Hope Deepblue Air Conditioning Manufacture Corp., Ltd.
Hope Deepblue Special Oil Field Absorption Heat Pump gains Massive Attention

news

Hope Deepblue Special Oil Field Absorption Heat Pump gains Massive Attention

Hope Deepblue's oil field-type LiBr absorption heat pump has garnered significant attention in the northwest region of China, particularly for its role in a waste heat recovery project in the Bali oil area. As winter sets in with harsh conditions, the need for energy efficiency and sustainability becomes even more pressing. In the context of the oil and gas industry, where large amounts of sewage are generated during production and treatment processes (with temperatures ranging from 50-70°C), traditional methods of dealing with this sewage—such as discharging it or recharging it—are not only economically inefficient but also detrimental to environmental protection.

In the northwest region, especially in oil field areas where water resources are scarce, such wasteful practices are particularly problematic. Hope Deepblue's LiBr absorption heat pump systems offer a more sustainable solution. By recovering waste heat from the sewage, these heat pumps can significantly reduce energy consumption, transform waste heat into useful thermal energy, and lower emissions associated with energy generation.

This innovative approach aligns with the growing emphasis on energy conservation, emission reduction, and environmental sustainability in oil field projects. It also contributes to alleviating the pressure on local water sources by reducing the need for water-intensive cooling processes, thus providing a more eco-friendly and economically viable solution for the oil and gas industry.

In this situation, Deepblue provided a more economic solution to oil field, adopting LiBr absorption heat pump to recover the waste heat of sewage. In this way, a recycling heating cycle system can not only lower the gas consumption and recover the low grade waste heat, but also raise the hot water temperature to 90-95℃, which can be applied to oil field process heating insulation, crude oil heating, district heating, saving 1/3 gas than direct boiler.

The LiBr absorption heat pump unit is not equipped a compressor, driven by natural gas, consuming very little power, can minimize energy consumption and environmental pollution, and is very suitable for use as waste heat recovery equipment for oil and gas fields. After the heat pump starts operation, the relevant persons in charge of the surrounding oil and gas treatment stations visited the machine room successively. All of them are appreciative to this kind energy saving and emission reduction way.

23bb760693b3b558a0d9c3e88d9eb1a

Since its establishment in 1997, Hope Deepblue has made significant strides in the fields of air conditioning, refrigeration, and district/city heating. Over the years, the company has expanded its product line to include nearly all types of LiBr absorption chillers and heat pumps, catering to various cooling, heating, and energy recovery applications.

In addition to its expertise in LiBr absorption technology, Hope Deepblue has also dedicated itself to providing comprehensive system solutions to its customers. This includes innovative products such as the newly released premixed extra low NOx vacuum boiler, which addresses environmental concerns by minimizing nitrogen oxide emissions. The company has also been actively involved in the development and implementation of CCHP (Combined Cooling, Heating, and Power) systems and distributed energy systems, which promote energy efficiency, reduce carbon emissions, and provide cost-effective energy solutions.

Through its extensive product offerings and system solutions, Hope Deepblue has positioned itself as a leader in the energy sector, committed to sustainable development and contributing to global efforts in reducing energy consumption and carbon emissions.

83253eedfe7f9cce65dfc0d14ba20eb

Web: https://www.deepbluechiller.com/

E-Mail: yut@dlhope.com / young@dlhope.com

Mob: +86 15882434819/+86 15680009866


Post time: Nov-27-2023