Intelligent steam traps: Steam traps monitoring saves above 15%...

Slide 1

V + I = ECO
Valves + Intelligence = ECO

INNOVATION, TECHNOLOGY AND COMMITMENT

¿Are you looking for innovative solutions to improve your plant’s energy efficiency and reduce your CO2 emissions? In our team of experts, not only … but also we are leaders in the design of energy-efficient smart traps and steam traps.

Not only do we offer energy-efficient smart traps and steam traps, but we also provide monitoring and customized energy efficiency solutions to meet each customer’s unique needs.

At BiTherm, we not only take pride in designing innovative solutions for energy efficiency, but also in helping our customers reduce their carbon footprint. With our smart traps, we have reduced CO2 emissions by 3% to 6%, which is a great achievement for us and our customers.

Don’t miss out on the opportunity to reduce your operating costs and lower your carbon footprint!

Contact us today to learn more about our energy efficiency solutions and how we can help you reach your goals.

Architecture: Optical (Solar powered with rechargeable battery)
Topology: One-to-One
Local alarm by red LED flashes

Architecture: Cable Bus RS-485
Topology: Multidrop (up to 64 devices with 4 channels/device) per cable
Maximum cable bus length: 1,200 meters (2,400 meters with bus extender)

Architecture: Wireless (Zigbee) (battery powered)
Topology: Star (One-to-One)
One wireless sensor-transmitter, with, per steam trap or valve

Architecture: Wireless ISA100 11a (battery powered)
Topology: Star (One-to-One)
One wireless sensor-transmitter, with battery, per steam trap or valve

Architecture: Cluster Cable-Wireless ISA 100 11a (Solar rechargeable battery)
Topology: Cluster up to 20 sensor devices, without battery, per transmitter
One wireless transmitter, with solar rechargeavle battery, per cluster

State-of-the-Art on Gas Leak Detection & Monitoring for PZVs & On-Off Valves
Architecture: Wireless LoRa/LTE-(NB-IoT) (battery powered)
Topology: Star/Mesh One-to-One
One sensor-transmitter device, with battery, per valve or steam trap

State-of-the-Art on Gas Leak Detection & Monitoring for Steam Traps
Architecture: Cluster Cable-Wireless Lora/LTE (NB-IoT) (Solar energy powered)
Topology: Cluster up to 20 sensor devices, without battery, per transmitter
One wireless transmitter, with solar rechargeavle battery, per cluster

Slide 2

BITERMOSTATIC STEAM TRAP

It is the ideal trap for monitoring, since its external adjustment mechanism allows to modify its condensate discharge temperature. One notable feature is that it allows any service incident to be resolved without the need to interrupt its operation. Likewise, its maintenance is carried out online and, even more so, without the need for spare parts. Consequently, the Bitherm bithermostatic trap is an essential element in monitoring.

The bithermostatic steam trap also stands out for its construction and robustness. In addition, its valve is covered by a layer of Titanium / Aluminum Nitride of extreme hardness and resistance to erosion wear. As a result, its durability is three times the service life of a conventional bimetallic trap.

Finally, its full port balanced pressure valve allows it to operate with minimal differential pressure. Thanks to its external adjustment mechanism, the bithermostatic steam trap adapts to a wide variety of service conditions. Although it is manufactured in series, thanks to its special design, it behaves like a drain specifically designed for each application.

Slide 3

ADVANTAGES OF USING OUR INTELLIGENT STEAM TRAP

The Bitherm SmartWatchWeb™ smart trap is the most advanced solution to achieve the following objectives in steam networks:
– Failure rate in drains
– Steam leak rate in traps
– Maximum efficiency and reliability
– Minimum CO2 emission
– Minimum maintenance cost

These objectives are only achieved by applying the Intensive Maintenance Methodology.
Note that monitoring of drains is a necessary condition to obtain all these benefits, but not sufficient. Indeed, it is not enough to detect incidents; It is necessary to correct them immediately to obtain these benefits. This is precisely what Intensive Maintenance consists of.

Well, first of all, the Bitherm SmartWatchWeb™ intelligent drain detects any mechanical, electronic, operational incident, etc., in real time. Additionally, it is designed to correct them online and in service. As a result, the Bitherm SmartWatchWeb smart drain is the most advanced, efficient and cost-effective solution currently available. Likewise, it is the proven solution with the most experience and references over more than 20 years in refineries, petrochemicals,…

The smart drain also provides enormous value and is essential in the digitalization of drains. This achieves effective integration and profitability of the drain in the production processes in the industry.

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CUSTOMER / ENGINEERING	PROJECT	COUNTRY
IBERIAN LUBE BASES OIL COMPANY	ALL THEIR STEAM TRAPS	SPAIN
CEPSA REFINERY	DESULFURATION UNIT 1	SPAIN
CEPSA REFINERY	DESULFURATION UNIT 2	SPAIN
CEPSA REFINERY	UNIT AREA 7	SPAIN
CEPSA REFINERY	PIPE RACKS & TANKS AREA	SPAIN
CEPSA PARQUE ENERGÉTICO LA RÁBIDA	MMyD AREA	SPAIN
PETRONOR REFINERY	ASPHALT UNIT	SPAIN
PETRONOR REFINERY	DESULFURATION SR3	SPAIN
PETRONOR REFINERY	DESULFURATION SR4	SPAIN
PETRONOR REFINERY	DESULFURATION SR5	SPAIN

BITHERM INTELLIGENT STEAM TRAP: STEAM SAVINGS 10% TO 20%

CO2 EMISSIONS REDUCTION: 3% TO 6%

¡BiTherm is a symbol of PRESTIGE!!

Its monitoring system is the most awarded in the world

BiTherm stands for INNOVATION, MAXIMUM PERFORMANCE

and offers the most complete range of options available on the market

EVOLUTION OF BITHERM STEAM TRAP MONITORING SYSTEM

¡BiTherm guarantees MAXIMUM QUALITY!

It’s monitoring devices are manufactured in AISI 316L stainless steel.

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