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API Energy International Corporation LLC
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API Energy offers Turnkey Solar Thermal Cooling System: Water is chilled in the district cooling plant and supplied to customer buildings through the network of pipes. The chilled water is fed into the building’s own cooling system through the heat exchanger, and then fed back to the cooling plant in a closed loop where it is chilled again and redistributed.
Solar thermal can power air-conditioning systems and industrial cooling processes. Solar thermal cooling systems with integrated Solar technology along with thermally driven absorption chillers with cooling tower reduce the conventional air-condition loads at a fraction of the costs and guarantee substantially lower operating costs
Cooling of buildings represents about 70 percent of the peak electricity load in the Gulf region.
Temperature level to be reached by solar field accounts to only 90-210°C which in return chills water down to 5-9° C.
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API Energy offers Solar Field Collector System have central receiver (or solar tower) concentrator uses an array of planar mirrors to approximate the full 3D concentration and achieve high concentration. Each individual mirror tracks the Sun about two axes to focus light onto a receiver placed atop a central receiver tower.
Thermal storage is the concept of storing energy in form of heat. There are different approaches to storing large amounts of heat, one of the most promising is the concept of phase changing materials (PCM). These materials are capable of holding large energy amounts when changing from one phase into another. We know this effect from a simple ice cube. If you heat the cube up it stays at 0° C (273° K) until completely molten. The amount of energy used to melt an ice cube is equivalent to the amount you need to heat water to 80° C (353°K).
The same effect, but with a higher energy density, holds the molten salt storage concept, containing a mixture of 60 percent sodium nitrate and 40 percent potassium-nitrate, commonly called saltpeter. The salt melts at 430 F and is kept liquid at 550 F in an insulated cold storage tank. The salt is them pumped to the top of the tower, where concentrated sunlight heats it in a receiver to 1050 F. The receiver is a series of thin-walled stainless steel tubes. The heated salt then flow back down to a second insulated hot storage tank. The size of this tank depends on the requirements of the utility; tanks can be designed with enough capacity to power a turbine from two to twelve hours. When electricity is needed from the plant, the hot salt is pumped to a conventional steam-generating system to produce superheated steam for a turbine/generator.A turbine is a spinning wheel that gets its energy from a gas or liquid moving past it.
Operation Cycle:
A field of sun tracking mirrors called heliostats is used to reflect and concentrate the solar radiation onto the receiver (Step 1).
At Solar Reserve's Solar Two facility, molten salt is circulated through tubes in the receiver, collecting the energy gathered from the sun (Step 2).
The hot molten salt is then routed to an insulated hot thermal storage tank where the energy can be stored with minimal energy losses (Step 3).
When electricity is to be generated, the hot molten salt is routed to a heat exchanger (or steam generator) and used to produce steam at high temperature and pressure. The steam is then used to power a conventional steam turbine, generating electricity (Step 4).
After exiting the steam generator, the molten salt is sent to the cold salt thermal storage tank (Step 5) and the cycle is repeated.
Using molten salt.
Key advantages of using molten salts:
• 100% natural nitrate salts.
• Virtually maintenance free.
• High specific heat.
• High chemical stability.
• Non-flammable.
• Produced with much lower CO2 emissions and far less environmental impact compared to synthetically produced salts.
• Highly refined, low content of impurities
For inquiry contact us at info@apienergy.co.uk
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API Energy offer Semi-Storage Calorifiers, which are designed to meet high DHWS (domestic hot water service) demands on a compact and cost effective way. Hot water is available within a few minutes of a cold start, temperature control is excellent and primary input power requirement is much lower than for instantaneous water heaters.
API Energy Semi-Storage Calorifiers semi-storage calorifiers using the following standard materials:
Solid Copper
Copper-Lined Steel
Galvanised Steel
Stainless Steel
Glass/Polymer Lined Steel
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EID - AL - ADHA Mubarak From #APIEnergy Team
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API Energy Offer Direct Gas Fired Calorifer or Water heater
which will generate hot water with an efficiency of 95% and 99.9% depending on the operating conditions compared to conventional systems. Our Temperature Control System will automatically control your heater firing sequence to provide optimum energy efficiency while maintaining product/water temperature to accurately avoid a moisture condensation situation.

API Energy Offer Direct Gas Fired Calorifer or Hot Water Features & Benefits

• 100% stainless steel construction / carbon steel tubes coated to withstand high temperature.
• Internal hot water storage.
• Easy access side mounted burner..
• PLC control and monitoring system.
• Hot water to 185 degrees F ( Higher on request).
• Diesel oil, Natural Gas, LPG and Propane fuel systems.
• Full systems design.
• Space requirements are minimum.
• Separate boiler not required.
• Installation is simplified.
• Can also be used with solar or heat pump system where oil or gas fired system can be considered as a backup.

API Energy can offer custom designed system specifically for your requirements.

for inquiries contact us via info@apienergy.co.uk
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31/08/2017
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API Energy Offers Sludge Heat Exchanger to over come two very common issues in sludge or pasteurisation systems with their inherent inefficiency and fouling of the heat exchanger tubes due to the nature of the sludge or waste water material. API Energy concentric tube heat exchangers are designed to overcomes the fouling issues by using its corrugated tube in tube technology , together with cleaning-in-process (CIP) technology.

API Energy concentric tube heat exchangers are designed for heating sludge and organic waste in the anaerobic digestion process. Large inner tubes are used to eliminate blocking and allow heating of thick sludges to over 10% dry solids content. These are Tube-in-Tube corrugated tube heat exchangers specially designed for direct regeneration (product to product) between hot and cold sludge and biomass. Units are formed by two concentric tubes, and the transition between units is done by means of special clogging-free headers.

Applications:
Wastewater treatment
Pasteurising food and agricultural wastes
Sewage sludge and biosolids treatment
Biogas feedstock pasteurisation
Pasteurising digestate from biogas production

We can also offer package unit to suit individual projects

For inquiry contact us at info@apienergy.co.uk.
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API Energy offers scraped surface heat exchangers for applications where either one or both side require special solutions.

Fouling occurs when fluids degrade near the tube wall and layers of solids deposit or stick to the tube wall causing performance to drop or due to crystallisation components in the fluid change to the solid state and deposit on the heat exchanger surface.

Viscous fluids require a large heat transfer area. Scraped surface heat exchangers mix the fluid vigorously, which helps to move the fluid to and from the heat exchange surface. This increases heat transfer rates, so total area required for heat exchange is reduced.

Application

Dairy: Cheese, yogurt, creams, desserts, ice cream, condensed milk

Fruits: Juice concentrate, fruit puree, diced fruit

Vegetables: Processed vegetables, tomato concentrate

Food: Eggs, mashed potatoes, ketchup, mayonnaise, baby food, fats, oils

Protein: Meat stuffing, minced meat etc.

Confectionary: Chocolate, pie filling, creams, pastes, syrups, gelatine, starch, butter, margarine

Beverages: Coffee extract, juice freezing, juice concentrate, yeast-malt extracts

Cosmetics: Lotion, cream, gel

Environmental waste: brine, chemical waste etc.

For inquiry contact us at info@apienergy.co.uk
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API Energy offers Platular® welded plate heat exchangers are used where there is high fouling rate / Cleaning requirements / high Viscous fluids / suspended solids / vacuum steam condensation (to heat up another fluid).

Advantage of Platular technology
• Platular® heat Exchanger are compact in design.
• High Thermal Efficiency compare to shell and tube heat exchanger.
• Wide Gap Max 30mm gap between Plate to Plate.
• Easy to clean.

Used for all sorts of industrial applications :-

Agro-industry - Sugar, Ethanol, Beverages - beer, wine, spirits, Food processing

Chemical - Green chemistry, biotechnology, Fine chemical, pharmaceuticals,Organic and mineral chemistry

Petrochemicals, heavy industry - Coke industry, Mining industries,Pulp and paper

Iron and steel making industries.

Marine and offshore platforms

Processing of natural or compressed gas

HVAC- District heating and cooling, Network separation, Aquatic centers and swimming pools.

Industrial laundry, Cogeneration, WFI and PW distribution , Waste water treatment and methanation ,Gas-gas energy recovery.

For inquiry contact us at info@apienergy.co.uk

we will assist you with design of right size heat exchanger for your process.
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API Energy offers Wall Hung Condensing Boiler which are high in efficiency, Compact in design uses condensing technoloy. It can be offered in cascaded system with maximum capacity of 2400 kW in this systems. We offer simple control system with illuminated LCD panel which provides ease of use with error codes of boiler information can be displayed on this panel, Operated with natural gas or LPG having lower noise values. Environmentally-friendly with lower NOx and CO emission rates.

To send inquiries contact via email info@apienergy.co.uk.
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API Energy Puddle Flanges are used to seal around the outside of pipes that are required to pass through concrete structures. Pipes passing through concrete will not bond to the concrete and water can pass along the external surface of the pipe.
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