Reuse

100%

Conversion

of waste to green products

The Reuse Technologies SA technology is a cost effective 100% conversion of wastes to Green Products, in a manner more profitable than outdated forms of disposal, such as burial or burning.

Waste to assets

Waste can be converted to an asset. A Reuse technologies SA system, using proprietary Hydrostatic Pressure Vessel (HPV) technology.

Profitable and self‐sustaining

Hydrostatic Pressure Vessel (HPV) technology is a profitable, self‐sustaining, and financially self replicating enterprise that generates employment, keeps local resources within the community, and insures a clean environment for all.

Comparisons and Merits

What we offer

A broad potential of applications

We offer a broad potential for commercial, industrial, and municipal applications. Reuse Technologies SA can be an economically profitable solution to a very diverse set of waste problems

The conversion process can be done with a single type of input, or using multiple sources of raw material. A varied range of input creates a rich “soup” for conversion to the bio-products of choice, and increases source reliability from an economic standpoint. The system design will reflect the desired end-product, based on favorable market conditions. .

What sets us apart from the rest

Reduced emmisions procedure

Until recently the impetus of searching for a common solution to these issues has not been identified. Reuse Technologies SA has Developed a Procedure which can reduce these emissions of Green House Gases from fossil fuels, composting, incineration and landfill by creating a clean renewable fuels.

The Reuse Technologies SA process takes the biodegradable fraction of Municipal Solid Waste and Converts it to the Renewable Bio-Fuels. Plastics, can be converted to liquid fuel, or recycled as new plastic etc.

By-product

ETHANOL, ALONG WITH A HOST OF OTHER BYPRODUCTS...

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PROCESS SUSPENDED SOLIDS

THE CHALLENGE IS TO PROCESS SUSPENDED SOLIDS IN WATER IN VERY LARGE QUANTITIES...

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Materials Used

There are other materials that can be used including the Celluloses...

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PARTIAL LIST OF POTENTIAL RAW MATERIALS

Leftovers

Food waste
Food left over from meals that would usually just be thrown away

Fastfood

Restaurant wastes
Left overs from customers in restaurants will be a plenty.

Magazines

Magazine waste
Printing leftover papers that have been cut or just old unused magazines

Workwaste

Office paper
Unused paper from the office workspace, old, prints that have been discarded and left for the rubbish bin.

Media

News print
Anything they would disgard or eventually throw away would be taken.

Packaging

Cardboard
Used by stores, supermarkets where all their packaging arives in. Its usually thrown away

Maize

Crop Stover
It consists of the leaves, stalks, and cobs of maize (corn) plants left in a field

Chopped straw

Crop chaff
The dry, scaly protective casing of the seeds of cereal grains or similar fine, dry, scaly plant material

Oddments

Scrap wood
Wood leftover from cutting, caving and shaping furnishings etc.

Debris

Landscaping debris
It is not limited to, grass clippings, leaves, branches, vegetative matter, rubbish, soil and rock.

Roads

Road sweepings
Emptyings collected by waste authorities after cleaning the streets

Fishing

Harbour skimming's
Waste left from fishermen cleaning their catch, fishguts etc.

Medical

Hospital wastes
Medical waste from hospitals, ranging from needles to bandaids.

Wastewater

Sewer screenings
large floating objects such as rags and sticks, any leftover items found.

Sepctic tank

Septic tank wastes
Solids will sink and form a layer of sludge at the bottom of the tank, while oils will float at the top

Sludge

Dilute WWTP sludge
It remove contaminants from wastewater and convert it into an effluent that can be returned to the water cycle

Crops

Crop processing
Waste from the following include grape vines, fruit, bearing trees, vegetables and date palm fronds

Gardening

Garden wastes
Grass cuttings, leaves and cuttings, weeds, unwanted compost, prunings and cuttings, seed trays and ceramics

Pulp

Pulp & paper wastes
Emptyings collected by waste authorities after cleaning the streets

Trees

Tree clearing wastes
Stumps, brush, blackberry vines, tree branches, tree bark, mud, dirt, sod and rocks

Textile

Cotton cloth
Commonly used for cleaning machines, absorbing grease and other materials.

Manure

Feed lot manure
Any leftovers from these feed lots are collected and often disgarded

Fibre

Fibre board
Left over edges or anyother disgarded remains make for good material.

Grain

Spent grain liquor
Composts and some farm distilleries even spread it over their fields to add extra nutrients

Food

Biofuel MFG wastes
It can produce some wastewater, minerals, resins, solids strained out of used oil and glycerin

Expiration

Expired food and drink
Food or any items that have goe past their due date.

Closed system, Minimum use of landfill,
Broad Spectrum Applicability

01

Hydrostatic Pressure Vessel

After passing through the Hydrostatic Pressure Vessel the mixture is cleaned in another closed Sedimentation Tank where all remaining Inorganic dense and lightweight Particles are removed for beneficial use.

02

Wastewater Treatment

By working in water suspension, all procedures very common in the wastewater treatment arts have been shown to be directly applicable to municipal solid wastes with no significant change in design standards, employee training, permit criteria or equipment availability and their minimal maintenance needs


The Hydrostatic Pressure Vessel

A Brief Description

Containment

Casing

“Chambered in a vacuum sealed containment casing. ”

containment casing

Continuous

Flow

“Continuously flowing, in, down, back up and out. ”

Continuous Flow

Updraft

Transference

“Updraft transfers its heat energy to the downdraft. ”

Updraft Transference

No Moving

Parts

“Pressurization with no moving parts ”

No Moving Parts

Mixture

Precision

“The entire mixture passes through precise conditions. ”

Mixture Precision

Effective

Reaction Time

“The effective reaction time reduced to a few seconds ”

Effective Reaction Time

No Materials

Escape

“No materials escape from the process ”

No Materials Escape

Materials

Sterilized

“All materials are sterilized. ”

Materials Sterilized

Regulations

& Requirements

“Established construction regulations and requirements ”

Regulations and Requirements

Smooth

& effective

“Smooth and effective depressurization”

Smooth and effective

Hydrostatic Pressure Vessel




Hydrostatic Pressure Vessel

Operational Facility

HPV Facility

The Hydrostatic Pressure Vessel Operational Facility is Compact and Requires a Small Foot Print.

Plant Adaptability
(Apeldoorn VAR Plant)

For Small to Medium Cities this could be Managed with Six to Twenty acres of land. Plants can be adapted for flow rates of 150 to 20,000 Tonnes per day

Bio-Fuel

What can it be made into?

CAN BE MADE FROM ALL KINDS OF MUNICIPAL SOLID WASTE

What happens to the value if its stored?

CAN BE STORED WITHOUT LOSS OF VALUE

What benefits does it impose for export?

CAN BE USED TO ALLOW INCREASED EXPORTS OF OIL

What about health hazards?

ELIMINATES THE HEALTH HAZARDS OF WASTES STORAGE

What happens to waste storage?

ELIMINATES THE LONG TERM LIABILITY OF WASTES STORAGE

Where can it be made?

CAN BE PRODUCED WITHIN THE COMMUNITY

What financial benefit is there?

HAS A VITAL RECIRCULATION OF WEALTH BENEFIT

What is the aim?

MEETS THE AIMS OF SUSTAINABILITY

What happens greenhouse gasses?

ELIMINATES THE GREENHOUSE GASSES OF WASTE STORAGE

What happens to waste export?

ELIMINATES THE NEED FOR WASTE EXPORT

TYPICAL LAND LAYOUT FOR 350 TONS PER DAY

NO CHIMNEY & NO ODOURS
LOCAL EMPLOYMENT AND INCOME
-NO EXPORT OF WASTES OR MONEY

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