounds.

Product / Service Description:

a cloud based management system that handles the entire operations of the condominium as well as ties itself with the security features (both hardware and software) that would in return reduce the condominium’s dependency on manpower. Our solution works as and end to end solution that integrates the management software, and hardware (cctv, access cards, barrier systems, Intercom/Pabx) etc.

Business Opportunity:

Bringing down the cost of operations and increase the efficiency of operations at a condominium has become a major task that is being pursued by many . Current dependency on security and management manpower is becoming very expensive.

Our target is that with a small subscription per month, we would be able to provide an environment that would make the condominium management become very efficient and reduce the dependency on manpower hence REDUCING the operational cost.

There are over 3000 condominiums in Selangor and KL with basically no condominium operating on a integrated system like this.

Revenue Model:

It would be a subscription based solution with a condominium paying a very minimal/affordable monthly subscription between RM 500.00 to RM 800.00 . Targeting that in 2 years to have about 20% of market share (600 condominiums) = an estimated RM 300,000.00 / month.

Management Team: basically, the team leads are as follows :

i) Design and Planning : Mr. Jeiyan (myself)
ii) software development : Mr. Ashwanth (development team is from Bangalore, India)
iii) Support (hardware) : Mr. Jack (barrier systems, entry / exit management)
iv) support (software) : Mr Dharan (systems and training)

Current Status:

Beezeebee is has been completed with its core modules operational. product is able to be launched with the core modules operational and would be having all the modules ready by end August.
Personal Investment has grossed RM 300,000.00 over time and revenue has exceeded RM 500,000.00 over the last year.This revenue is NOT limited to the software but also our supporting businesses like CCTV installation and maintenance, Access Management etc.

Funding Milestone:

the funds would be used for product completion (RM 100,000.00) which includes support servers, registration with relevant government bodies, etc and the remaining RM 600,000.00 would be for wages, support systems, staff expenses, marketing initiatives and product launches etc.

Business Valuation:

currently equity given would be 40% for the investment of of RM700,000.00 . figure was derived by the ratio of investments done by myself and the market potential.

Expected Return On Investment:

conservatively withing 2 yrs but we are looking at the possibility of within 12 months.

Investment Risk and Mitigation:

local culture still believes more in actual paper and face-to-face meet. this will reduce the users using the system but its not a shop stopper.
We have drawn out some plans as part of our marketing initiative to address this issue.

Exit Strategies: IPO within the next 5 yrs

Jeiyan
Selangor D.E.
Malaysia

12 years old Multi Functioning Nano Coating manufacturer seeking RM1.5mil global expansion fund

Project Cost: rm3,000,000

Amount Invested : rm500,000

Amount Required : rm1,500,000

Knowledge / Experience Required:
general management
strategy
finance
sale & marketing
internationalisation

Proposed Investor’s Role:
part-time
as mentor

Industry:
manufacturing
consumer goods
biotechnology / healthcare
others (green nano technology)

Project Stage:
second stage expansion
turnaround

EXECUTIVE SUMMARY:

Company History:

xxx is a brand founded by xxx Technology, previously known as xxx Corporation. The company was the first and considered as pioneer in bringing the xxx technology to Malaysia. From a country distributor of this technology, xxx Technology has evolved and became one of the manufacturer of this unique technology and branded itself as xxx. With it 12 years of experiences, the company managed to expand this technology to almost all its applicable industries in Malaysia and made itself available in many countries around the world.

Product / Service Description:

xxx is a multi functioning nano coating developed to target the hygiene problems, indoor air quality problems and building maintenance problems. xxx is a coating that:

1.Self sanitizes
2.self deodorizes
3.eliminates harmful VOCs
4.improves indoor air quality
5.Self cleans
6. Prevents mold/fungus

xxx has all of the above functions once its being applied onto our interiors and exteriors of the buildings and these functions lasts up to 3 years hence, reducing maintenance and reducing the use of cleaning chemicals.

This technology us applicable to a very wide industries

1. Health related buildings
2. Educational facilities
3. Child and elderly care
4. Public places
5. F&B and Entertainment outlets
6. Green buildings
7. Commercial and residential
8. Self Applied DIY products for personal hygiene care
9. Automotive

Business Opportunity:

With the ever emerging infectious diseases around the world, we need such a protective coatings to protect us from contracting with deadly sicknesses such as H1N1 and the current Hand Foot and Mouth Disease.
The indoor air quality is much worse than the outdoor air in the recent years. This has caused many buildings to be sick (sick building syndrome) which is causing a lot of health problems to patrons in these buildings.
There are also a lot of focuses in the green building sector to keep the VOCs level in the interiors buildings to a very minimal level and to reduce maintenance costs of maintaining the exteriors of the buildings.
There are also very big concerns for international car manufacturers to reduce its interior VOCs level to very minimal level too.
All the above problems are not easy to be solved. xxx will be able to solve these problems by just applying its nano solutions into these environment. This has been proven with numerous successful sites and has been commercially acceptable in the market for the passed 12 years.
Revenue Model:

The business generates its revenues from project applications, distributorships, and to direct end user market through its self applied series and also its expansion to the international markets

Management Team:

Our management team consists of the board of directors, R&D team, sales team and application team of which we are operating in a very simple way that we see the need of expansion To project team and marketing team.

Current Status:

We current are focusing on our core product which is targeted mainly for projects and we have developed a self applied series targeting to direct end consumers with at least a 300% profit margin from the cost of the product which allows us to venture into distribution channels to generate more volume to our manufacturing side.

Funding Milestone:

The fund will be used according to the following stage

As a qualifier for our up coming Resort World projects
To expand our project team and marketing team
Participation in overseas exhibitions for existing countries and countries which has not been explored.
Funding for mega projects which is on going.
Business Valuation:

We are allocating 20 to 25% of our stake for our investors base on our 12 years of experience, building of our profiles, available projects in the near future and our availability of our r&d team and facilities for developing more products in the future for greater market expansion

Expected Return On Investment:

Pay back from year 3 onwards and whole investment will be fully paid by year 4.

Investment Risk and Mitigation:

market instability
project delays
payment delays
competitions

Exit Strategies:

Sell back the shares to the company

CONTACT PERSON

WH Wong
Country : Malaysia


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