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• Failure to establish the authenticity of the certificate the bidder is liable to render the bid non-responsive and

bidder open to action in the line with applicable regulations and act.

• Original catalogue must be submitted
• Original data sheet must be submitted

Lot-B

1. Solidifier (Fluid waste disposal Product)

Liquid Waste Solidifier for Water Based.

Special Features of Solidifier

21b bottle

• Effectively solidifies potentially serious infectious waste quickly
• Quickly penetrates to solidify blood and body fluid to convert Gels in seconds
• No shaking required
• Retains solidity to prevent spills and leaks for safe and easy bagging and easy Transport to disposal
• Concentrated formula: one ounce solidifies 1000 cc of liquid
• Dissolvable pouches gel 500 cc and 1000 cc, eliminating plastic bottle waste Chlorine-free for non-toxic incineration

Physical/Chemical Characteristics:

Boiling Point ( F) : N/A   Appearance & Odor: Off white,

odorless

Vapor Pressure (mm Hg) : N/A Volatiles (‘% by weight):

N/A

Vapor Density (Air = 1): N/A     Evaporation Rate (n-

butylacetate = 1): N/A

HMIS Classification:

Health: 1: Flammability: 1

Reactivity Data:

Stability: Stable

Conditions to Avoid: None known

Incompatibility (materials to avoid): Strong oxidizers

Hazardous Decomposition: Thermal decomposition: CO, Co2, and NOx hydrocarbons

Hazardous Polymerization: Will not occur

Handling and Storage Precautions:

Store in cool, dry place. Avoid breathing powder. Avoid eye and skin contact. Store in tightly closed container. 80% of

shelf life should be present at the time of supply.

1) Policy

– Waste disposal management shall be taken special note to prevent hospital infection.

– Infections wastes shall be managed, stored strictly and burned by a incinerator located at hospital site.

2) Waste Disposal Plan

1. a)Classification

– Medical wastes in hospital are classified as follows;

1. b) Infections Waste Disposal

– Segregation: Infections waste disposal shall be segregated appropriately and packed in particular containers and delivered to particular storage. The segregation, packing and delivery shall be operated appropriately at each room such as outpatient, operation theater, blood collection room and dialysis room.

– Precaution: Infections waste shall not be place in other containers on the way of segregation, packing and delivery.

– Storage: Infections waste shall be stored at the storage in hospital site temporarily until infections waste is incinerated.

– Incinerator:

It is designed to sterilize medical waste , reduce its volume , and render its components unrecognizable all in one fully enclosed and automated system.

It combines direct heated steam , high pressure and shredding to treat infectious materials.

The contaminated waste is loaded into the upper stainless steel chamber where a heavy-duty shredder reduces the waste into small pieces. Using gravity, the processed material falls into the treatment chamber where every piece is steam heated to 134 and pressurized to 3 to bar for 20 minutes. The operating conditions are continuously monitored and validated to achieve complete sterilization.

The 60 minutes average duration process cycle is totally automated. A computerized system monitors the process and automatically prints a report with the essential sterilizing parameters at the end of the cycle for accurate record keeping.

The capacity is between 500 to 600 kg/cy.h or more.

Treatment cycle:

1- Loading ; the contaminated waste is automatically -loaded into the chamber of the unit

2-Shredding; the heavy-duty shredder cut the material into small pieces and features a unique reversing system to avoid jamming

3-Heat; saturated pressurized steam raises the temperature to 134 C and the pressure to 3 bar

4-Sterilization; the sterilization comes into direct contact with the shredding material (134 c , 3 bar) for 20 minutes

5-Cooling; temperature is lowered to 80 C by spraying cool water onto Double jacket of the treatment vessel, simultaneously, the unit returns to ambient pressure

6-Draining; the steam is condensed to water and discharged with the cooling water to the sanitary sewer system

7-vacuum; the remaining residual steam is vented out through a vacuum pump

8-Unloading; a digital signal informs the operator that all safe operating conditions have been met

The condition unlocks the unit and allows gravity unloading of the treated waste into a container

Teaching Specification

General Characteristics

The incinerator shall be equipped with water injection nozzle connection. If the temperature in the primary

chamber should rise too high (normal temperature between 300 and 800?C) during the operating time, the automatic water

injection shall be activated to decease the temperature.

1. The incinerator shall have the following features and facilities:-

a-    Fuel oil grade No. 2 (diesel oil) fired burners 220V, 50 Hz, single phase 4 wire electricity supply electric

motors insulated to Class “F” suitable for operation at 50?C ambient temperature.

b-    The incinerator to be fully assembled wired and logic function tested in the factory, prior to dispatch.

c-    One high flue gas temperature indicator/alarm to provide an audio/visual warning in the event of high flue gas

temperatures occurring in two stages:-

d-    First stage audible alarm, second stage incinerator shutdown, with one voltage free contact for connection to a

remote alarm system.

e-    Flexible wire control linkages to bring under fire air, overfire air and burner slide plate control to front of

incinerator.

f-    One fire protection system, comprising fusible links over burners, deadweight fire valve, electrically

interlocked with incinerator controls.

g-    Special feeding door with thermal lock to protect the operator from accident.

h-    One set of cleaning tools.

i-     Two sets of comprehensive written instructions.

1. The incinerator shall consist of a low temperature carbonizing changer (primary chamber) in which the waste

components are converted into gas by heat which is produced through incomplete combustion as the result of a deficiency

of air, and a gas reactor (thermal reactor) in which the gas is burned with a controlled excess of air.

1. The incinerator shall be equipped with water injection nozzle connection. If the temperature in the primary

chamber should rise too high (normal temperature between 300 and 800?C) during the operating time, the automatic water

injection shall be activated to decease the temperature.

1. The incinerator shall have the following features and facilities:-

–      Fuel oil grade No. 2 (diesel oil) fired burners 220V, 50 Hz, single phase 4 wire electricity supply electric

motors insulated to Class “F” suitable for operation at 50?C ambient temperature.

The incinerator shall be provided with a range of interconnecting ductwork between the thermal reactor outlet

and the inlet of the chimney. This ductwork shall consist of refractory lined tubes and high temperature resistant

tubes made from rolled sheet steel of minimum 3mm thickness, welded along the length.

1. The standard chimney shall be made of carbon steel plates of minimum 3mm thickness.

Cooling air inlet gap shall be provided at the end of the refractory lined tube on the standard chimney.

1. The individual chimney sections shall have flanges on both sides.

1. All sections shall be primed and sprayed with zinc dust enamel paint.

1. Support wires shall be provided on chimney stacks.

1. The following shall be located within ductwork run:-

1. Mounting tubes for optical smoke density instrumentation.

2. Flexible expansion compensator.

3. A connection for a chrome/alum. Thermocouple, which is an integral part of the flue gas temperature

indictor/two stage alarm system.

2.5  ACCESS DOORS

1. These shall be hinged from the front plate of the primary combustion chamber and shall comprise

1-    A full width access/de-ashing door normally retained in the closed position by two handwheel clamps.

2-    A smaller waste charging door hinged from and located in the main door. This door shall have a minimum of 500

1. x 500 mm. aperture and be normally retained in the closed position by means of quick release latch.

3. A viewing port, so constructed that the observation/protective glass is capable of being cleaned whilst the

incinerator is in operation, and located in the waste charging door, to allow the operator to safely observe the

progress of combustion.

4. Each door shall be fabricated from mild steel and be internally lined to the same standards as the combustion

chambers.

2.6  BURNERS AND BURNER CONTROLS

1. A single burner, suitable for operation on fuel oil shall be mounted on each combustion chamber.

“PYROLYTIC” combustion, by controlling the gasification of waste

The incinerator manufacturer must avoid the release of black smoke and fine dust, during the loadings.

It shall be able to reduce the volume of wastes by 98%.

It shall be able to hold emission in the second burn with gas residence of not less than 2 seconds.

The incineration should be completely free from visible smoke as well as offensive odours.

1.0The primary ignition burner shall providing ignition of the waste to 850 °C and must switch off to conserve fuel.

The primary combustion chamber shall be constructed from heavy steel plate and the unit is internally lined with a

complete layer of hote face refractory and high efficiency insulation.

The Internal diameter of the Chimney at least: ? 400 and its height: 8 m

The incinerator to be fully assembled wired and logic function tested in the factory, prior to dispatch.

–      One high flue gas temperature indicator/alarm to provide an audio/visual warning in the event of high flue gas

temperatures occurring in two stages:-

First stage audible alarm, second stage incinerator shutdown, with one voltage free contact for connection to a

remote alarm system.

–      Flexible wire control linkages to bring under fire air, overfire air and burner slide plate control to front of

incinerator.

–      One fire protection system, comprising fusible links over burners, deadweight fire valve, electrically

interlocked with incinerator controls.

–      Special feeding door with thermal lock to protect the operator from accident.

2.2  PRIMARY CHAMBER

1. The chamber shall consists of a welded steel shell of minimum 6mm thickness plate reinforcing strips and

connections for primary air supply, start-up burner, thermal reactor, water injection and all necessary measuring probe

sockets.

1. The entire chamber, including all the connections shall be lined with a composition of castable hot face

refractory suitable for a continuous service temperature of 1500 deg. C. This lining shall be separated from the steel

construction by a second layer of insulation. Heat resistant cast steel plates with many fine holes shall be lied over

the refractory lined floor of the unit with a space between the two.

1. The chamber shall be externally primed and sprayed with a silicone enamel paint.

2.3  THERMAL REACTOR

9. The reactor shall consist of welded cylindrical steel sections of minimum 9.5mm thickness plate.

1. The whole chamber shall internally be constructed with a refractory lining.

1. The chamber shall be provided with connection for the low temperature carbonization gas intake, the flue gas

outlet, the secondary and tertiary air supply, the reactor burner and all the required measuring probes.

1. Externally the reactor shall be primed and sprayed with a silicone enamel paint.