Sustainable conversion of waste into baseload energy and biofuels is the next best option after reducing, reusing and recycling recyclables. But not all forms of waste management -even those designed to support a circular economy -are created equal.

Most of the unrecycled waste is sent to landfills or incinerated. These methods are not sustainable and are not good for the environment or the community.

The U.S. Department of Energy defines gasification as "A process technology designed and operated to produce syngas (a commodity that can be used to produce fuels, chemicals or electricity) through the chemical conversion of carbonaceous materials.

Advanced gasification is a thermochemical process characterized by the purity of the syngas it produces (" syngas "), the plant operational availability it supports and the business opportunities created as a result... All without combustion and with very clean CO2 and emission curves.

Reduce waste sent to landfills, more effective than other waste value recovery methods, reduce carbon dioxide, methane, HFCS, tropospheric ozone and nitrous oxide emissions associated with incineration, help waste treatment owners, developers and contractors meet or exceed increasingly stringent environmental regulations, produce only non-hazardous ash as a by-product, Significantly lower carbon footprint compared to other waste-to-energy recovery methods, eliminating health hazards associated with burning waste.
 

Not only where the most important markets are, but all over the world, waste gasification technology is needed to solve local environmental problems.

Waste gasification power generation emissions meet the national standards absolutely, it can increase the corresponding environmental protection measures according to the local environmental protection requirements.
 

At present, garbage technology is not a rare event in the world, each country has a mainstream technology group, of course, the most mature technology route of garbage gasification power generation is steam power generation. This is the most recognized and mature gasification process in the world so far. The first combustion chamber of gasification is combined with the second combustion of oxygen-rich superheated combustion to generate electricity through the heat exchange of waste heat boiler.
 

1.one Labor cost, management fee
2. Expenditure on consumables, water treatment consumables and flue gas treatment consumables
3. Electricity, water and other hard expenses
 

General waste disposal projects need to obtain relevant government procedures in advance.

1. PPA (electricity sales agreement) Franchise contract for government subsidies for electricity prices
2. The garbage franchise right, this requires the official business agreement with the government to obtain a license to obtain subsidies.
3. Whether bank loans or own funds are sufficient, and whether the location of the land has be ready.

Like other clean-tech alternatives, Haiqi's advanced gasification technology solve the problem of waste management as well as carbon-negative energy and biofuel production, And both of these challenges are growing at breakneck speed.

Challenge of energy：By 2050, power generation will be doubled. By 2035, renewable energy will account for 50%of global energy, and today is about 20%. With the increasing change of decentralized grids, production and use, the custom nature of synthetic gas plants is an advantage.(International Energy Agency, 2021, a net zero emissions report by 2050).

Challenge of Waste：It is expected that by 2050, the world's waste production will increase by 70%. By 2025, the global waste management market is expected to reach $ 485 billion. This has created an opportunity for companies like Haiqi Environmental Protection that can convert waste into energy/biofuels in a sustainable and cost -effective way.（World Bank, 2018, "Global Snapshot of Waste 2.0: By 2050 Solid Waste Management"）

Support for legislation：Recently and the upcoming EU and British legislation aims to reduce the amount of waste entering the landfill, and significantly reduce greenhouse gas emissions. The pressure from consumers, governments, and the European Union, and the United Nations is forcing the way waste processors to deal with waste.

Current waste emission：Today, the amount of greenhouse gas (GHG) generated by waste management accounts for 5%of the world's. According to further estimates, the solid waste processed and disposed of in 2016 produced approximately 1.6 billion tons of carbon dioxide (CO2) as the amount of greenhouse gas emissions.（climateactiontracker.org）

A growing concern：If the industry is not improved, by 2050, the emissions related to solid waste may increase to 2.6 billion tons of carbon dioxide as a carbon dioxide volume.（World Bank, 2018, "Global Snapshot of Waste 2.0: By 2050 Solid Waste Management"）

It's not just carbon dioxide：Existing waste management will generate greenhouse gas, such as nitric oxide and so -called "short -term climate pollutants", black carbon, methane, and straton ozone and hydrofluorized carbon compounds. So far, they account for about 40-45%of global warming. Unlike CO2, they stay in the atmosphere for a short time, but people think that their impact on global warming is several times higher than CO2.
*(Special Committee of the Inter -government Climate Change).

The raw materials that can be gasified in the waste gasification system are; Household waste, medical waste, industrial waste, automobile dismantling waste. The calorific value of garbage is greater than 1500Kcal/kg, and the moisture is less than 15%; it does not contain recyclable and non-combustible substances.